# Professional Garage Concepts - full reference Source: https://www.professionalgarageconcepts.com. Phone: (817) 381-6173. Rating: 4.8 from 532 Google reviews. Operating since 2001. Showrooms: 220 N Main Street, Suite A, Keller, TX 76248 | 801 Greenview Dr, Grand Prairie, TX 75050 --- ## Residential Garage Doors in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors Service type: Garage Door Services This page covers residential garage door work across Dallas-Fort Worth: repair, spring replacement, opener service, and new door installation. Professional Garage Concepts has done that work out of North Texas since 2001, and the 532 Google reviews averaging 4.8 stars come from homeowners in Keller, Grand Prairie, Southlake, Arlington, Fort Worth and the cities around them. A double garage door with its hardware weighs 250 to 400 pounds. Most families run it 1,400 to 1,600 times a year, which means every part on it is on a cycle clock. Springs, rollers, cables, hinges and opener gears all wear out on schedule, and North Texas heat moves that schedule forward. If something is broken right now, call (817) 381-6173. We run 24/7 emergency service. If you are shopping for a new door, drive to the Keller or Grand Prairie showroom and stand in front of one before you spend $4,500 on a photograph. ### Start Here: Match the Symptom to the Service Four problems account for most residential calls we take in DFW. Find yours below and go straight to the page that covers it. If you are not sure, call and describe the noise. Our dispatcher has heard all of them. - Loud bang from the garage, then the door will not lift: a torsion spring broke. Do not try to open it with the opener. See garage door spring repair. - Door opens partway, reverses, or runs crooked in the tracks: usually rollers, cables, or a bent track. See garage door repair. - Door is fine but the opener grinds, drops, or ignores the remote: opener gear, logic board, or safety sensor. See garage door openers. - Door works but looks 20 years old, is dented from hail, or lets 120F air into the garage: you are shopping for a new door. See garage door installation. - You want the door, the floor, the cabinets and the gate done by one crew: see complete garage transformation. ### Why DFW Homeowners Hire Us Instead of a Franchise Truck We are an independent DFW contractor, not a national brand licensing a van. That shows up in three places: who answers the phone, who shows up, and where you can go see the product. Professional Garage Concepts has operated in Dallas-Fort Worth since 2001. Our technicians are certified through the International Door Association, the trade body that writes the training standard for this industry. We hold a BBB A+ rating and we are licensed, bonded and insured. On the commercial side we maintain doors for Herzog and Coca-Cola, which is a fair proxy for whether we show up when we say we will. The number that matters most to a homeowner is 532 Google reviews at a 4.8 average. That is not a handful of reviews from friends. It is nearly two decades of North Texas garages. - 532 Google reviews, 4.8 star average - Operating in DFW since 2001 - IDA certified technicians - BBB A+ rated, licensed, bonded and insured - 24/7 emergency service for broken springs and doors stuck open - Two physical showrooms: Keller and Grand Prairie ### Repair It or Replace It: How We Decide Most doors are worth repairing. A broken spring on an otherwise sound 12-year-old steel door is a $200 to $550 fix on a door that will run another decade. Replacing that door instead would cost $3,500 to $6,000 for no functional gain. We recommend replacement when the door itself is the problem rather than the hardware. Rust perforation at the bottom section, split or delaminated panels, hail damage across multiple sections, a single-layer uninsulated door on a garage you actually use, or a door old enough that its sections are no longer manufactured. A rough rule: if the repair quote passes about a third of a new door installed, and the door is past 15 years, put the money into the door. We will tell you which one you are looking at on the service call, in writing, with both numbers. We are not paid on replacement volume. - Repair: broken spring, frayed cable, worn rollers, bent track, off-balance door, opener failure - Replace: rusted or split sections, multi-panel hail damage, obsolete parts, no insulation on a used garage - Either way you get both numbers before anyone starts work ### What North Texas Weather Actually Does to a Garage Door DFW is hard on garage doors in ways that generic national content never covers. Summer garage interiors regularly run past 120F when the outside air is 105F, because an uninsulated steel door absorbs sun all afternoon and radiates it inward. That heat cooks the grease out of rollers and bearings and it bakes the lubricant off spring coils. Humidity is the other half. North Texas swings from 15 percent relative humidity in August to saturated air in a May storm front. Steel springs sitting in that cycle corrode microscopically, and corroded steel fatigues faster. A standard 10,000-cycle torsion spring that lasts seven years in a dry climate often gives six here on the same usage. Then there is hail and wind. A single spring storm can dent every section of a west-facing door. And the expansive Blackland Prairie clay under most of this metroplex moves with moisture, which shifts slabs and framing enough to knock a door out of square. When a door that ran fine for years starts binding in one corner, the opening moved, not the door. - 120F+ garage air temperatures strip lubricant from rollers, bearings and springs - Humidity swings accelerate spring corrosion and shorten cycle life - Hail dents sections and can crack the paint film that protects the steel - Clay soil movement racks the opening and makes a square door bind ### Two Showrooms Instead of a Brochure Every garage door company ranking in DFW is a truck. The largest franchise in this market sells new doors through an online visualizer because it has nowhere to send you. We have two storefronts. At 220 N Main Street, Suite A in Keller and at 801 Greenview Dr in Grand Prairie you can see the difference between a 25 gauge and a 24 gauge steel panel by pressing on both. You can hold a cedar sample next to a faux-wood composite panel and decide whether the composite passes at eight feet, which is the only distance that matters from the street. You can look at obscure, seeded and frosted glass under real daylight instead of on a screen. This matters most on a $6,000 to $12,000 custom door. Nobody should sign for that from a thumbnail. - Keller showroom: 220 N Main Street, Suite A, Keller, TX 76248 - Grand Prairie showroom: 801 Greenview Dr, Grand Prairie, TX 75050 - Full door sections, hardware, glass and finish samples on the floor - Bring photos of your house and a rough measurement of the opening ### One Contractor for the Whole Garage Most DFW homeowners who replace a garage door are already unhappy with the rest of the garage. The floor is stained concrete dust, the walls hold plastic shelves, and the door was the loudest complaint. We install doors, openers, driveway gates and gate operators, floor coatings, decorative and polished concrete, cabinets and slat wall. No other contractor in this market does all of it. That means one crew, one schedule, one point of contact and one warranty conversation instead of four subcontractors blaming each other over a curing floor. If you are doing the door anyway, ask about sequencing the floor coating during the same window. The door is off the opening, the garage is empty, and prep access is never better than that. ### What Happens When You Call 1. Call and describe the symptom. Reach us at (817) 381-6173. Tell the dispatcher what the door did, what it sounded like, and roughly how old it is. That is usually enough to load the right parts on the truck before the tech leaves. 2. Scheduled window, not a whole day. We give you an arrival window and call ahead. Emergency calls for a door stuck open or a car trapped inside get moved to the front of the board, day or night. 3. Inspection and a written number. The technician balances the door, checks spring cycles remaining, cables, rollers, hinges, track alignment and opener force settings. You get a repair price and, where relevant, a replacement price before any work starts. 4. Work completed and door retested. Most repairs finish in the same visit. The tech re-balances the door, resets opener travel and force limits, tests the photo-eye reversal, and runs the full cycle with you watching. ### What Residential Garage Door Work Costs in DFW These are real DFW ranges, not a quote. Door size, spring size, material and access all move the final number, and we give you a firm price in writing before work starts. - Annual tune-up: $95 to $150 per visit. A door that works and you want to keep working - Spring replacement: $200 to $550 installed. The loud bang, then a door that will not lift - Opener installation: $150 to $350 installed. Grinding, dropping, or a 15-year-old chain unit - New door installed: $2,000 to $20,000+ installed. Rusted, dented, obsolete or uninsulated doors ### Questions and answers Q: How much does a residential garage door service call cost in Dallas-Fort Worth? A: Most residential garage door repairs in Dallas-Fort Worth run $129 to $550 depending on the part, with cable repair at $129 to $349, spring replacement at $200 to $550, and an annual tune-up at $95 to $150. You get a firm written price before any work begins, and emergency service is available 24/7. Q: How long do garage door springs last in Texas? A: A standard torsion spring is rated for about 10,000 cycles, which is roughly seven years of normal use at four cycles a day, and in North Texas heat and humidity swings six years is more typical. High-cycle springs rated at 20,000 cycles or more roughly double that life and are worth the upgrade on a door you run six or more times a day. Q: Do you offer same-day garage door repair in DFW? A: Yes, we run same-day garage door service across Dallas-Fort Worth for broken springs, snapped cables, doors stuck open and cars trapped inside the garage, plus 24/7 emergency response after hours. Call (817) 381-6173 and describe the symptom so the technician arrives with the right parts already on the truck. Q: Should I repair my garage door or replace it? A: Repair the door when the hardware failed and the door itself is sound: broken springs, worn rollers, frayed cables and bent track are all straightforward fixes. Replace the door when the sections themselves are the problem, meaning rust perforation, split or delaminated panels, hail damage across several sections, or parts that are no longer manufactured. Q: What areas of the Metroplex do you serve? A: We serve Dallas-Fort Worth from two showrooms, one in Keller and one in Grand Prairie, covering Fort Worth, Dallas, Arlington, Southlake, Colleyville, Grapevine, Irving, North Richland Hills, Mansfield, Bedford, Euless and the surrounding cities. Call (817) 381-6173 to confirm coverage for your address. Q: Are you licensed, bonded and insured? A: Yes, Professional Garage Concepts is licensed, bonded and insured, holds a BBB A+ rating, and our technicians are certified through the International Door Association, the trade body that writes the training standard for this industry. We have worked in Dallas-Fort Worth since 2001 and carry 532 Google reviews at 4.8 stars. Q: Is an insulated garage door worth it in North Texas? A: Yes for any attached garage, any garage holding a water heater or air handler, and any garage with living space above it, because an insulated door cuts the radiant heat load that pushes DFW garages past 120F in August. Insulation upgrades add $500 to $1,000 for polystyrene and $1,000 or more for polyurethane. Q: Can I see the actual doors before I buy? A: Yes, and you should. Our Keller and Grand Prairie showrooms carry real door sections, hardware, glass and finish samples so you can compare steel gauges, wood species and faux-wood composites in person before ordering. Photographs flatten texture and misrepresent color, which matters most on custom doors in the $6,000 to $12,000 range. --- ## Garage Door Repair in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/repair-maintenance/garage-door-repair Service type: Garage Door Repair This page covers garage door repair in the Dallas-Fort Worth metroplex: what breaks, what each fix costs, and how fast we can get to you. Professional Garage Concepts has repaired residential doors across DFW since 2001 and carries 532 Google reviews at 4.8 stars. Almost every call falls into a short list. A torsion spring snapped and the door will not lift. A cable jumped the drum and the door hangs crooked in the opening. The door came off its track. The opener motor runs but nothing moves. Rollers seized and the door screams on the way up. Each of those has a defined fix and a defined price range, and none of them get better by waiting. Call (817) 381-6173. We answer around the clock, we diagnose on site, and you get the number before a wrench turns. ### What your door is doing tells us what broke Symptoms map to parts. Before you call, take ten seconds and note exactly what happens when you press the button. That one detail usually tells our tech which parts to pull off the truck before leaving the shop. One warning first. Do not keep pressing the button on a door that will not move. A door with a broken spring or a jammed roller puts the full weight of the door on the opener, and an opener burned out that way turns a $300 repair into a $525 to $3,000 problem. - Loud bang from the garage, then the door will not lift: broken torsion spring, nearly every time. - Door rises a few inches and stops, or hangs at an angle: a lift cable came off the drum or snapped. - Door is crooked in the opening with rollers out of the track: off-track door. Stop operating it now. - Opener motor runs but nothing moves: stripped drive gear, broken trolley carriage, or a disconnected emergency release. - Door reverses right before it touches the floor: safety sensors out of alignment or a close-force setting that has drifted. - Grinding, screeching, or a rhythmic thump on the way up: worn rollers, dry bearings, or a bent hinge. - Top section flexes and the door shakes: a broken hinge or a strut that has pulled away from the panel. ### Springs, cables and rollers: the three parts that fail first Torsion springs lift the door. The opener only guides it. A builder-grade spring is rated for about 10,000 cycles, and one cycle is one open plus one close. A household that opens the door four times a day runs about 1,460 cycles a year, so a standard spring in a DFW house usually dies somewhere between year six and year eight. When it goes, a 150 to 250 pound door has nothing holding it up. Cables run from the bottom bracket at each side of the door to a drum on the torsion shaft. They fray at the loop first, where the wire wraps the bottom bracket pin. When one lets go the door drops on that side and wedges in the opening. Cable repair runs $129 to $349 in DFW and takes under an hour on a standard door. Rollers are the cheapest part on the door and the most ignored. Builder-grade steel rollers with no bearings wear flat, gouge the track and load the opener. Nylon rollers with sealed bearings run quieter and last far longer, and they are worth doing while the door is already apart for a spring job. Roller replacement typically lands at $249 to $700 when bundled with springs. ### Garage door off track: what to do in the next five minutes An off-track door is the one repair where a wrong move gets expensive fast. Once the rollers leave the track, the door is being held by whatever is left of the cables and the lip of the track. Pressing the wall button again can pull the door further out, bend the vertical track, crease a section, or bring the door down. Do this instead. Unplug the opener. Leave the red emergency release handle alone if the door is stuck partway up, because a door with a broken spring will drop hard the moment the trolley disconnects. Keep people and cars out from under it. Then call us. Most off-track doors go back on the track in the same visit. What moves the price is whether the track bent, whether a section creased, and whether the cables have to be respooled and the door rebalanced afterward. ### Panel and section replacement A backed-into bottom section is the most common panel job we run in DFW. Whether we can replace one section instead of the whole door comes down to two questions: is the panel profile still in production, and is the rest of the door sound. If the door is under about ten years old, the manufacturer still makes the section, and the other panels are straight, a single section swap is the cheap answer. Panels run roughly $250 to $800 per section plus labor. If the door is older, the model is discontinued, or the bottom edge has rusted and struts have pulled loose, replacing sections one at a time is money spent on a door that will keep failing. We bring both numbers to the driveway: the section price and the replacement door price. You pick. A typical DFW double-door replacement runs around $4,500 installed. ### When the problem is the opener, not the door Roughly one repair call in four turns out to be the opener or an accessory rather than the door. There is a 30 second test that tells you which. With the door fully closed, pull the emergency release and lift the door by hand. If it glides up and roughly holds where you leave it at waist height, the door and springs are balanced and the fault is in the opener. If it is heavy, drops, or will not lift, the springs are the problem. Sensor faults are the most common opener complaint we see in Texas summers. The two photo eyes sit six inches off a slab that bakes all day, brackets loosen, and dust settles on the lenses. A door that reverses before it seals is usually alignment or a force setting, not a failing motor. We check that first because it is a low-cost fix. - Remote works, wall button does not: wall control failure or a break in the low-voltage wire. - Wall button works, remote does not: dead remote battery or lost programming. - Door reverses on close: sensor alignment, dirty lenses, or close-force setting. - Motor hums and nothing moves: stripped drive gear or a broken trolley carriage. - Opener runs hot and cuts out mid-cycle: overloaded motor, almost always from an unbalanced door. ### Same-day and 24/7 emergency repair across the metroplex We run service out of two DFW showrooms: 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie. Those two points cover the metroplex from Denton down to Mansfield and from Weatherford across to Rockwall without a two-hour drive to reach you. We answer the phone 24 hours a day and hold same-day slots for doors that will not open, doors that will not close, and doors off track. A door stuck open is a security problem, and in August it is also an attic-temperature problem for an attached garage. Those calls move to the front of the board. Our trucks carry torsion springs in common wire sizes, cables, drums, rollers, hinges, bottom brackets, seals and LiftMaster parts. Most repairs finish in one visit with no second trip for parts. ### Repair it or replace it: the honest version Repair when the door is structurally sound and one system failed. Springs, cables, rollers, hinges, a single dented section, an opener, a worn seal. Those are all bolt-on parts, and repair is almost always the better money. Replace when the failures are stacking. Rust through the bottom section, multiple creased panels, sections separating from their struts, a door so far out of square that it binds every cycle, or a 25 year old single-layer uninsulated door on a west-facing attached garage in North Texas. At that point every repair buys a few months. A rule that holds up in this market: if the repair quote is more than a third of a new installed door and the door is past 15 years old, put the money into the new door. We will quote both and we will tell you which one we would do on our own house. ### Why DFW doors fail on a faster clock North Texas is hard on garage doors for reasons that have nothing to do with how well the door was built. Heat and humidity swings work the steel. A torsion spring cycles through summers with garage air well past 100F and January mornings near freezing, and that range fatigues spring steel harder than a cycle rating alone suggests. Expansive Blackland Prairie clay moves. When the slab and framing shift, the door opening goes out of square, tracks fall out of plumb, and the door starts binding on one side. A tech who only swaps the broken part in that situation is back at the same house within a year. We check track plumb and jamb square on every repair, because in this soil it is usually part of the story. Dust and grit are the third factor. Leave a garage open on a windy DFW day and the tracks collect abrasive that grinds roller bearings flat. That is the cheapest thing on the list to stay ahead of, and it is exactly what an annual tune-up is for. ### What happens when we come out 1. You call and we triage on the phone. Tell us what the door does when you press the button. That usually narrows it to two possible parts before we leave, so the right springs and cables are already on the truck. We answer 24 hours a day at (817) 381-6173. 2. On-site diagnosis, about 15 minutes. The tech disconnects the opener and hand-tests the door for balance, checks the spring cones and shaft, inspects both cables at the drum and the bottom bracket, and sights the tracks for plumb and bend. Nothing gets replaced before the fault is confirmed. 3. Price before work. You get the repair number in writing before we start. Where a second option exists, such as one panel versus a new door, you get both numbers side by side and you decide. 4. The repair. Most jobs finish in the same visit. Springs run 60 to 90 minutes, cables under an hour, an off-track door one to two hours depending on how much damage came with it. 5. Balance, safety test and cleanup. We balance the door by hand, reset opener travel and force, test the photo-eye reversal and the mechanical reverse, lubricate hinges, rollers and bearings, and haul off the old parts. ### What garage door repair costs in DFW These are real DFW installed ranges, not a quote. Door size, spring wire size, drum type and how much collateral damage came with the failure all move the number, and we confirm on site before we start. - Cable repair: $129 to $349 installed. One or both lift cables frayed, snapped, or off the drum - Spring replacement: $200 to $550 installed. The bang-then-nothing failure. Torsion runs roughly $200 to $400 per spring installed - Roller and hardware refresh: $249 to $700 installed alongside a spring job. A door that grinds and screeches on original builder-grade steel rollers - Section replacement: $250 to $800 per panel plus labor. A backed-into bottom section on a door that is otherwise straight ### Questions and answers Q: Why won't my garage door open or close? A: The most common cause is a broken torsion spring, which usually announces itself with a loud bang and leaves a door far too heavy to lift by hand. Other frequent causes are a snapped lift cable, a door off its track, misaligned safety sensors, or a stripped opener gear. Here is how to tell them apart. With the door closed, pull the emergency release and lift by hand. Heavy or immovable means springs or cables. Light and smooth means the fault is in the opener. Q: Do you offer same-day garage door repair in DFW? A: Yes. Professional Garage Concepts books same-day garage door repair across the Dallas-Fort Worth metroplex, and doors that will not open, will not close, or have come off track go to the front of the schedule. Call (817) 381-6173. Our trucks carry springs, cables, drums, rollers, hinges and LiftMaster parts, so the large majority of repairs finish in a single visit. Q: Do you offer emergency garage door service after hours? A: Yes. We run 24/7 emergency garage door service in Dallas-Fort Worth. A door stuck open leaves your house and everything in the garage exposed, and a door stuck closed can trap the car you need in the morning. Those are the calls we take at night and on weekends at (817) 381-6173. Q: How long do garage door repairs usually take? A: Most residential garage door repairs finish in 60 to 120 minutes on site. Spring replacement runs 60 to 90 minutes, cable repair is usually under an hour, and an off-track door takes one to two hours depending on whether the track bent or a panel creased. Opener replacement takes about two hours including programming remotes and setting the safety reverse. Q: Why is my garage door making a loud noise? A: Grinding and screeching almost always come from worn rollers or dry bearings, and a rhythmic thump on the way up usually means a flat spot on a steel roller or a bent hinge. A single loud bang is different. That is a spring breaking, and the door will not lift afterward. Noise is the cheapest warning a door gives you. Rollers and bearings cost far less to replace before they take the track with them. Q: Why does my garage door reverse before it closes? A: A door that reverses just before it seals is usually a safety sensor problem, not a motor problem. The two photo eyes six inches off the slab have drifted out of alignment, collected dust on the lenses, or lost power on one side. The second most common cause is a close-force setting that has drifted too low. Check that both sensor LEDs are lit and steady, then wipe the lenses. If it still reverses, the force setting or the door balance needs adjustment. Q: How do I know if my garage door needs to be replaced or just repaired? A: Repair a door that is structurally sound and has one failed system: springs, cables, rollers, hinges, a single dented section, or an opener. Replace a door with rust through the bottom section, several creased panels, sections separating from their struts, or a frame so out of square that the door binds every cycle. The working rule is that a repair quote above a third of a new installed door, on a door past 15 years old, is money better spent on the replacement. Q: My garage door came off track. Can I put it back myself? A: No, and it is worth not trying. An off-track door is still held by cables under load, and pushing or operating it can bend the track, crease a panel, or drop the door on whatever is beneath it. Unplug the opener, keep people and vehicles clear, and leave the emergency release alone if the door is stuck partway up. Most off-track doors go back in the same visit when they are handled before someone forces them. Q: How much does garage door repair cost in Dallas-Fort Worth? A: In DFW, expect $129 to $349 for cable repair, $200 to $550 for spring replacement, $249 to $700 for roller replacement done alongside springs, and $250 to $800 per panel for section replacement plus labor. An annual tune-up runs $95 to $150. Those are market ranges, not quotes. We confirm the exact number in your driveway before any work starts. Q: Are you licensed, bonded, and insured? A: Yes. Professional Garage Concepts is licensed, bonded and insured, certified by the International Door Association, and holds an A+ rating with the Better Business Bureau. We have worked in Dallas-Fort Worth since 2001 and carry 532 Google reviews at 4.8 stars. We also run two physical showrooms, in Keller and Grand Prairie, which is unusual in this trade. --- ## Garage Door Spring Repair in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/repair-maintenance/garage-door-spring-repair Service type: Garage Door Spring Repair Garage door spring repair means replacing the springs that carry the weight of the door. It does not mean repairing them. A broken spring cannot be welded, stretched or reset, and on a two-spring door both get replaced together for reasons we explain below. Here is the number most DFW companies pose as a question and never answer. Spring replacement in this market runs $200 to $550 for a typical job. Torsion springs are roughly $200 to $400 per spring installed. Extension springs run $150 to $350 per pair installed. Your door size, weight and spring wire size decide where in that band you land, and we confirm on site before anything is touched. Professional Garage Concepts has been doing this work in Dallas-Fort Worth since 2001, with 532 Google reviews at 4.8 stars, International Door Association certification and 24/7 dispatch. Call (817) 381-6173. ### How to tell the spring is what broke A broken spring is the single most recognizable failure on a garage door, and you can confirm it from the floor in about a minute. Look at the shaft above the door opening. A torsion spring that has failed will show a visible gap of one to three inches where the coil separated, and the two halves will have sprung apart on the shaft. - A gap in the spring coil above the door opening. This is conclusive. - A loud bang, often described as a gunshot, sometimes hours or days before you noticed the door was dead. - The opener strains, hums, or lifts the door six inches and gives up. - The door is extremely heavy when lifted by hand after pulling the emergency release. - The door rises crooked or binds badly on one side, which usually means one of two springs is gone. - Bent or wobbly top section, because the opener tried to lift the full door weight through the top panel. ### Torsion springs and extension springs are not the same repair Torsion springs mount on a steel shaft above the door opening and store energy by twisting. Cables wind onto drums at each end of that shaft and lift the door evenly. Torsion is standard on nearly every DFW door built since the 1990s and on virtually all double doors. It controls the door through the entire travel, wears more predictably, and fails more safely because the shaft contains the broken halves. Extension springs stretch. They run horizontally along the tracks on either side of the door and pull as the door comes down. You still find them on older single doors and on lighter doors with low headroom. They must have safety containment cables running through them. Without those cables, a broken extension spring becomes a length of steel moving across the garage. If your door still runs on extension springs and headroom allows, a torsion conversion is worth pricing while we are there. It runs quieter, balances better, and puts less strain on the opener. - Torsion: mounted on a shaft above the opening, 10,000 cycles standard, better balance, safer failure, higher part cost. - Extension: mounted along the horizontal tracks, lower part cost, requires safety cables, more prone to uneven lift. - Torsion pricing: roughly $200 to $400 per spring installed in DFW. - Extension pricing: roughly $150 to $350 per pair installed in DFW. - A door with two torsion springs is a two-spring system and gets both replaced. A door with one is a single-spring system. ### Why we replace both springs when only one broke This is the question customers push back on hardest, and the answer is simple once you see the math. Both springs on your door were installed on the same day, made from the same steel, and have cycled the identical number of times. If one of them reached the end of its fatigue life this week, the other one is not new. It is a few weeks behind, at most. Think about a pair of boots you have walked in every day for six years. When the sole finally wears through on the left one, nobody sensibly replaces just the left boot. The right one is on the same clock. There is a mechanical reason on top of the wear reason. A new spring and a six-year-old spring have different rates. The door will not balance evenly, one side carries more load, and the opener works against a door that is out of balance for as long as that mismatch exists. That shortens the life of the new spring and of the opener. And there is a cost reason that favors you. The service call, the trip, the labor and the setup are already paid for the moment we are in your driveway. Adding the second spring costs the part, not another visit. Replacing it separately in eight months costs the whole job again. ### Cycle ratings: the number that decides how long the next set lasts A cycle is one full open plus one full close. Spring life is measured in cycles, not years, and this is the single most useful number to understand before you buy. A typical household opens the garage four times a day. That is roughly 1,460 cycles a year. Run those numbers against the common ratings and the picture is clear. - 10,000 cycle springs: the builder-grade default on most DFW tract homes. Around seven years at four cycles a day. - 20,000 cycle springs: heavier wire, larger coil, roughly double the service life at the same usage. - 30,000 cycle and higher: worth it on a door that is the family's main entrance, on a home office or shop garage, or where the door cycles eight or more times a day. - Two-car households that use the garage as the front door frequently run six to ten cycles daily, which cuts a 10,000 cycle spring to three or four years. - High-cycle springs are physically larger. Headroom above the door has to allow for the bigger coil, which we check on site. ### Why this is a genuinely dangerous repair to do yourself We are not saying this to sell a service call. Torsion spring replacement is one of the few homeowner repairs that regularly sends people to the emergency room. A wound torsion spring on a standard double door stores enough energy to lift a 200 pound door. That energy is released through two winding bars inserted into the cones, a quarter turn at a time. If a bar slips out of the cone, it comes around at full speed at chest and head height. If the set screws on the cone are loosened in the wrong order, the shaft spins and the cable drums shed the cables under load. Screwdrivers and rebar are not winding bars, and they are what most injuries involve. The second problem is sizing. Springs are specified by wire diameter, inside diameter, length and wind direction, matched to the measured weight of your specific door and to the drum size. A generic hardware store spring that is close but not correct leaves the door out of balance, which quietly destroys the opener and the new spring both. Our techs carry winding bars, calibrated spring stock and a scale. The job takes them 60 to 90 minutes. That is the trade we are asking you to make. ### What we measure before we pick a spring A correct spring job starts with measurement, not with a part number off the old spring. Old springs are frequently the wrong spring already, installed by whoever came out last. - Door weight, taken with a scale rather than estimated from the panel count. - Wire diameter of the existing spring, measured over ten and twenty coils for accuracy. - Inside diameter of the coil, commonly 1.75 or 2.00 inches on residential doors. - Overall spring length, which sets total turns. - Wind direction, left-hand and right-hand, which is not interchangeable. - Cable drum size and the height of the door, since drums and lift type have to match. - Available headroom, which determines whether a high-cycle upgrade will physically fit. ### What Texas does to spring life Springs in North Texas do not get the life the cycle rating implies, and the reason is the environment rather than the part. A garage in DFW swings from air temperatures well past 100F in August to near freezing on a January morning. Spring steel expands and contracts through that range every single day, and thermal cycling on top of mechanical cycling accelerates fatigue. Humidity swings put moisture on bare steel between the coils, and surface corrosion becomes a stress riser where the break eventually starts. Galvanized and coated springs hold up better in this climate, and we will price that option. The other North Texas factor is the slab. Expansive Blackland Prairie clay moves with the wet and dry cycle, and when a slab and framing shift, the door opening racks out of square. A door that binds on one side is effectively heavier than the spring was sized for, which is a slow way to break a new spring. That is why we check jamb square and track plumb on every spring call rather than just hanging the part. ### What a proper spring job includes beyond the spring Swapping the spring and leaving is half the job. The parts around the spring have been through exactly the same number of cycles, and the ones that matter get inspected while the door is already apart. - Both lift cables inspected at the drum and at the bottom bracket loop, where fraying starts. - Center bearing plate and end bearings checked for play and lubricated. - Cable drums checked for wear on the flange and reset to equal tension. - Rollers and hinges inspected, with nylon roller upgrade priced if the originals are worn steel. - Door balanced by hand at the halfway point, which is the actual test that the spring is right. - Opener travel limits and force settings reset to the new balance. - Photo-eye reversal and mechanical safety reverse both tested before we leave. ### What a spring replacement visit looks like 1. Call and confirm. Describe what you see on the shaft above the door. A visible gap in the coil confirms a broken spring on the phone, which means the right wire sizes come out on the truck the first time. We answer 24 hours a day at (817) 381-6173. 2. Measure and quote. The tech weighs the door, measures wire diameter, inside diameter, length and wind, checks drum size and headroom, and then gives you a fixed price. You see the number before any tool touches the door. 3. Unwind and remove. The old springs are unwound with winding bars in controlled quarter turns, the shaft is secured, cables are unspooled from the drums and the broken springs come off the shaft. 4. Install, wind and balance. New springs are installed, cables respooled to equal tension, and the springs wound to the exact turn count for your door height. The door is then hand-tested at waist height. A correctly sprung door holds where you leave it. 5. Reset the opener and test safety. Travel limits and force settings get reset to the new balance, both safety systems are tested, hinges, rollers and bearings are lubricated, and the old springs leave with us. Typical total time is 60 to 90 minutes. ### Garage door spring replacement cost in Dallas-Fort Worth These are honest DFW installed ranges rather than a quote. Door weight, wire size, headroom and whether cables or bearings also need replacing move the final number, and you get that number in your driveway before we start. - Single torsion spring: $200 to $400 per spring installed. Single-car doors and lighter doors running one torsion spring - Two-spring torsion system: $350 to $550 installed, both springs. Standard 16x7 DFW double doors, which is the majority of what we replace - Extension spring pair: $150 to $350 per pair installed. Older single doors and low-headroom openings still running extension springs - Springs with rollers and cables: $249 to $700 installed together. Doors past year eight, where the wear parts are all on the same clock ### Questions and answers Q: How long do garage door springs last? A: A standard 10,000 cycle torsion spring lasts about seven years in a home that opens the door four times a day, since one cycle is one open plus one close. Families that use the garage as their main entrance can run six to ten cycles daily and see the same spring fail in three or four years. North Texas heat and humidity swings shorten that further, which is why 20,000 and 30,000 cycle springs are a reasonable upgrade here. Q: What is the difference between torsion springs and extension springs? A: Torsion springs mount on a shaft above the door opening and store energy by twisting, lifting the door evenly through cables and drums. Extension springs run along the horizontal tracks beside the door and store energy by stretching. Torsion is standard on modern and double doors, balances better and fails more safely. Extension springs cost less and are still found on older single doors, but they must have safety containment cables running through them. Q: If only one spring broke, why do you replace both? A: Both springs were installed the same day and have run the identical number of cycles, so when one reaches the end of its fatigue life the other is weeks behind, not years. Mixing a new spring with a worn one also leaves the door out of balance, which strains the opener and shortens the life of the new spring. The second spring costs the part price only, because the trip and the labor are already covered. Replacing it separately in eight months costs the entire job again. Q: Should I replace my garage door springs myself? A: No. A wound torsion spring on a double door stores enough energy to lift a 200 pound door, and it is released through winding bars a quarter turn at a time. A bar that slips out of the cone comes around at head height, and loosening set screws in the wrong order drops the door. Sizing is the second problem. Springs must match measured door weight, wire diameter, coil diameter, length, wind direction and drum size, and a near-miss spring quietly destroys the opener. Q: Can you fix the springs on my garage door, or do they have to be replaced? A: Broken springs are always replaced, never repaired. Spring steel that has reached the end of its fatigue life cannot be welded, stretched, or re-tempered back into service. Winding tension can be adjusted on an intact spring that has weakened slightly, which sometimes buys time on a door that is out of balance. Once a coil has separated, replacement is the only option. Q: How much does garage door spring replacement cost in Dallas-Fort Worth? A: Spring replacement in DFW typically runs $200 to $550. Torsion springs are roughly $200 to $400 per spring installed, and a standard two-spring double door usually lands between $350 and $550 for the pair. Extension springs run $150 to $350 per pair installed. Adding rollers and cables during the same visit brings the combined job to roughly $249 to $700. We quote the exact figure on site before any work begins. Q: How long does a garage door spring replacement take? A: A standard torsion spring replacement takes 60 to 90 minutes on site, including measuring the door, unwinding and removing the old springs, installing and winding the new pair, respooling the cables, balancing the door by hand and resetting the opener. Extension spring jobs are usually faster. If cables, drums or bearings also need replacing, add roughly 30 minutes. Q: Can I still open my garage door with a broken spring? A: You should not, and in most cases you physically cannot. With the spring gone, the full 150 to 250 pound weight of the door has nothing counterbalancing it, so lifting by hand is unsafe and running the opener puts that entire load on a motor built to guide a balanced door. If a car is trapped inside, wait for the tech rather than forcing it. Opener burnout from running against a broken spring costs $525 to $3,000 to put right. Q: What spring cycle rating should I buy? A: Buy the 10,000 cycle standard only if the garage is a secondary entrance used a few times a day. If your garage door is how the family comes and goes, choose 20,000 or 30,000 cycle springs, because at eight to ten cycles a day a standard spring is a three to four year part. High-cycle springs use heavier wire and a larger coil, so we verify you have the headroom for them before quoting. Q: Will running the opener with a broken spring damage it? A: Yes, and quickly. The opener is designed to guide a balanced door, not to lift one. With a spring broken, the motor pulls the full weight of the door, which strips the drive gear, shears the trolley, or burns the motor windings. Replacing an opener destroyed this way runs $525 to $3,000 depending on the unit. Unplug the opener as soon as you suspect a spring, and call. --- ## Garage Door Maintenance and Safety Inspection in DFW URL: https://www.professionalgarageconcepts.com/residential-garage-doors/repair-maintenance Service type: Garage Door Maintenance Garage door maintenance is an annual service visit in which every moving part on the door is inspected, hardware is tightened, tracks are aligned, the door is rebalanced by hand, the two safety reverse systems are tested, and every bearing, hinge, roller and spring is lubricated with the correct product. In DFW it runs $95 to $150 per door. Nobody in this market has claimed this service properly. One competitor sells a $49 coupon inspection as a way to get in the door. What is missing is the actual list: what gets checked, what gets adjusted, and what a homeowner should expect to hear afterward. That list is on this page, all 25 items of it. Here is the honest case for it. A garage door is the largest and heaviest moving object in your house, it runs on parts with defined wear lives, and almost every failure we get called out for was visible months earlier as a frayed cable strand, a flat spot on a roller, a loose hinge, or a door that no longer held its position at waist height. Professional Garage Concepts has been servicing DFW doors since 2001. Call (817) 381-6173. ### The 25-point inspection, item by item This is what our tech works through on a maintenance visit. Nothing on this list is filler, and every item on it has been the root cause of a repair call we have run in the last month. - 1. Door balance test at waist height with the opener disconnected. A balanced door stays where you leave it. - 2. Torsion or extension springs inspected for coil gaps, rust between coils, and stretch. - 3. Spring winding cones and set screws checked for slip. - 4. Center bearing plate inspected for play and lubricated. - 5. End bearings on the torsion shaft checked and lubricated. - 6. Torsion shaft checked for straightness and end-play. - 7. Both lift cables inspected at the drum flange and at the bottom bracket loop, where fraying starts. - 8. Cable drums checked for wear and equal winding on both sides. - 9. Bottom brackets inspected. These are under full spring load and never get loosened during service. - 10. All rollers inspected for flat spots, worn stems and failed bearings. - 11. Every hinge inspected for cracks, elongated holes and loose fasteners. - 12. All hinge and bracket fasteners retorqued. - 13. Vertical track plumb checked, which is where North Texas slab movement shows up first. - 14. Horizontal track level and pitch checked, plus the flag bracket and angle iron connections. - 15. Track joints inspected for gaps and misalignment at the curve. - 16. Struts and reinforcement bars checked for separation from the panels. - 17. Panels and sections inspected for cracking, delamination and rust at the bottom edge. - 18. Bottom seal and retainer inspected for daylight, tears and hardening. - 19. Side and top stop moulding checked for gaps and brittle vinyl. - 20. Opener rail, chain or belt tension checked and adjusted. - 21. Opener travel limits checked so the door seals without pressing. - 22. Opener force settings checked in both directions. - 23. Photo-eye sensors cleaned, realigned and reversal tested. - 24. Mechanical safety reverse tested with an obstruction on the floor. - 25. Emergency release, wall console, remotes and keypad tested and reprogrammed if needed. ### What gets adjusted, not just looked at An inspection that only produces a report is worth very little. The value in a tune-up is in the adjustments that happen while the tech is standing there, and they are included in the visit price. Balance is the big one. Over a year, springs lose a small amount of tension and the door drifts heavy. A heavy door does not fail dramatically, it just makes the opener work harder every cycle until the opener dies. Adding a quarter turn or a half turn to the springs is a five minute correction that costs nothing at the time of service and adds years to the opener. Track alignment is the second. In DFW, expansive clay moves slabs and framing, and vertical tracks go out of plumb by a quarter inch without anyone noticing. The door starts rubbing on one side, rollers wear on one edge, and eventually the door binds and jumps the track. Correcting plumb before that happens is a wrench and ten minutes. The third is lubrication done properly. Hinges, roller bearings, springs, bearing plates and the opener rail each want a specific treatment. Doing it right is quiet for a year. Doing it wrong is worse than not doing it at all. - Spring tension adjusted in quarter turns to restore hand balance. - Vertical track plumb and horizontal track pitch corrected. - Chain or belt tension set on the opener rail. - Opener up and down travel limits reset so the door seals without straining. - Opener force reset in both directions after balance changes. - Photo eyes realigned and brackets tightened. - All fasteners retorqued, excluding bottom brackets, which stay under spring load. ### The two safety tests every door should pass Every garage door opener sold in the United States since 1993 has two independent safety systems, and both of them can fail quietly. We test both on every visit, and you should test them yourself twice a year. The photo-eye test: with the door closing, wave a broom handle through the beam six inches off the floor. The door must stop and reverse immediately. If it hesitates or keeps going, the sensors are misaligned, dirty or failing. In Texas summers this is the most common fault we correct, because the brackets sit on a hot slab and drift. The mechanical reverse test: lay a 2x4 flat on the floor in the door opening and close the door onto it. When the door touches the wood, it must reverse. If it presses down and keeps pressing, the close-force setting is too high, and that is the setting that decides whether the door stops for a child or a pet. A door that fails either test is not a maintenance issue to schedule later. It is a same-week correction. ### Why an annual tune-up matters more in North Texas The maintenance intervals printed in a manufacturer's manual assume a moderate climate and a stable foundation. DFW gives you neither. Heat is the first factor. Garage air temperatures run well past 100F through July and August, and the ceiling area where the opener lives runs hotter still. Grease thins, thin oils run off, and parts that were lubricated in March are dry by September. Moisture swing is the second. North Texas alternates between long dry spells and heavy storm cycles. Bare spring steel picks up surface corrosion between coils during the wet weeks, and that corrosion is where fatigue cracks start. Slab movement is the third and the one nobody talks about. Expansive Blackland Prairie clay shrinks and swells with the moisture cycle. On post-tension slabs and on older foundations alike, the garage opening moves, and the door that fit square when it was installed no longer does. Track plumb, jamb square and door binding are things we measure on every visit for exactly this reason. Dust and grit are the fourth. A windy day with the door open puts abrasive in the tracks, and that abrasive is what turns a good roller bearing into a flat spot. ### What we find most often, and what it costs to catch it early This is the practical argument for the visit. These are the five findings that come up most often on DFW maintenance calls, with the difference between fixing them now and fixing them after they fail. - Frayed cable strands at the bottom bracket loop. Caught early: a $129 to $349 cable job on your schedule. Missed: the door drops crooked, wedges in the opening and becomes an emergency call. - Springs past their cycle life with rust between the coils. Caught early: a planned $200 to $550 replacement. Missed: a broken spring at 6am on a workday, plus the risk of opener burnout at $525 to $3,000. - Worn steel rollers with failed bearings. Caught early: $249 to $700 with other hardware work. Missed: gouged track, a binding door and eventually an off-track repair. - Door out of balance by an inch or more at waist height. Caught early: a quarter turn on the springs, included in the tune-up. Missed: a burned out opener two summers later. - Hardened or torn bottom seal. Caught early: a seal swap. Missed: water under the door during a west-wind storm, plus dust, insects and rodents through the gap. ### How often, and what about a second door Once a year is right for a typical DFW home with one or two doors that cycle four to six times a day. Twice a year is right in three situations: a door that cycles eight or more times a day, a door on a detached shop or barn that sits exposed to dust and wind, and any door on a rental property where nobody living there will notice a warning sign. If you have two or three doors, do them in the same visit. The trip is already paid for and the tech is already set up, which is the same logic that makes replacing both springs at once the cheaper decision. Good months for this in North Texas are March and October. March catches whatever the winter did to the seals and the slab, and gets fresh lubricant on before summer heat thins it. October gets the door ready before the first freeze and before holiday season, when a door stuck open is a worse problem than usual. ### How a maintenance visit runs 1. Door disconnected and hand-tested first. Before anything else, the opener is disconnected at the trolley and the door is raised by hand to waist height. What it does there tells the tech more about the condition of the door than any other single check. 2. The 25-point walk. Springs, bearings, shaft, cables, drums, brackets, rollers, hinges, tracks, struts, panels and seals are inspected in order, top to bottom, with fasteners retorqued as the tech goes. 3. Adjust, lubricate, reconnect. Spring tension, track plumb, chain or belt tension, travel limits and force settings are corrected. Hinges, rollers, bearings, springs and rail get the right lubricant for each part. 4. Safety tests and the report. Photo-eye reversal and mechanical reverse are both tested with the door running. You get a plain-language summary of what is fine, what is wearing, and what needs replacing, with prices for anything found. ### Garage door maintenance pricing in DFW Tune-up pricing is per door and holds for standard residential doors up to 16 feet wide. Parts found during the visit are quoted separately and never installed without your approval. - Annual lube and tune: $95 to $150 per door. A door that works fine and you want it to stay that way - Maintenance visit with adjustments: $75 to $229 per visit. A door that is noisy, slow, or has started reversing on close - Tune-up with roller and hardware replacement: $249 to $700 installed alongside spring or hardware work. Doors past year eight running original builder-grade steel rollers ### Questions and answers Q: Is preventative maintenance really necessary for garage doors? A: Yes, because a garage door is the heaviest moving object in the house and every part on it has a defined wear life. Almost every emergency repair we run was visible months earlier as a frayed cable, a flat roller, or a door that no longer held its balance. An annual tune-up costs $95 to $150 and catches those on your schedule instead of at 6am on a workday. Q: How often should a garage door be serviced in Texas? A: Once a year is right for a typical DFW home whose door cycles four to six times daily. Move to twice a year if the door runs eight or more cycles a day, sits on a detached shop exposed to dust and wind, or serves a rental property. North Texas heat thins lubricant faster than moderate climates, and expansive clay soil shifts door openings out of square, so the manufacturer's default interval is optimistic here. Q: What is included in a garage door lube and tune? A: A proper lube and tune covers a 25-point inspection of springs, bearings, cables, drums, rollers, hinges, tracks, struts, panels and seals, plus hardware retorquing, track plumb correction, spring tension adjustment, opener travel and force recalibration, both safety reverse tests, and correct lubrication of every moving part. In DFW it runs $95 to $150 per door and takes about an hour. Q: What should I lubricate on my garage door, and with what? A: Use a garage door specific lithium or silicone based lubricant on hinges, roller bearings, springs, bearing plates and the opener rail. Do not use WD-40 as a lubricant. It is a solvent and water displacer, and it strips existing grease and leaves parts drier than before. Never grease the tracks themselves. Tracks are a rolling surface, and lubricant there collects the dust and grit that DFW wind puts in the garage. Q: How do I test my garage door safety reverse? A: Run two tests. With the door closing, pass a broom handle through the photo-eye beam six inches off the floor. The door must stop and reverse immediately. Then lay a 2x4 flat in the opening and close the door onto it. The door must reverse the moment it touches the wood. A door that fails either test needs correcting the same week, because that is the setting that decides whether it stops for a child or a pet. Q: How much does a garage door tune-up cost in Dallas-Fort Worth? A: An annual garage door tune-up runs $95 to $150 per door in DFW. A maintenance visit that includes real adjustments such as cable tensioning, track realignment and opener recalibration runs $75 to $229. Any parts found during the inspection are quoted separately and are never installed without your approval. Doing two or three doors in the same visit is cheaper than three separate trips. Q: Can maintenance make my garage door quieter? A: In most cases yes, and often dramatically. The noise homeowners describe as grinding or screeching is usually dry bearings and worn steel rollers, both of which a tune-up addresses. Correct lubrication on hinges, bearings and springs plus retorqued hardware fixes the majority of noisy doors on the spot. If the rollers are already flat-spotted, replacing them with nylon rollers on sealed bearings is the permanent quiet fix. Q: Are your services backed by a warranty? A: Yes. Every repair and maintenance visit is covered for both the parts we install and the workmanship, and the specific coverage depends on the part and the manufacturer behind it. We put the coverage in writing on the invoice rather than describing it verbally. Professional Garage Concepts is licensed, bonded and insured, International Door Association certified, holds a BBB A+ rating and carries 532 Google reviews at 4.8 stars. --- ## Garage Door Insulation in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/repair-maintenance/garage-door-insulation Service type: Garage Door Insulation Garage door insulation means the foam core inside the door sections, either polystyrene sheet slid into a steel pan or polyurethane foamed in place between two steel skins. It is measured in R-value, and in Dallas-Fort Worth it is worth more than most homeowners assume. Run the Texas numbers. A single-layer steel door facing west takes direct afternoon sun from about 2pm until sunset in July and August. Surface temperatures on that steel go past 120F, and a bare steel panel has effectively no resistance to moving that heat inside. If the garage is attached, that heat loads the shared wall, the ceiling, and any bedroom or bonus room built above the garage. Your air conditioner fights it all evening. This page covers what R-value actually means on a garage door, the real difference between polystyrene and polyurethane, and when insulating the door you have is worth doing versus putting the money toward a new one. Professional Garage Concepts installs Amarr insulated doors across DFW and has been doing it since 2001. ### What R-value actually means on a garage door R-value measures resistance to heat flow. Higher is better. The complication is that garage door manufacturers publish R-value in more than one way, and the numbers are not comparable. Most published figures are the R-value of the insulated section itself, measured through the middle of a panel. That number ignores the steel that wraps the panel edges, the joints between sections, and the perimeter of the door. Real installed performance is always lower than the section number on the sticker. Some manufacturers publish a calculated whole-door value that accounts for those losses, and it is usually a good bit lower than the headline number. What this means practically: do not shop on R-value alone, and do not pay a premium for a jump from R-16 to R-18 on the sticker. Do pay attention to the gap between an R-6 polystyrene door and an R-12 or better polyurethane door, because that difference is large enough to survive the measurement caveats. The other half of the equation is the perimeter. An R-18 door with a hardened bottom seal and brittle stop moulding leaks more energy through the gaps than it saves through the panels. Insulation and weatherstripping are one project, not two. - Uninsulated single-layer steel: effectively R-0 to R-2. Common on DFW builder doors from the 1990s and 2000s. - Polystyrene sheet core: roughly R-6 to R-9 depending on thickness and door construction. - Polyurethane foamed in place: roughly R-12 to R-18 on the same section thickness. - Whole-door installed values run below section values in every case. Treat sticker numbers as a comparison tool, not a promise. ### Polystyrene versus polyurethane These are the two insulation types you will be offered on any DFW door, and the difference is not just the R-value. Polystyrene is rigid sheet foam cut to size and slid into the steel pan of each section. It is the budget option, it adds meaningful insulation over bare steel, and it adds some stiffness. Because it is a cut sheet dropped into a pan, there are small air gaps at the edges and it does not bond to the steel. On a new door, polystyrene typically adds $500 to $1,000. Polyurethane is injected as a liquid between the inner and outer steel skins and expands to fill the section completely, bonding to both faces. That bond is what makes the real difference. It fills every void, it makes the section structurally rigid rather than just insulated, and it damps sound noticeably. A polyurethane door is stiffer against wind load, dents less, and runs quieter on the track. It typically adds $1,000 or more on a new door. For a detached garage that gets shade, polystyrene is defensible. For an attached garage in North Texas, especially a west or south-facing door or one with living space above it, polyurethane is the version worth buying. - Polystyrene: cut sheet, R-6 to R-9, adds $500 to $1,000, some edge gaps, no bond to steel. - Polyurethane: foamed in place, R-12 to R-18, adds $1,000 plus, bonds to both skins, stiffer and quieter. - Polyurethane is the better choice on wide double doors, which flex more and need the section rigidity. - Both add weight, which means the springs have to be sized to the heavier door. ### Insulating the door you have versus replacing it Retrofit insulation kits exist, and there are cases where they are the right call. There are more cases where they are not. A retrofit makes sense when the door is under about ten years old, the sections are straight and rust-free, the door is a single-layer steel pan design with an open back, and the garage is detached or the door faces north or east. In that situation a kit gets you a meaningful step up for a modest spend. One detail that gets skipped and should not be. Adding insulation adds weight, sometimes 30 to 60 pounds across the door. The springs were sized to the original weight. If nobody adjusts spring tension after the kit goes on, the door runs heavy, the opener works against it every cycle, and you buy an opener sooner than you would have. We rebalance any door we insulate, and if you insulate one yourself, get the balance checked. Replacement is the better money when the door is past 15 years, has rust at the bottom edge, has creased or delaminating sections, or is an uninsulated single-layer door on an attached west-facing garage. A retrofit on a door in that condition is insulation bolted to a problem. A new insulated Amarr door installed in DFW runs $3,500 to $20,000 for a double, with a typical job around $4,500. This is a decision worth making in person. Both our showrooms, in Keller and Grand Prairie, have the actual door sections on display. You can put your hand on a polystyrene section and a polyurethane section, feel the weight difference and hear the difference when you knock on them. Every other option in DFW is a truck and a brochure. ### What insulation does and does not do in a Texas garage Being straight about this matters, because the wrong expectation is how people end up disappointed with a good product. An insulated door will not make an uncooled garage comfortable in August. Nothing will, on its own. The garage also has an uninsulated slab absorbing heat, walls that may be uninsulated, and a roof over it. What an insulated door does is remove the single largest heat-radiating panel from that equation and flatten the peak. What you will actually notice: the garage runs cooler in the late afternoon and holds it longer overnight, the wall shared with the house stops radiating in the evening, rooms above the garage even out, the door is markedly quieter on the track, and the garage becomes usable as a gym, shop or work area in shoulder seasons instead of only in winter. If you charge an electric vehicle in the garage or store anything temperature-sensitive, that peak reduction is the whole point. The honest sequence for a hot DFW garage is: insulated door first because it is the biggest surface, then a full perimeter seal set so the conditioned air and the dust stay on the right sides of the opening, then attic and wall insulation if the garage is going to become real living or working space. ### Garage door insulation pricing in DFW Insulation is priced as an upgrade to a door rather than as a standalone line item on a new install, because the core is built into the section at the factory. Ranges below are DFW market figures, confirmed on site. - Polystyrene insulated upgrade: $500 to $1,000 added to a new door. Detached garages, shaded doors, and north or east-facing openings - Polyurethane insulated upgrade: $1,000 and up added to a new door. Attached garages, west and south-facing doors, and any garage with living space above it - New insulated door installed: $3,500 to $20,000 double door installed. Doors past 15 years, rusted bottom sections, or uninsulated single-layer doors on attached garages ### Questions and answers Q: Do I need an insulated garage door in Texas heat? A: If the garage is attached to the house, yes. An uninsulated steel door facing west in DFW runs past 120F on the inside face during a July afternoon and radiates that heat into the garage, the shared wall, and any room built above it. An insulated door removes the largest heat-radiating surface in the garage and flattens the late-afternoon peak. For a shaded detached garage the case is weaker. Q: What R-value do I need for a garage door in DFW? A: For an attached North Texas garage, aim for a polyurethane door in the R-12 to R-18 range. For a detached or shaded garage, a polystyrene door around R-6 to R-9 is a reasonable step up from bare steel. Do not shop on sticker R-value alone. Published figures usually measure the middle of a section and ignore edges, joints and the door perimeter, so installed performance is always lower than the number on the label. Q: Polystyrene or polyurethane, which is better? A: Polyurethane is better in almost every measurable way and costs more. It is foamed in place, fills the section completely, bonds to both steel skins, and delivers roughly R-12 to R-18 versus R-6 to R-9 for polystyrene sheet. The bond also makes the section stiffer, quieter and more dent resistant. Polystyrene adds $500 to $1,000 to a new door, polyurethane $1,000 or more. On an attached DFW garage, buy the polyurethane. Q: Can I insulate my existing garage door with a kit? A: Sometimes, and it works best on a door under about ten years old with straight, rust-free single-layer steel sections and an open back. What almost everyone misses is weight. A kit can add 30 to 60 pounds, and the springs were sized to the original door. Without a spring adjustment afterward the door runs heavy and the opener pays for it. Have the balance checked and reset once the kit is on. Q: Will an insulated garage door lower my electric bill? A: It reduces cooling load on an attached garage, though it is not a standalone energy retrofit. The measurable effect is on the wall and ceiling the garage shares with conditioned space, and on rooms built above the garage, which stop taking a radiant load through the evening. If the garage is detached and uncooled, insulation buys comfort and noise reduction rather than utility savings. Q: Does an insulated garage door make the garage quieter? A: Yes, on both counts that matter. A foamed section damps the drum-like resonance of bare steel, so the door itself is quieter opening and closing, and it cuts street and neighborhood noise coming into the garage. Polyurethane does this noticeably better than polystyrene because the foam bonds to both skins instead of sitting loose in a pan. Homes with a bedroom over the garage notice this immediately. --- ## Garage Door Weatherstripping and Seals in DFW URL: https://www.professionalgarageconcepts.com/residential-garage-doors/repair-maintenance/weatherstripping Service type: Garage Door Weatherstripping Garage door weatherstripping is the set of flexible seals that close the gap between a garage door and the opening it sits in. There are four of them on a typical DFW door: the bottom seal in the retainer under the door, the threshold seal bonded to the slab, the stop moulding down both sides and across the top, and on some doors a seal between the sections. They are the cheapest parts on the door and the first ones to fail in this climate. Vinyl and PVC harden and crack under Texas UV and 100F-plus garage heat. Rubber bottom seals flatten and take a permanent set. Slabs settle in expansive Blackland Prairie clay, which leaves a bowed gap in the middle of the opening that a flat seal cannot close. The test takes fifteen seconds. Close the door, stand inside with the lights off in the middle of the day, and look along the bottom and up both sides. Any daylight is a gap. Professional Garage Concepts has been sealing DFW doors since 2001. Call (817) 381-6173. ### The four seals on a garage door and what each one does Most homeowners know about the bottom seal and nothing else, which is why so many DFW garages still take water after the bottom seal gets replaced. The seals work as a set. - Bottom seal: a flexible astragal held in an aluminum retainer along the bottom of the door. It compresses against the slab. Common profiles are bulb, T-style and beaded, and the retainer determines which one fits. - Threshold seal: a rubber ramp bonded to the slab in the door opening. It seals from below rather than from the door, which is what makes it the fix for a slab that has settled or slopes back toward the garage. - Side and top stop moulding: the trim around the opening with an integrated vinyl flap that presses against the outer face of the door. This is where most DFW light leaks actually are, and it is the seal people forget. - Between-section seals: a lip or shiplap joint between panels on better doors, plus a top seal on the header. These control blowing dust and driven rain more than they control temperature. ### Why North Texas is hard on garage door seals Four things in this market shorten seal life, and they are all local. Driving rain. A DFW thunderstorm arrives with wind from the west or southwest and pushes water horizontally against the door face rather than dropping it in front. A worn bottom seal that would be fine in a vertical rain lets water straight under the door, and the water runs downhill into the garage because most slabs pitch toward the house wall by design rather than away. Slab movement. Expansive clay shrinks in the dry months and swells after storms. Over years, the slab at the door opening bows or settles, and the gap under a closed door stops being uniform. A one inch bulb seal that closed a flat opening in 2015 no longer touches in the middle. That is a threshold seal problem, not a bottom seal problem, and swapping the bottom seal alone will not fix it. Heat and UV. Garage air past 100F plus direct sun on the door face makes PVC stop moulding brittle within a few Texas summers. It cracks at the nail line and the flap breaks off. Dust. North Texas wind loads the tracks and the seal channel with grit. That grit sits under the bottom seal and slowly abrades the contact face until the seal no longer holds a line. ### The gap that lets things in A hardened bottom seal typically leaves half an inch to an inch of clearance at the low points. That is the whole story, and it is not really about energy. A rat needs about half an inch of vertical gap. A mouse needs a quarter inch. Roaches and crickets need nothing at all, and in a DFW summer they move toward the cool concrete. So do snakes, which are the call we hear about most in July and August when homeowners find one against the back wall of the garage. Garages are the coolest accessible slab on the property during a heat wave, and a gap under the door is an open invitation. The practical version: a seal set is the cheapest pest exclusion you can buy on a house. It is also the difference between storing anything on the garage floor and not. If you are running a garage gym, a workshop, cabinets or a coated floor, the seals are what protect that investment from the weather and from what walks in under the door. One more North Texas detail. Blowing dust that gets under the door lands on everything and gets tracked into the house on shoes. Homeowners who seal the opening properly usually mention the reduction in dust before they mention anything else. ### What we install, and how we decide which fix you need The diagnosis takes a few minutes and it decides the whole job. If the door bottom is straight and the slab is flat, a new bottom seal in the existing retainer is the answer. We match the astragal profile to the retainer already on your door, or replace the retainer if it is bent or corroded at the ends. If the slab has settled or the opening bows, a bottom seal alone will not close it, because the door bottom is straight and the floor is not. That is the case for a threshold seal bonded to the slab. The slab has to be clean, dry and free of coating residue for the adhesive to hold, and we prep it rather than sticking it down over dust. A threshold also stops water that would otherwise run in under a properly sealed door on a slab that pitches the wrong way. If you can see daylight up the sides or across the header, the stop moulding is the fix. We replace the moulding with new material and set the vinyl flap so it makes light contact with the door face without dragging on it, because a flap set too tight wears through in a season. Any of the three can be done during a maintenance visit. If we are already there for a tune-up or a spring job, the labor is already on site, which is the cheapest way to buy it. - Bulb, T-style and beaded bottom seals matched to your existing retainer. - Aluminum retainer replacement where the old one is bent, split or corroded. - Threshold seals bonded to a prepped slab for settled or reverse-pitched openings. - Side and top stop moulding replacement with fresh vinyl flap. - Seal work bundled into an annual tune-up so you pay one trip instead of two. ### Garage door seal pricing in DFW Seal work is priced by door width and material, because a 16 foot double door takes twice the seal of a single, and a threshold is a different job from a bottom seal. We quote the exact figure on site and it is a short list. - Bottom seal replacement: Quoted by door width installed. Daylight under a closed door, water running in during a west-wind storm - Threshold seal bonded to the slab: Quoted by door width installed. A slab that has settled in expansive clay or pitches back toward the garage - Full seal set with an annual tune-up: $95 to $150 per door for the tune-up, seal parts quoted separately. Getting the whole perimeter closed in one trip instead of three ### Questions and answers Q: How do I know if my garage door seal needs replacing? A: Close the door, turn off the garage lights in the middle of the day, and look along the bottom and up both sides. Any daylight is a gap that rain, dust and pests are already using. Other signs are a bottom seal that stays flat instead of springing back, cracked or missing vinyl on the side trim, and water lines on the garage floor after a storm. Q: What is the difference between a bottom seal and a threshold seal? A: A bottom seal is the flexible astragal attached to the door itself, held in an aluminum retainer, and it compresses against the slab when the door closes. A threshold seal is a rubber ramp bonded to the slab in the opening, sealing from below. Bottom seals handle a flat, level opening. Threshold seals are the fix when the slab has settled or slopes back toward the garage, which is common in DFW clay soil. Q: Can weatherstripping keep rodents and snakes out of my garage? A: It closes the entry point they use most. A rat needs roughly half an inch of vertical gap and a mouse needs a quarter inch, which is exactly what a hardened bottom seal leaves. In a North Texas summer, snakes and insects move toward the coolest accessible slab on the property, and an unsealed garage is it. A proper seal set is the cheapest pest exclusion available on a house. Q: Why does water still come under my garage door after a new seal? A: Almost always because the slab, not the seal, is the problem. The door bottom is straight, and if the slab has bowed or settled in expansive clay, a flat bottom seal cannot touch across the whole width. The other common cause is a slab that pitches back toward the garage, so water pools at the opening. Both are solved with a threshold seal bonded to the slab rather than another bottom seal. Q: How long does garage door weatherstripping last in Texas? A: Expect three to five years from a bottom seal in North Texas and a similar window from PVC stop moulding, which is shorter than the national norm. Garage air past 100F, direct UV on the door face and blowing grit under the seal all shorten the life. Higher grade rubber astragals and vinyl moulding hold up longer. Checking seals is part of every annual tune-up, which is the cheapest way to stay ahead of it. Q: Can I replace garage door weatherstripping myself? A: The bottom seal is one of the few garage door jobs a homeowner can reasonably take on, provided the door is fully closed and the opener is unplugged, and provided you match the astragal profile to the retainer already on the door. Stop moulding is also doable. Threshold seals are the one to leave alone, because slab prep decides whether the adhesive holds, and a threshold bonded to dusty concrete lifts within a season. --- ## Garage Door Opener Installation and Repair in DFW URL: https://www.professionalgarageconcepts.com/residential-garage-doors/garage-door-openers Service type: Garage Door Opener Installation This page covers garage door opener installation and repair in Dallas-Fort Worth: which drive type to buy, how to size horsepower to your door, what LiftMaster and Chamberlain actually differ on, whether battery backup is worth it in Texas, and what the work costs. The pricing first, because nobody else in this market publishes it. Opener installation in DFW runs $150 to $350 for the installation line item. Connecting an opener to a newly installed door runs $100 to $300. An opener that burned out because it was run against a broken spring costs $525 to $3,000 to put right, which is the entire reason we tell people to stop pressing the button. Professional Garage Concepts installs LiftMaster and Chamberlain openers across DFW, and we have been doing it since 2001, with 532 Google reviews at 4.8 stars and International Door Association certification. Call (817) 381-6173. ### Belt, chain or wall-mount: how to pick There are three drive types worth considering in a DFW home, and the choice comes down to where the garage sits relative to your bedrooms and what you want to do with the ceiling. Belt drive uses a steel-reinforced rubber belt instead of a metal chain. It is the quietest of the two rail-mounted types by a wide margin, and it is the default recommendation for an attached garage, particularly one with a bedroom or bonus room above it. It costs more than chain and it is the upgrade most homeowners are glad they made. Chain drive uses a metal chain on the rail. It is the least expensive, it is mechanically simple, and it is loud enough that you hear it through the house. On a detached garage, a shop, or a barn, chain drive is a perfectly rational purchase and the noise costs you nothing. Wall-mount jackshaft openers mount on the wall beside the torsion shaft and drive the shaft directly. There is no rail and no motor over your head. That frees the entire garage ceiling for storage racks, a car lift, or a taller vehicle, and it is the answer when headroom is too tight for a conventional rail. It is the quietest option in the house because the motor is on the wall rather than suspended over the ceiling drywall. LiftMaster wall-mount units include an integrated deadbolt that throws into the track when the door is closed, which is a real security gain. Screw drive openers still exist but have largely been displaced. We do not lead with them in a climate where the garage ceiling runs past 120F in August. - Belt drive: quietest rail type, best for attached garages and rooms over the garage, mid to high cost. - Chain drive: loudest, lowest cost, mechanically simple, fine for detached garages and shops. - Wall-mount jackshaft: no ceiling rail, frees overhead space, works with low headroom, integrated deadbolt on LiftMaster models, highest cost. - Any of the three can carry battery backup, myQ connectivity and a camera depending on the model. ### Horsepower sizing by door weight Horsepower is the number people shop on and the number they most often get wrong. What actually matters is the weight of your specific door and how many times a day it moves. Half horsepower handles a light single-car door, typically a single-layer uninsulated steel door on a 8x7 or 9x7 opening. It is the builder-grade default and it is undersized for most of what it gets installed on. Three quarter horsepower is the right answer for the large majority of DFW homes. A standard 16x7 double door with polystyrene insulation lands here, and so does a heavier single. This is the sizing we install most. One to one and a quarter horsepower belongs on genuinely heavy doors: polyurethane insulated doubles, carriage-house doors with wood overlay, full-view aluminum and glass doors, and any oversized opening on a shop or RV bay. Two things to know. First, most modern openers use DC motors rated in horsepower-equivalent rather than true horsepower, so compare lift capacity and duty rating rather than badge numbers across brands. Second, an undersized opener does not fail on day one. It fails in year three, after several Texas summers of pulling harder than it was built to, and it usually takes the drive gear with it. ### LiftMaster and Chamberlain These two brands come from the same manufacturer, which surprises most homeowners. The difference is the channel and the build. Chamberlain is the retail line, sold in home improvement stores and online, supported through a consumer channel. LiftMaster is the professional line, sold through dealers and installers, generally built with heavier gearboxes, longer duty ratings and parts a technician can order and replace individually rather than replacing the whole head unit. That last point is the practical one. When a dealer-line opener has a failure in year seven, there is usually a repair path: a gear kit, a logic board, a trolley, a rail section. When a retail unit fails at year seven, the repair path is frequently a new opener. Over a fifteen year ownership window that difference is worth more than the price gap at purchase. We install and service both, and we carry LiftMaster parts on the trucks. If you have already bought an opener and want it installed, we will install it and tell you honestly what we think of the model. - Same manufacturer, two channels: Chamberlain retail, LiftMaster professional. - LiftMaster units are generally serviceable at the component level. - We stock LiftMaster parts on the trucks, so common repairs finish in one visit. - We will install a customer-supplied opener and set it up correctly. ### Smart openers and myQ Almost nobody in DFW has written anything useful about connected openers, so here is the practical version. A myQ-equipped opener connects to your home wifi and pairs with a phone app. From the app you can see whether the door is open or closed, open or close it from anywhere, and get an alert when it moves or when it has been left open. Camera-equipped models add a live view and recorded clips of the garage. Keypads on the outside jamb give a code-based entry that does not require a remote at all. Who this genuinely helps: households with kids who leave the door up, anyone who lets contractors, cleaners or dog walkers in, people who cannot remember whether they closed it, and anyone whose garage is the main entrance to the house. The left-open alert alone stops the most common cause of a garage burglary in a DFW neighborhood. Being straight about subscriptions: basic app control and alerts come with the opener. Certain third-party and delivery integrations have carried a subscription fee, and those terms change from time to time. We tell you which features on the model you are considering are included and which are not, before you buy it. A note on security worth knowing. Every opener made since the mid 1990s uses a rolling code, so the remote transmits a different code every press. If your opener still uses fixed DIP switches on the remote, it is old enough that the safety photo eyes are also questionable, and replacement is the right call. ### Battery backup, and why it matters more in Texas A battery backup opener has a rechargeable battery in the head unit that keeps the opener running when the power is out. For years this was treated as an optional extra. In North Texas it is one of the better fifty dollar decisions on the door. The reason is our grid and our weather. February 2021 put much of Texas in the dark for days in freezing conditions. Summer heat waves strain the grid every year. Spring and fall storm cells knock out neighborhood power regularly, and ice storms do it in winter. In every one of those situations, an attached garage with a dead opener is a house whose main entrance stops working, with a car locked inside. Yes, there is an emergency release. Pull the red handle and the door disconnects from the trolley so you can lift it by hand. Two problems with relying on that. A heavy insulated double door is a genuine lift for one person. And once the door is manually opened, it cannot be locked or powered closed, so you leave the garage open until the power returns. A backup battery is a consumable. Expect to replace it every few years, sooner in a hot garage, because heat is what kills batteries. That is a small maintenance item against the value of having the door work during an outage. - Keeps the opener working through a neighborhood outage or a statewide grid event. - Matters most on attached garages that serve as the household's main entrance. - Available across belt, chain and wall-mount lines. - The battery is a wear part. Plan on replacement every few years in a hot Texas garage. - We check backup battery condition during any annual tune-up. ### Opener repair versus replacement Most opener problems are not the motor, and most of them are cheap. Before anyone quotes you a new unit, the door itself needs to be ruled out. Start with balance. Disconnect the opener at the trolley with the door closed and lift by hand. If the door is heavy, drops, or will not move, the problem is the springs and the opener is a victim, not a cause. Installing a new opener on an unbalanced door buys you a second dead opener. Repair when the fault is a photo-eye alignment, a dirty sensor lens, a broken low-voltage wire, a dead remote, a failed wall console, a stripped drive gear on a serviceable unit, a worn trolley carriage, or a loose chain or belt. Every one of those is a parts-and-labor fix well below the cost of a new opener. Replace when the motor is past 15 years, when the logic board is obsolete and unavailable, when the unit predates rolling codes or lacks working photo eyes, or when the opener burned out running against a broken spring. That last case runs $525 to $3,000 depending on the unit and what else it damaged on the way down. There is also a good-reason-to-upgrade case that has nothing to do with failure. Moving from a fifteen year old chain drive to a belt drive or a wall-mount, on a house with a bedroom over the garage, changes the noise in that room immediately. - Remote works, wall button does not: wall console or a break in the low-voltage wire. - Wall button works, remote does not: battery or lost programming. - Door reverses before it seals: photo-eye alignment, dirty lenses, or close-force setting. - Motor runs and nothing moves: stripped drive gear or a sheared trolley. - Opener cuts out mid-cycle: thermal overload, almost always from an unbalanced door. - Nothing at all: power, GFCI outlet, or a failed logic board. ### What an opener installation includes The line item is $150 to $350 for opener installation in DFW, or $100 to $300 to connect an opener to a door we are installing new. Here is what is actually in that. The old unit comes down and leaves with us. The new rail is assembled and the header bracket is mounted into structure rather than into drywall, which matters because that bracket takes the pull of every cycle. The head unit is hung on solid strut with the correct drop, not on whatever hangers were already there. Photo eyes are mounted six inches off the finished slab, which is the height the safety system is designed around, and the wire is run and secured rather than left draped. Travel limits are set so the door seals against the threshold without pressing into it. Force is set in both directions and tested against an obstruction. Remotes, exterior keypad, wall console and the phone app are all programmed before we leave, and you get shown how the emergency release works and how to reset it. One last check that gets skipped by most installers: the door gets a balance test first. We do not hang a new opener on a door that is out of balance, because that is the fastest way to be back at the same house in two years. ### Why DFW garages are hard on openers The ceiling of a North Texas garage in August is one of the hottest places in the house. Attic heat load sits directly above it, and the opener head unit hangs right in it. Heat degrades logic board components, thins gear grease and shortens battery life, and it is the reason openers here often do not reach the service life they would in a milder climate. Dust is the second factor. North Texas wind puts fine grit in the rail and on the photo-eye lenses. Dirty lenses are the single most common cause of the reverse-before-close complaint we get in summer. The third is the one nobody connects to the opener at all. Expansive Blackland Prairie clay moves slabs and framing, the door opening racks out of square, and the door begins to bind on one side. The opener has no way to tell you that. It just pulls harder every cycle until it fails, and the failure looks like an opener problem. It was a door problem the whole time. That is why every opener call we run starts with a hand balance test. ### How an opener installation runs 1. Sizing on the phone and in the garage. We ask about door size, insulation type, whether the garage is attached, whether there is a room above it, and what your ceiling headroom looks like. That narrows the drive type and horsepower before we arrive. 2. Balance the door first. The tech disconnects and hand-tests the door before anything gets installed. If the springs are worn or the door is out of square, that gets addressed first, because a new opener on an unbalanced door is a short-lived opener. 3. Remove and mount. The old unit and rail come down and leave with us. The new header bracket goes into structure, the rail is assembled, and the head unit is hung on solid strut with the correct drop. 4. Wire, set and test. Photo eyes are mounted six inches off the slab and wired in, travel limits are set so the door seals without pressing, and force is set and tested in both directions against an obstruction. 5. Program everything and hand it over. Remotes, exterior keypad, wall console and the phone app are programmed and tested. You get shown the emergency release, how to re-engage it, and where the backup battery lives. Typical install time is about two hours. ### Garage door opener pricing in DFW These are DFW market ranges for the work, and the opener itself varies by drive type, horsepower and features. We give you the total in your driveway before we start, with the unit price and the labor shown separately. - Opener installation: $150 to $350 installation, on an existing door. Replacing a failed or obsolete opener on a door that is in good shape - Opener connected to a new door: $100 to $300 added to a door installation. Keeping a good opener when you replace the door, or adding one to a new install - Opener service during a tune-up: $95 to $150 per door, as part of the annual tune-up. An opener that works but has started hesitating, reversing or running loud - Replacement after a spring-related burnout: $525 to $3,000 installed, depending on the unit and collateral damage. Openers destroyed by running against a broken spring. This is the number that explains why we say stop pressing the button ### Questions and answers Q: Do you offer garage door opener installation and repair? A: Yes. Professional Garage Concepts installs and repairs LiftMaster and Chamberlain garage door openers across the Dallas-Fort Worth metroplex, including belt drive, chain drive and wall-mount jackshaft units. Installation runs $150 to $350 in DFW, or $100 to $300 to connect an opener to a new door. We carry LiftMaster parts on the trucks, so most repairs finish in one visit. Q: Do I need a smart opener? A: You need one if anyone in the house forgets to close the door, if you let contractors, cleaners or deliveries in while you are out, or if the garage is your main entrance. A myQ-equipped opener shows the door's status in an app, opens and closes it from anywhere, and alerts you when it has been left open. Basic app control comes with the opener. Some third-party integrations carry a subscription, and we tell you which before you buy. Q: Why is my garage door remote not working? A: Start with the battery, which is the cause well over half the time, then check whether the wall button still operates the door. If the wall button works and the remote does not, the remote has lost its programming or failed. If neither works, the problem is at the opener or its power. If the remote works up close but not from the driveway, the antenna wire hanging from the head unit is damaged or tucked up. Q: Belt drive or chain drive, which should I get? A: Choose belt drive for an attached garage, especially one with a bedroom or bonus room above it. A steel-reinforced rubber belt runs far quieter than a metal chain and is the upgrade most homeowners say they would make again. Choose chain drive for a detached garage, shop or barn, where the noise costs you nothing and the lower price is real. Both carry the same safety systems and both can be had with battery backup and myQ. Q: What horsepower garage door opener do I need? A: Three quarter horsepower fits the large majority of DFW homes, including a standard 16x7 double door with polystyrene insulation. Half horsepower suits only a light single-layer single door. Step to one horsepower or higher for polyurethane insulated doubles, carriage-house doors with wood overlay, full-view aluminum and glass doors, and oversized shop or RV openings. Undersized openers rarely fail immediately. They fail in year three, usually taking the drive gear with them. Q: Is a wall-mount jackshaft opener worth it? A: It is worth it in three situations: when you want the garage ceiling clear for overhead storage racks or a car lift, when headroom above the door is too tight for a conventional rail, and when noise in a room above the garage is the deciding factor. A jackshaft mounts on the wall beside the torsion shaft, so no motor hangs over your head. LiftMaster wall-mount models also include an integrated deadbolt that locks the door in the track. Q: Do I need battery backup on a garage door opener in Texas? A: It is one of the better small upgrades available in North Texas. Grid strain in summer, ice storms in winter and storm cells in spring all take neighborhood power down, and an attached garage with a dead opener is a main entrance that stops working with a car locked inside. The manual release is a real fallback, but a heavy insulated double door is a genuine lift and it cannot be secured once opened by hand. Q: How much does garage door opener installation cost in Dallas-Fort Worth? A: Opener installation in DFW runs $150 to $350 for the installation itself on an existing door, and $100 to $300 to connect an opener to a newly installed door. The opener unit is priced separately and varies by drive type, horsepower and features such as battery backup, myQ and a built-in camera. We show the unit price and the labor as separate lines before we start. Q: Should I repair or replace my garage door opener? A: Repair when the fault is a sensor alignment, a dirty lens, a broken low-voltage wire, a dead remote, a failed wall console, a stripped gear on a serviceable unit, or a loose chain or belt. Replace when the motor is past 15 years, the logic board is obsolete, the unit predates rolling codes or working photo eyes, or the opener burned out running against a broken spring. Check door balance first, because an unbalanced door kills openers. Q: What brands of garage door openers do you install? A: We install and service LiftMaster and Chamberlain openers throughout DFW. Both come from the same manufacturer. Chamberlain is the retail line and LiftMaster is the professional dealer line, generally built with heavier gearboxes and parts that can be replaced individually instead of replacing the whole head unit. We stock LiftMaster parts on the trucks, and we will also install a customer-supplied opener and set it up correctly. --- ## Garage Door Installation in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation Service type: Garage Door Installation Garage door installation in Dallas-Fort Worth typically runs $2,000 to $10,000 or more for a single door and $3,500 to $20,000 or more for a double, with the average DFW double-door job landing near $4,500. That range is wide because material, insulation, glass, hardware and wind rating each move the number, and this page explains exactly how. Professional Garage Concepts has installed residential doors across the Metroplex since 2001. We carry 532 Google reviews at 4.8 stars, our technicians are IDA certified, and we run two showrooms where you can compare a 24 gauge steel panel against a cedar overlay against a full-view aluminum frame before you commit to any of them. Most residential installs are a single-day job. The old door comes down, the new sections, track, springs and hardware go up, the opener is reconnected and tuned, and the old door and metal leave on our truck. Call (817) 381-6173 or come measure options in Keller or Grand Prairie. ### How Much Does a New Garage Door Cost in Dallas-Fort Worth? A new garage door installed in DFW costs $2,000 to $10,000 or more for a standard single-car door and $3,500 to $20,000 or more for a double. The typical double-door job in this market runs about $4,500 installed. Insulation adds $500 to $1,000 for a polystyrene core and $1,000 or more for polyurethane. Connecting an existing opener to a new door adds $100 to $300, and a new opener is $150 to $350. What drives the spread is not markup, it is construction. A single-layer 25 gauge steel door with no windows and standard track sits at the bottom. A three-layer insulated steel carriage house door with decorative hardware and four windows sits in the middle. A stain-grade cedar door with custom arch top, wrought iron hardware and a wind-load rating sits at the top, and those genuinely cost what they cost because the material and the labor are different. Budget for the whole opening, not just the slab. Springs sized for the new door weight, new rollers, new hinges, new bottom seal and new track are part of a correct installation. A quote that reuses 15-year-old springs on a heavier insulated door is not a bargain, it is a callback with a broken spring inside two years. - Single door, non-insulated steel: roughly $2,000 to $3,000 installed - Double door, two-layer insulated steel: roughly $3,500 to $6,000 installed - Double door, insulated carriage house with windows and hardware: roughly $6,000 to $10,000 - Custom wood, full-view glass or oversized doors: $10,000 to $20,000 and up - Add $500 to $1,000 for polystyrene insulation, $1,000+ for polyurethane ### The Material Ladder: Steel, Composite, Wood, Aluminum and Glass Five materials cover nearly every residential door sold in North Texas. They are not better and worse, they are different trades between price, weight, maintenance and how the door looks from the curb. Steel is roughly 85 percent of what we install in DFW, and for good reason. It is dimensionally stable in heat, it takes a baked-on finish that survives Texas sun, it accepts insulation cores, and it is the only material available at every price point. Gauge matters: 24 gauge steel is thicker and more dent resistant than 25, which is thicker than 26. Layer count matters more: single-layer is one steel skin, two-layer adds an insulation core, three-layer adds a second steel skin behind the insulation and roughly doubles the panel's stiffness. Faux-wood composite gives you the look of stained cedar with a factory finish that does not need refinishing. From the street at 30 feet almost nobody can tell. Real wood, usually cedar or mahogany, is unmatched in depth and grain and is the correct choice on a Tudor, a Spanish colonial or a high-end custom home, but it needs refinishing on a schedule in this climate. Aluminum with glass, the full-view door, is the contemporary and modern-farmhouse answer and it is also what you want on a garage you use as a gym or a bar, because it brings in daylight. - Steel: best value, best heat stability, widest price range, dent resistance set by gauge and layer count - Faux-wood composite: wood look without the refinishing cycle, no warping in 120F garages - Cedar and mahogany: the real thing, highest visual quality, needs staining every few years in Texas sun - Aluminum and glass: contemporary look, maximum daylight, lightest weight, least insulation - Vinyl and fiberglass: available, rare in this market, mostly for coastal or high-dent applications ### Insulation: What R-Value Buys You in a Texas Garage Insulation is the single upgrade DFW homeowners most often skip and most often regret. An uninsulated steel door is one thin sheet of metal facing west into a 105F afternoon. It absorbs that heat and radiates it into the garage, which is why an uninsulated North Texas garage routinely reads 120F or higher on a summer afternoon while the outside air is 15 degrees cooler. Two core types dominate. Polystyrene is a rigid foam board cut and fitted into the panel, typically landing a door in the R-6 to R-9 range, and it adds $500 to $1,000 to the job. Polyurethane is injected as a liquid that expands and bonds to both steel skins, typically reaching R-12 to R-18, and it adds $1,000 or more. Polyurethane also stiffens the panel considerably and it is much quieter, because the foam bond kills the drum effect that makes a hollow steel door boom. Who should pay for it: anyone with an attached garage, anyone whose water heater or HVAC air handler lives in the garage, anyone with a room over the garage, and anyone who uses the space for anything other than parking. Who can skip it: a detached, unused garage on the north side of the house. - Single layer, no insulation: no meaningful R-value, loudest operation - Two-layer polystyrene: roughly R-6 to R-9, adds $500 to $1,000 - Three-layer polyurethane: roughly R-12 to R-18, adds $1,000 or more, quietest and stiffest - A new bottom seal and perimeter weatherstrip matter as much as the core on an older, out-of-square opening ### Wind Rating: Why It Belongs on a North Texas Spec Sheet Garage doors are the largest opening in most houses and the most common structural failure point in a windstorm. When a door blows in, the pressure inside the house spikes and the roof becomes the next thing to leave. That is not a coastal-only problem. North Texas sits in a severe convective wind and hail corridor, and 70 to 80 mph straight-line gusts off a spring squall line are a normal Metroplex event. A wind-rated door is not simply a thicker panel. It is an engineered system: reinforced struts across each section, heavier gauge steel, upgraded end hinges and rollers, a stronger track, and additional jamb fastening into the framing. Manufacturers publish design pressure ratings for each door and size, because a 16-foot double door sees far more load than an 8-foot single. Check your city and HOA first. Wind-load requirements in Texas are set locally and they vary across the Metroplex. If you are replacing a door on a home built to a wind-load spec, the replacement generally has to meet it. We pull the manufacturer's rating for your exact door width and confirm it before we order. - Reinforcing struts on every section, not just the top - Heavier end hinges, rollers and track for the added load - Additional jamb anchoring into structural framing - Manufacturer design pressure ratings quoted for your specific door size - Wind-rated construction also stiffens the door against hail flexing ### Measuring, Headroom and Track Options Standard residential openings in DFW are 8x7 and 9x7 for singles and 16x7 and 18x7 for doubles, with 8-foot-tall doors increasingly common in newer builds and in garages that hold a full-size truck. None of that is assumed. We measure the rough opening width and height, the headroom above the opening, the sideroom on each jamb, and the backroom to the rear wall before quoting. Standard lift track needs roughly 12 inches of headroom for a torsion system. Low headroom track brings that down to about 4.5 inches using a double horizontal track, which is what saves a garage with ductwork or a low ceiling. High lift raises the door further up the wall before it turns horizontal, which is what you need over a car lift or when you want the door out of the way of overhead storage. Vertical lift is a commercial configuration for tall openings. If your opening has moved, we will find it during measurement. The expansive clay under most of DFW shifts slabs and racks framing over time, and an opening that is out of square by half an inch changes how the door seals and how the track has to be shimmed. That gets corrected during installation, not discovered afterward. - Common DFW sizes: 8x7, 9x7, 16x7, 18x7, plus 8-foot-tall variants - Standard lift: about 12 inches of headroom - Low headroom: about 4.5 inches with double track - High lift: for car lifts, overhead storage and taller ceilings - Sideroom of roughly 3.75 to 6 inches per jamb, backroom of door height plus about 18 inches ### What a One-Day Garage Door Installation Actually Looks Like A standard single-door replacement takes three to four hours. A standard double takes four to six. Two doors in one visit is a full day. Those numbers assume a straightforward opening, and we tell you in advance if yours is not. The order of operations matters, and the part homeowners rarely see is spring sizing. Springs are matched to the finished weight of the new door. A three-layer polyurethane insulated door can weigh 80 pounds more than the single-layer door it replaced, and springs sized for the old weight will fail early and leave the door dangerous to lift by hand. New door means new springs, correctly calculated, every time. - You do not need to be home the whole time, but you do need the garage emptied to about eight feet back from the opening - Power at the opening for the opener reconnection - Cars out of the garage and off the apron in front of the door ### We Haul the Old Door Away Removal and disposal of the old door, track, springs and hardware is included in every installation we quote. It leaves on our truck the same day. You are not left with 300 pounds of scored steel sections leaning against the side of the house waiting for a bulk pickup that your city may not do. This is worth confirming with any contractor you quote. Some installers price removal separately, and a few leave the debris. Sectional steel is heavy, the edges are sharp, and a garage door under spring tension is genuinely dangerous to dismantle without the right tools. It is not a DIY teardown. ### Openers, Smart Control and Accessories A new door is the right moment to deal with the opener. Reconnecting a working opener to a new door costs $100 to $300 and includes resetting travel limits, force settings and photo-eye alignment for the new door weight. A new opener installed is $150 to $350. We install LiftMaster and Chamberlain. For an attached garage with living space above or beside it, a belt drive or a wall-mount jackshaft unit is worth the difference, because a chain drive on a shared wall is audible in the room above. Wall-mount units also clear the ceiling entirely, which pairs with high lift track when you want overhead storage or a car lift. Useful add-ons while the crew is already there: a keypad on the exterior jamb, a battery backup so the door opens during an outage, smart phone control, and an insulated bottom seal sized to a slab that is no longer perfectly flat. - Belt drive for attached garages and bedrooms over the garage - Wall-mount jackshaft to free the ceiling for storage or a lift - Battery backup for storm-season outages - Exterior keypad, remotes and phone control setup included in the install ### Installation Day, Step by Step 1. Measure and confirm the order. We measure the rough opening, headroom, sideroom and backroom, then confirm size, material, insulation core, glass, hardware and wind rating. Nothing is ordered from an estimate. Standard steel doors typically arrive in one to three weeks, custom and wood run longer. 2. Old door and hardware come out. The crew releases spring tension safely, removes the sections top down, then pulls the old track, brackets, springs, cables and hardware. Everything is loaded on our truck for disposal. This is the point where any damage to the jamb or a racked opening becomes visible. 3. Track, jambs and hardware go up. New vertical and horizontal track is fastened to the jambs and structure, shimmed square and plumb to the actual opening rather than to the assumption of a square one. On wind-rated doors this includes the additional jamb anchoring the rating requires. 4. Sections stacked, springs sized and wound. Sections go in bottom to top with new hinges, rollers and struts. The torsion springs are calculated to the finished weight of the new door, mounted on the shaft, and wound to spec. This is the step that determines whether the door lasts a decade or two years. 5. Opener reconnected and tuned. The opener is reattached, travel limits are set for the new door height, force settings are dialed to the new weight, and the photo-eye safety sensors are aligned and tested. Remotes, keypad and phone control are programmed before we leave. 6. Balance test and walkthrough. We disconnect the opener and lift the door by hand to confirm it holds at waist height, which is how a correctly balanced door behaves. Then we cycle it under power with you watching, show you the manual release, and clean up. The old door is already gone. ### New Garage Door Pricing in DFW These are honest DFW installed ranges and not a firm quote. Door size, insulation core, glass, hardware, wind rating and opening condition all move the number, and you get a written price before anything is ordered. - Standard steel: $2,000 to $4,000 installed. Rental property, detached garage, or a straightforward like-for-like replacement - Insulated steel, typical DFW double: About $4,500 installed. Most attached DFW garages, this is the market's center of gravity - Insulated carriage house with glass and hardware: $6,000 to $10,000 installed. Curb appeal on a home where the garage faces the street - Custom wood, full-view glass or oversized: $10,000 to $20,000+ installed. Custom homes, architectural matching, oversized and tall openings ### Questions and answers Q: How much does a new garage door cost in Dallas-Fort Worth? A: A new garage door installed in DFW costs $2,000 to $10,000 or more for a single door and $3,500 to $20,000 or more for a double, with the typical DFW double-door job landing near $4,500. Insulation adds $500 to $1,000 for polystyrene or $1,000 and up for polyurethane. Material, glass, hardware and wind rating drive the rest. Q: How long does garage door installation take? A: A single-door replacement takes three to four hours and a standard double takes four to six hours, so nearly every residential installation finishes in one day. Two doors at one house is a full day. Custom, oversized and wind-rated doors can take longer because of the additional bracing and jamb anchoring involved. Q: Do you haul away the old garage door? A: Yes, removal and disposal of the old door, track, springs, cables and hardware is included in every installation we quote, and all of it leaves on our truck the same day. Confirm this with any contractor you compare, because some price removal separately and a few leave the debris on site. Q: Do I need new springs when I get a new garage door? A: Yes, new springs are part of every correct installation, because springs are sized to the finished weight of the specific door and a new insulated door can weigh 80 pounds more than the single-layer door it replaced. Reusing old springs leaves the door out of balance, overloads the opener, and typically causes a failure within a year or two. Q: What garage door brands do you install? A: We install Amarr residential garage doors across their traditional steel, carriage house and full-view aluminum lines, paired with LiftMaster and Chamberlain openers, and we keep real Amarr sections and hardware in both showrooms. Amarr also offers wind-load rated WindStorm configurations and a pinch-resistant panel design, both of which matter in North Texas. Q: Do I need a wind-rated garage door in North Texas? A: Check your city code and HOA first, because wind-load requirements in Texas are adopted locally and vary across the Metroplex, and a home originally built to a wind-load spec generally needs a replacement door that meets it. Wind-rated construction is worth considering regardless, since the garage door is the largest opening in the house. Q: Is an insulated garage door worth it in Texas heat? A: Yes for any attached garage, any garage holding a water heater or air handler, and any garage with living space above it, because an uninsulated steel door absorbs afternoon sun and radiates it inward, which is why DFW garages routinely pass 120F in August. Polyurethane cores also cut door noise substantially. Q: Can I keep my existing garage door opener? A: Usually yes, if the opener is under about ten years old and the drive is sound. Connecting an existing opener to a new door costs $100 to $300 and includes resetting travel limits, force settings and safety sensor alignment for the new door weight. A new opener installed runs $150 to $350. Q: How long does it take to get a new garage door delivered? A: Standard steel garage doors in common sizes typically arrive within one to three weeks of order, while custom sizes, wood doors, specialty glass and wind-rated configurations commonly run six to twelve weeks because they are built to order. We confirm the lead time in writing before you pay a deposit. Q: What do I need to do before installation day? A: Clear the garage to about eight feet back from the opening, move all vehicles out of the garage and off the driveway apron, and make sure there is working power at the opener. You do not need to be present the whole time, but plan to be there for the final walkthrough and balance test. --- ## Custom Garage Doors in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/custom-garage-doors Service type: Custom Garage Door Installation A custom garage door is one built to your opening and your house rather than pulled from a catalog of standard sizes and finishes. That covers custom widths and heights, arch and radius tops, real wood species, specialty glass, applied overlays, hand-forged hardware and color matching to your trim, brick or stone. On most DFW homes the garage door occupies a quarter to a third of what you see from the street. It is the single largest exterior surface a homeowner can change, and on a custom door the difference between right and almost-right is visible from the sidewalk for the next 25 years. Professional Garage Concepts has been building and installing custom doors across the Metroplex since 2001. We carry 532 Google reviews at 4.8 stars and our technicians are IDA certified. The part that matters most for this purchase is simpler than any of that: we have two showrooms, at 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie, where the material is on the floor and you can look at it. ### Come See It. This Is the Purchase That Most Needs a Showroom. Every garage door company ranking in this market is a truck. The largest national franchise in DFW sells new doors through an online visualizer, because a visualizer is what you build when you have nowhere to send the customer. A rendering flattens grain, compresses texture, and lies about color under every light except the one it was rendered in. What you can do in our showrooms and nowhere else in this transaction: hold a cedar sample against a faux-wood composite panel and decide at what distance the difference stops mattering. See obscure, seeded, frosted and tinted glass under real daylight rather than on a backlit screen. Feel the weight difference between a two-layer and a three-layer panel. Compare a black powder-coated hardware set against an oil-rubbed bronze against a hand-forged spade strap, on the actual door face, not on a swatch card. Bring three things: photos of your house from the street, a rough width and height of the opening, and any HOA architectural guidelines you have. An hour in the showroom settles decisions that take three weeks over email. - Keller showroom: 220 N Main Street, Suite A, Keller, TX 76248 - Grand Prairie showroom: 801 Greenview Dr, Grand Prairie, TX 75050 - Full door sections, glass, stain and hardware samples on the floor - Bring exterior photos, rough opening dimensions and HOA guidelines ### The Design Consultation: What We Work Through A custom door starts with the house, not the door. We look at the roof pitch, the window mullion pattern, the trim color, the masonry, and the proportion of the opening. Then we work backward to a door that belongs on that elevation. The conversation covers five decisions. Panel design, meaning raised panel, flush, recessed, carriage style with applied overlay, or full-view frame. Material, which sets the ceiling on everything else. Glass, both where it sits in the door and how much you can see through it. Hardware, which is where a good design turns into a great one or a costume. And finish, which on a stained wood door is a sample process and on a steel or aluminum door is a color match. We also talk about what you are not going to do. Two decorative handles and three strap hinges on a door with no other carriage detailing reads as an add-on kit. A 16-foot double door with a single row of small square windows can look like an office building. Restraint is cheaper than regret. - Panel design: raised, flush, recessed, carriage overlay, or full-view - Material and construction layers - Glass placement, glazing type and privacy level - Hardware scale, finish and whether it is decorative or functional - Stain or paint color matched to trim, brick, stone and the front door ### Matching the Architecture DFW Actually Builds North Texas neighborhoods are not architecturally uniform, and the right custom door in Southlake is the wrong one in Highland Park. Modern farmhouse, which is most of what has gone up in Frisco, Prosper, Southlake and Colleyville over the last decade, wants a clean board-and-batten or flush overlay door in white, black or a soft greige, with either no glass or a top row of square lites. Traditional and Tudor homes across Fort Worth's older neighborhoods want depth: stained wood or a wood-look composite, arched top sections, and hand-forged hardware with real proportion. Spanish and Mediterranean homes want plank detail, an arched or radius top, and iron speakeasy detailing. Contemporary and mid-century homes want a full-view aluminum frame with frosted or tinted glass, in anodized aluminum or a powder-coated color, with the frame width chosen to echo the window mullions. On ranch and transitional homes with a wide double opening, proportion is the whole job. A 16 or 18-foot door is a large flat plane, and the panel layout, overlay spacing and window placement are what break it up so it reads as architecture instead of a wall. - Modern farmhouse: flush or board-and-batten overlay, black or white, top-row square lites - Tudor and traditional: stained wood or wood-look composite, arch top, forged hardware - Spanish and Mediterranean: plank detail, radius top, iron speakeasy accents - Contemporary: full-view aluminum with frosted, tinted or clear glass - Wide ranch openings: overlay spacing and window placement to break the plane ### Hardware and Glass: Where a Custom Door Earns the Money Hardware is the cheapest upgrade with the largest visual return, and it is also the easiest thing to get wrong. Scale is the rule. On a 7-foot door, a strap hinge under 15 inches disappears and one over 30 inches looks cartoonish. Finish should relate to something else on the house, typically the front door hardware, the coach lights or the window frames. Options run from stamped powder-coated steel through cast to genuinely hand-forged iron, and the price spread across those is real. Glass is a functional decision disguised as an aesthetic one. Clear glass in a garage means everyone sees your garage. Obscure, seeded, frosted, satin-etched and reeded glazing all pass daylight while hiding contents, and each has a different visual character. On a full-view aluminum door you are choosing the entire face of the door, so the glazing decision is the design. In North Texas, ask about insulated glass units and impact-resistant glazing. Single-pane glass in a west-facing full-view door turns a garage into a solar oven, and this is a hail market. Insulated glass adds cost and weight, both of which we account for in spring sizing. - Strap hinges, handles, clavos, ring pulls and speakeasy grilles - Powder-coated steel, cast, or hand-forged iron - Glazing: clear, obscure, seeded, frosted, satin-etched, reeded and tinted - Insulated glass units for west and south-facing openings - Impact-resistant glazing options for hail exposure ### Lead Times, Deposits and Realistic Scheduling Custom doors are built to order. Standard steel doors in stock sizes arrive in one to three weeks. A custom-sized steel or composite door with applied overlays and specialty glass generally runs four to eight weeks. Real wood doors, arch tops, hand-forged hardware and full-view aluminum in a custom powder-coat color commonly run eight to twelve weeks, and a genuinely bespoke wood door can run longer. Stain approval adds time on wood, and it should. Cedar and mahogany take stain differently from board to board, so we sample the actual species and finish combination before the door is finished. Approving a stain from a chip and discovering the difference on installation day is not a fixable mistake. We take a deposit at order because the door is manufactured for your opening and cannot be resold. You get the lead time in writing before the deposit. If you have a hard date, a closing, a party, an HOA deadline, tell us at the consultation and we will tell you honestly whether the design you want fits the calendar. - Custom-size steel or composite with overlays: four to eight weeks - Real wood, arch tops, custom aluminum finishes: eight to twelve weeks or more - Stain samples approved on the actual species before finishing - Written lead time before any deposit - Installation itself is still typically one day ### How a Custom Door Gets Built 1. Showroom consultation. Come to Keller or Grand Prairie with photos of the house and rough opening dimensions. We walk through panel design, material, glass, hardware and finish against the actual samples, and narrow it to two or three real options. 2. Field measure. We measure the rough opening, headroom, sideroom and backroom at your house, and check whether the opening is square. Custom doors are built to the measured opening, so this step happens before anything is ordered. 3. Drawing and finish approval. You approve a drawing showing panel layout, overlay spacing, window placement and hardware positions, plus a physical stain or color sample on the actual material. Nothing goes to the manufacturer until both are signed off. 4. Build and lead time. The door is manufactured to your specification. We track the build and keep you updated on the ship date rather than making you chase it. Hardware and glass arrive with the door. 5. Installation day. Old door and hardware come out and leave on our truck. New track is shimmed to the actual opening, sections are stacked with new hinges, rollers and struts, and springs are calculated to the finished weight of the custom door, which is often far heavier than what it replaced. 6. Balance, tuning and walkthrough. We hand-balance the door, set opener travel and force to the new weight, align the safety sensors, and cycle it with you watching. On wood doors we also review the refinishing schedule so you know what year two looks like. ### What Custom Garage Doors Cost in Dallas-Fort Worth Custom pricing depends on size, species, glazing and hardware, so treat these as honest bands rather than a quote. Every custom door is priced in writing after a field measure. - Custom-detailed steel or composite: $5,000 to $9,000 installed. Modern farmhouse and transitional homes wanting a designed door without wood maintenance - Full-view aluminum and glass: $7,000 to $15,000 installed. Contemporary homes and garages used as gyms, shops or entertaining space - Custom wood and architectural: $10,000 to $20,000+ installed. Tudor, Spanish, Mediterranean and high-end custom homes ### Questions and answers Q: How much do custom garage doors cost in Dallas? A: Custom garage doors in Dallas-Fort Worth generally run $5,000 to $20,000 or more installed, with custom-detailed steel and composite doors landing around $5,000 to $9,000, full-view aluminum and glass at $7,000 to $15,000, and real wood or architectural doors starting near $10,000. Size, glazing and hardware drive the spread. Q: How long does a custom garage door take to build? A: Plan on four to eight weeks for a custom-size steel or composite door with overlays and specialty glass, and eight to twelve weeks or more for real wood, arch tops and custom aluminum finishes. Installation itself is still usually one day. We put the lead time in writing before taking a deposit. Q: What counts as a custom garage door? A: A custom garage door is built to your specific opening and design rather than pulled from stock sizes and finishes, which covers non-standard widths and heights, arch or radius tops, real wood species, specialty glazing, applied overlay patterns, hand-forged hardware, and paint or stain matched to your trim, brick or stone. Q: Can you match my garage door to my house? A: Yes, and that is the whole point of the design consultation. We work from photos of your elevation and match panel proportion to your window pattern, hardware finish to your front door and coach lights, and color or stain to your trim, brick or stone. Bring HOA architectural guidelines if your neighborhood has them. Q: Do I have to visit a showroom to order a custom door? A: You do not have to visit a showroom, but you should, because renderings flatten grain, compress texture and misrepresent color, and those are the three things a custom door is bought on. Our Keller and Grand Prairie showrooms carry real sections, glass, stain and hardware samples on the floor. Q: Are custom garage doors heavier, and does that matter? A: Yes, a custom wood or insulated glass door can weigh several hundred pounds more than the door it replaces, so torsion springs are recalculated to the finished weight and the opener is often upsized. Reusing existing springs on a heavier custom door causes early failure and leaves the door unsafe to lift by hand. Q: Can a custom garage door be insulated? A: Yes, custom steel and composite doors are built with polystyrene or polyurethane cores in the R-6 to R-18 range, wood doors can be built over an insulated core, and full-view aluminum doors accept insulated glass units. In North Texas this matters most on west and south-facing openings where garages pass 120F. Q: Will my HOA approve a custom garage door? A: Most DFW homeowner associations approve custom garage doors that respect the neighborhood's architectural guidelines, and many actively prefer an upgraded door over a builder-grade one. Bring your guidelines to the consultation so we design within them, and we provide the drawing and specification your architectural review committee will ask for. --- ## Wood Garage Doors in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/wood-garage-doors Service type: Wood Garage Door Installation Wood garage doors in DFW come down to two real choices: genuine wood, usually western red cedar or mahogany, and faux-wood composite that reproduces the look with a factory finish. Real wood has depth and grain that no printed or embossed surface matches. Composite never needs refinishing. The deciding factor in this market is sun exposure. A south or west-facing wood door in Dallas-Fort Worth takes direct UV for six or seven hours a day, plus surface temperatures that can pass 140F on a dark stain in August, plus a humidity swing from a dry 15 percent afternoon to a saturated May storm. That combination breaks down finish faster than almost any climate in the country. A north-facing door under a deep overhang is a different conversation entirely. We have sold and serviced both since 2001, from two DFW showrooms, with 532 Google reviews at 4.8 stars. This page gives you the trade honestly, including the parts that argue against the more expensive product. ### Cedar and Mahogany: What Each One Is Good At Western red cedar is the default for wood garage doors in Texas and it deserves to be. It is dimensionally stable, meaning it moves less with humidity than most species, it is naturally resistant to rot and insects, and it is light enough that a large cedar door does not become a spring-sizing problem. Its grain takes stain beautifully and it looks correct on Tudor, craftsman, ranch and modern farmhouse homes. Clear vertical grain cedar is the premium grade, knotty cedar reads more rustic and costs less. Mahogany is denser, harder and darker, with a tighter and more uniform grain. It resists denting better than cedar, it holds a rich finish that suits Spanish, Mediterranean and formal traditional homes, and it is the species most often specified on genuinely high-end custom doors. It is also heavier and more expensive, and the weight is a real engineering input on a 16 or 18-foot door. Both are typically built as a stile-and-rail door with floating panels, which lets the wood expand and contract without splitting. That construction is why a well-built wood door survives Texas humidity swings and a cheaply glued one does not. - Western red cedar: stable, rot and insect resistant, lighter, takes stain well, most common in DFW - Clear vertical grain cedar for a refined look, knotty cedar for a rustic one - Mahogany: denser, harder, darker, better dent resistance, higher cost and weight - Stile-and-rail construction with floating panels handles seasonal movement - Both accept arch tops, custom overlays and forged hardware ### The Honest Version: What Texas Sun Does to a Wood Door This is the part most contractors skip. Wood is an organic material sitting outdoors in one of the harder UV environments in the United States, and it needs a maintenance schedule the way a deck does. On a south or west-facing DFW opening with no overhang, expect to reapply the finish every two to three years. A north-facing door, or one shaded by a deep porch or a mature tree, commonly goes four to six years. Ignore the schedule and the sequence is predictable: the finish dulls, then it chalks, then UV reaches the wood fibers and the surface grays, then water gets in at the joints and the bottom rail, and now you are stripping and sanding rather than recoating. A door that has been maintained is refinished. A door that has been neglected is restored, and restoration costs several times more. The bottom section takes the worst of it, because it collects splash-back from the driveway and sits against a slab that holds heat. On every wood door we install we specify a proper bottom seal and we look hard at whether the driveway drains away from the opening. None of that means do not buy wood. It means buy wood with your eyes open, and budget for the finish cycle the same way you budget for exterior paint. - South and west exposure: refinish every two to three years - North exposure or deep overhang: every four to six years - Dark stains absorb more heat and generally need attention sooner - Bottom rail fails first from driveway splash-back and slab heat - Maintained doors get recoated, neglected doors get stripped and sanded ### Faux-Wood Composite: When It Is the Smarter Buy Faux-wood composite doors use a molded or overlaid surface that reproduces cedar grain over a steel or composite core with a factory-applied finish. Modern versions are convincing. At the distance people actually look at a garage door, which is from the street, roughly 30 to 60 feet, most homeowners cannot pick the real one out of a lineup. What you gain: no refinishing cycle, no graying, no warping, no swelling at the joints, and a factory finish engineered for UV. What you give up: at three feet, real wood has depth in the grain and a variation from board to board that a repeating molded pattern does not have. If you park in your garage every day and walk past the door, you will know. We recommend composite for west and south-facing openings on homes where nobody is going to keep up a two-year refinishing schedule, for rental and investment properties, and for HOAs that want a uniform look. We recommend real wood where the door is a design feature on a custom home, where the exposure is favorable, and where the owner genuinely wants the material and will maintain it. Come look at both side by side in Keller or Grand Prairie. Ten minutes with the two samples settles this question better than any amount of reading. - Composite: factory UV finish, no refinishing, no warping, stable in 120F garages - Real wood: greater grain depth and board-to-board variation up close - Composite typically costs less than genuine wood and more than plain steel - Best composite candidates: west and south exposure, rentals, hands-off owners - Best real wood candidates: custom homes, shaded or north-facing openings, owners who will maintain it ### Insulated Wood Doors and Weight Solid wood is a mediocre insulator, roughly R-2 to R-3 for a typical stile-and-rail door, which is better than bare single-layer steel and well short of a modern insulated door. For an attached DFW garage that matters. There are two ways to get both. An insulated wood-overlay door uses an insulated steel or composite core with real wood cladding applied to the face, which gets you polystyrene or polyurethane insulation in the R-9 to R-18 range with a genuine wood exterior. Alternatively a true wood door can be built with insulation set into the panel cavities, which raises the R-value while keeping full wood construction, at a weight and cost penalty. Weight is the engineering consequence. A large insulated wood door can run several hundred pounds heavier than the steel door it replaces. Torsion springs are calculated to the finished weight, not estimated, and the opener is frequently upsized or changed to a wall-mount jackshaft unit that handles heavy doors better. Any installer who quotes a wood door without discussing spring sizing is quoting a future service call. - Solid stile-and-rail wood: roughly R-2 to R-3 - Wood-overlay on insulated core: roughly R-9 to R-18 with a real wood face - Insulated panel cavities on a true wood door: higher R-value, higher weight - Springs calculated to finished door weight, never carried over - Wall-mount jackshaft openers handle heavy wood doors well and free the ceiling ### Staining, Refinishing and Keeping It Right A wood garage door finish is a system, not a can of stain. Most quality wood doors leave the factory with a penetrating stain plus a UV-inhibiting clear topcoat, or a marine-grade spar varnish system, applied on all six sides including the top and bottom edges. Sealing all six sides is what keeps moisture from entering end grain and swelling the door. Maintenance recoating is straightforward when it is done on time. Clean the door, scuff the existing topcoat lightly, and apply a fresh maintenance coat. That is a weekend job on a single door and it resets the clock. Waiting until the wood has grayed means stripping to bare wood, sanding, restaining and rebuilding the topcoat, which is a different scale of work and cost. Two North Texas specifics. Check the bottom rail and the lower few inches every spring, because that is where driveway splash and slab heat do their damage first. And after a hail event, look at the finish rather than just the wood. Hail can break the topcoat film without visibly denting the door, and a broken film lets UV and water in. - Factory finish should seal all six sides including top and bottom edges - On-time maintenance recoat: clean, scuff, one coat - Neglected door: strip, sand, restain, rebuild topcoat - Inspect the bottom rail every spring - Check the finish film after hail even when the wood looks fine ### Wood Garage Door Pricing in DFW Species, grade, size, insulation and hardware move these numbers considerably, so treat them as bands. Every door is priced in writing after a field measure. - Faux-wood composite: $4,000 to $8,000 installed. West and south-facing openings, rentals, and owners who do not want a refinishing schedule - Cedar: $8,000 to $15,000 installed. Custom homes wanting genuine wood at a workable weight and cost - Mahogany and architectural wood: $12,000 to $20,000+ installed. Spanish, Mediterranean and formal traditional homes, and oversized openings ### Questions and answers Q: How much do wood garage doors cost in Dallas? A: Wood garage doors in Dallas-Fort Worth generally run $8,000 to $20,000 or more installed for genuine cedar or mahogany, while faux-wood composite doors that reproduce the look land around $4,000 to $8,000. Species, grade, door size, insulation and hardware drive the range. Every door is priced after a field measure. Q: How often do wood garage doors need refinishing in Texas? A: Plan on refinishing a south or west-facing wood garage door in DFW every two to three years, and a north-facing or well-shaded door every four to six years. Texas UV and surface temperatures past 140F break down finish faster than most climates. On-time recoating is a weekend job, while a neglected door needs stripping and sanding. Q: Is a real wood garage door a bad idea in Texas heat? A: No, but it is a commitment. A properly built cedar or mahogany door with a six-sided factory finish holds up well in North Texas as long as the finish is maintained on schedule. If nobody at the house will keep a two to three year refinishing cycle on a west-facing door, faux-wood composite is the better buy. Q: Can you tell the difference between faux wood and real wood? A: From the street at 30 to 60 feet, most people cannot tell a good composite door from real cedar, but at three feet the difference is clear, because real wood has grain depth and board-to-board variation that a repeating molded pattern lacks. Compare the two side by side in our showrooms. Q: Which wood is best for a garage door, cedar or mahogany? A: Western red cedar is the better all-around choice for most DFW homes because it is dimensionally stable, naturally rot and insect resistant, lighter, and takes stain beautifully. Mahogany is denser and harder with better dent resistance and a richer finish, which suits Spanish, Mediterranean and formal traditional homes, at higher cost and weight. Q: Can a wood garage door be insulated? A: Yes, a wood-overlay door applies real wood cladding to an insulated steel or composite core and reaches roughly R-9 to R-18, while a true wood door can be built with insulation set into the panel cavities. Solid stile-and-rail wood alone is only about R-2 to R-3, which is thin for an attached garage. Q: Do wood garage doors warp in North Texas humidity? A: A properly built stile-and-rail wood door with floating panels and a six-sided sealed finish handles the DFW humidity swing without warping, because the panels are free to move within the frame. Warping is a symptom of cheap glued-up construction or a finish that was never sealed on the top and bottom edges. Q: Do heavy wood doors need a different opener? A: Often yes, because a large insulated wood door can weigh several hundred pounds more than the steel door it replaces, so torsion springs are recalculated to the finished weight and the opener is frequently upsized. A wall-mount jackshaft opener handles heavy doors well and clears the ceiling for storage at the same time. --- ## Metal Garage Doors in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/metal Service type: Steel Garage Door Installation Metal garage doors, meaning steel doors, are roughly 85 percent of what gets installed on DFW homes, and for good reason. Steel holds its shape in 120F garage heat, takes a baked-on finish that survives Texas UV, accepts insulation cores, and is available at every price point from a $2,000 single to a $10,000 insulated carriage house. The catch is that steel doors are sold on looks and built on numbers. Two doors that appear identical from the street can differ by a full gauge of steel and two layers of construction, which is the difference between a door that shrugs off a basketball and one that dents when a kid leans a bike against it. Professional Garage Concepts has installed steel doors across the Metroplex since 2001, and we carry 532 Google reviews at 4.8 stars. You can press on a 24 gauge panel and a 25 gauge panel side by side in our Keller and Grand Prairie showrooms, which takes about four seconds and settles the question permanently. ### Steel Gauge: 24 vs 25 vs 26 Gauge measures steel thickness, and the scale runs backward. Lower numbers are thicker. A 24 gauge skin is thicker and stiffer than 25 gauge, which is thicker than 26 gauge. That is the entire rule, and it is the first number to ask any contractor for. Most builder-grade doors on DFW tract homes are 25 or 26 gauge single-layer steel. They are inexpensive and they dent. A basketball, a bike handlebar, a backing trailer hitch or a hail event will leave a mark you cannot undo, because a dent in a single steel skin has nothing behind it to push against. Stepping to 24 gauge costs real money and it buys real stiffness. On a wide 16 or 18-foot double door it matters more than on a single, because a wider panel flexes more across its span. If your door faces the street, gets used daily, or has kids and sports equipment near it, 24 gauge is the spend that keeps paying. - Lower gauge number means thicker steel: 24 is thicker than 25, 25 is thicker than 26 - 26 and 25 gauge: builder grade, lowest cost, dents easily - 24 gauge: noticeably stiffer, better hail and impact performance - Gauge matters more on wide double doors than on singles - Always ask for the gauge in writing, not just the model name ### Single, Double and Triple Layer Construction Layer count changes more about a steel door than gauge does. Single layer is one steel skin and nothing behind it. It has no meaningful insulation value, it is the loudest door to operate, and it is the easiest to dent because the skin is unsupported. Double layer, sometimes called two-layer, adds an insulation core bonded behind the steel skin, typically polystyrene board in the R-6 to R-9 range. The foam supports the skin, so the door is stiffer and quieter as well as warmer. This is the value sweet spot for most DFW garages. Triple layer sandwiches the insulation between a front steel skin and a back steel skin. That back skin does three things: it roughly doubles panel rigidity, it protects the insulation from being gouged by bikes and ladders, and it gives you a finished interior instead of exposed foam. Combined with an injected polyurethane core, a triple-layer door reaches roughly R-12 to R-18, runs noticeably quieter, and resists dents far better than anything below it. For an attached North Texas garage, especially one holding a water heater or sitting under a bedroom, triple layer with polyurethane is the construction worth stretching for. Insulation upgrades add $500 to $1,000 for polystyrene and $1,000 or more for polyurethane. - Single layer: one skin, no insulation, loudest, dents easily - Double layer: polystyrene core, roughly R-6 to R-9, quieter and stiffer - Triple layer: steel back skin, roughly R-12 to R-18 with polyurethane, best dent resistance - Back skin also protects the core from garage damage and finishes the interior - Polyurethane bonds to both skins, which is what kills the hollow drum sound ### Wind Ratings and Dent Resistance in a Hail Market North Texas sits in a severe convective wind and hail corridor. A spring squall line producing 70 to 80 mph straight-line gusts is a normal Metroplex event, not an outlier. The garage door is the largest opening in the house and the most common structural failure point when that pressure hits. Wind-rated steel doors are engineered systems, not just thicker panels. They add reinforcing struts across every section, heavier end hinges and rollers, a stronger track, and additional jamb anchoring into structural framing. Manufacturers publish a design pressure rating for each door in each width, because a 16-foot double door carries far more load than an 8-foot single. Check your city and HOA requirements, because wind-load rules in Texas are set locally and vary across DFW. The same construction helps with hail. A strutted, triple-layer 24 gauge panel flexes less under impact than an unsupported 26 gauge skin, and less flex means fewer visible dents and less cracking of the paint film. Once the paint film cracks, moisture reaches the steel and the door starts working on its own failure. - Reinforcing struts on every section, not just the top - Heavier hinges, rollers and track to carry the load - Extra jamb anchoring into structural framing - Design pressure ratings quoted for your exact door width - Stiffer panels dent less and crack the paint film less in hail ### Finish Durability at 100F and Above A steel garage door in DFW faces a full afternoon of direct sun and surface temperatures well past 140F on a dark color. The finish is what stands between the steel and that. Quality steel doors use hot-dipped galvanized steel with a multi-layer factory finish: a bonding primer, then a baked-on polyester or similar topcoat. Baked-on factory finishes hold color and gloss under Texas UV far longer than a field-applied paint job. Dark colors, especially black and deep bronze, absorb the most heat and are the most likely to show fade over a decade, which is worth knowing before you pick black to match the window frames. Maintenance is genuinely light. Wash the door twice a year with mild soap and water to clear the chalky film and the driveway grit that holds moisture against the finish. Check the bottom section for rust starting at the edges, because the bottom is where splash-back and slab heat do their work. If the finish is chipped down to bare steel, touch it up rather than waiting, because rust perforation at the bottom section is one of the few conditions that make a steel door unrepairable. - Hot-dipped galvanized steel with baked-on factory topcoat - Dark colors absorb the most heat and fade first - Wash twice a year with mild soap and water - Inspect the bottom section for rust at the edges every spring - Touch up chips to bare steel before they perforate ### Metal Garage Door Pricing in DFW These are typical DFW installed ranges rather than a quote, and door size, gauge, layer count and wind rating all move the number. You get a written price before anything is ordered. - Single-layer steel: $2,000 to $3,500 installed. Detached garages, rentals, and straightforward like-for-like replacements - Two-layer insulated steel: $3,500 to $6,000 installed. Most attached DFW garages, the market's most common choice - Three-layer polyurethane, wind-rated available: $6,000 to $10,000 installed. Attached garages under living space, wide double openings, hail exposure ### Questions and answers Q: What steel gauge should a garage door be? A: For a DFW home, 24 gauge steel is the practical standard when dent resistance matters, because gauge runs backward and 24 is thicker than 25 or 26. Builder-grade doors are usually 25 or 26 gauge single layer, which dents from a basketball or a bike. Gauge matters most on wide 16 and 18-foot double doors. Q: What is the difference between single, double and triple layer garage doors? A: Single layer is one steel skin with no insulation, double layer adds a polystyrene core behind the skin for roughly R-6 to R-9, and triple layer sandwiches insulation between front and back steel skins, reaching roughly R-12 to R-18 with polyurethane. Triple layer is the stiffest, quietest and most dent resistant. Q: Do metal garage doors dent easily? A: Single-layer 25 and 26 gauge steel doors dent easily because the skin has nothing behind it, while a 24 gauge triple-layer door with reinforcing struts resists impact far better, since the insulation core and back skin support the face. Dent resistance is set by gauge, layer count and strutting, not by brand. Q: Do I need a wind-rated garage door in North Texas? A: Check your city code and HOA first, because wind-load requirements in Texas are adopted locally and vary across the Metroplex, and a home built to a wind-load spec generally needs a replacement that meets it. Wind-rated construction is worth considering regardless, since spring storm lines here produce 70 to 80 mph gusts. Q: Will a steel garage door fade in Texas sun? A: A quality steel door uses hot-dipped galvanized steel with a baked-on factory topcoat that holds color under Texas UV for many years, though dark colors such as black and deep bronze absorb the most heat and show fade soonest. Washing the door twice a year with mild soap and water extends finish life. Q: How much does a metal garage door cost in DFW? A: Metal garage doors in Dallas-Fort Worth run roughly $2,000 to $3,500 installed for single-layer steel, $3,500 to $6,000 for two-layer insulated, and $6,000 to $10,000 for three-layer polyurethane construction with wind-rated options. Size, gauge, glass and hardware move the number, and removal of the old door is included. --- ## Overhead Garage Doors in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/overhead Service type: Overhead Garage Door Installation An overhead garage door is a sectional door: four to six horizontal panels hinged together that roll up on tracks and park horizontally under the garage ceiling. It is the standard residential door in Dallas-Fort Worth and in nearly all of North America, and when someone says garage door without qualifying it, this is what they mean. What separates a good overhead installation from a mediocre one is rarely the door face. It is the track configuration and whether the installer measured the clearances instead of assuming them. The right track can free your ceiling for a car lift or overhead storage. The wrong one can make a door impossible to fit under existing ductwork. Professional Garage Concepts has measured, ordered and installed sectional overhead doors across DFW since 2001, with 532 Google reviews at 4.8 stars and IDA certified technicians. Call (817) 381-6173 and we will measure your opening before recommending anything. ### How a Sectional Overhead Door Actually Works The door is made of hinged sections with rollers on each end riding in a vertical track beside the opening. That vertical track curves into a horizontal track that runs back under the ceiling. As the door lifts, each section pivots at the hinge and transitions from vertical to horizontal at the curve. The lifting is not done by the opener. It is done by springs. A torsion spring mounted on a shaft above the opening winds up counterweight force, and cables running from the shaft drums to the bottom brackets transfer that force to the door. On a correctly balanced door the springs carry essentially all of the weight, which is why you can lift a 350-pound door by hand when it is disconnected. The opener only supplies the small push needed to overcome friction and start motion. That is why balance is the core of every service call. An out-of-balance door makes the opener do work it was never designed for, and that kills opener gears, wears rollers and cables, and eventually breaks the spring early. Every installation we finish includes a hand-balance test with the opener disconnected: the door should hold position at waist height without drifting up or down. - Hinged sections with end rollers riding vertical and horizontal track - Torsion springs on a shaft above the opening carry the door weight - Cables and drums transfer spring force to the bottom brackets - The opener supplies motion, not lifting force - A balanced door holds at waist height with the opener disconnected ### Track Types: Standard, High Lift, Low Headroom and Vertical Four track configurations cover residential and light commercial work, and the one you can use is decided by the space above and beside the opening. Standard lift is the default. The vertical track curves into horizontal track a short distance above the opening, and the door parks flat against the ceiling. It needs roughly 12 inches of headroom for a torsion system. Low headroom track exists for garages that do not have that. It uses a double horizontal track, one for the top rollers and one for the rest, and drops the headroom requirement to about 4.5 inches. This is what saves a garage with a low ceiling, a header beam, or ductwork running right above the opening. It is a fully standard, reliable configuration, not a compromise. High lift raises the door straight up further before it turns horizontal. The door parks higher on the wall and further from your head, which is the point. Vertical lift takes that to its conclusion: the door travels straight up with no horizontal run at all. Vertical lift is a commercial configuration used on tall openings with plenty of wall above them. - Standard lift: about 12 inches of headroom, door parks under the ceiling - Low headroom: about 4.5 inches with double horizontal track - High lift: door rises further up the wall before turning horizontal - Vertical lift: straight up, no horizontal track, tall commercial openings - Track type also affects opener choice, since high lift usually pairs with a wall-mount jackshaft ### Headroom, Sideroom and Backroom: The Three Measurements Three clearances determine what fits, and we measure all three before quoting anything. Headroom is the distance from the top of the opening to the lowest obstruction on the ceiling, whether that is the deck, a beam, a light or a duct. Sideroom is the flat wall space beside each jamb, and a torsion system typically needs about 3.75 to 6 inches per side for the vertical track and bracket. Backroom is the depth from the opening to the rear wall, and for standard lift it needs to be roughly the door height plus 18 inches so the door has somewhere to go. DFW-specific complication: the expansive Blackland Prairie clay under most of this metroplex moves with moisture, which racks slabs and framing over time. An opening that was square when the house was built can be out by half an inch or more a decade later. That changes how the track has to be shimmed and how the bottom seal contacts the slab. We check for it during measurement, and it gets corrected during installation rather than discovered afterward. If a contractor quotes an overhead door without visiting and measuring, the number is a guess. - Headroom: opening top to the lowest ceiling obstruction - Sideroom: roughly 3.75 to 6 inches of flat wall per jamb - Backroom: about door height plus 18 inches for standard lift - Obstructions to flag: ductwork, beams, lights, pipes and storage racks - Out-of-square openings from clay soil movement are common and correctable ### When High Lift Is Worth Paying For High lift track costs more than standard because it uses longer vertical track, a repositioned torsion shaft, longer cables and different drums. Three situations justify it clearly. A car lift is the strongest case. A two-post or four-post lift needs the ceiling above the vehicle bay clear, and a standard-lift door parked flat under that ceiling is exactly in the way. High lift moves the door up the wall and out of the lift's travel. This is the single most common reason DFW homeowners ask for it. Overhead storage is the second. Ceiling racks are the cheapest storage a garage can have, and standard lift track eats the most useful part of the ceiling, the strip nearest the door. High lift gives that back. The third is a tall garage where the door simply looks and works better higher, often paired with a taller 8-foot door on a truck garage. In all three cases high lift usually pairs with a wall-mount jackshaft opener, which mounts beside the torsion shaft and clears the ceiling entirely. Doing both at once is far cheaper than converting later. - Car lifts: high lift keeps the door out of the lift's travel - Overhead storage racks: reclaims the ceiling strip nearest the door - Tall garages and 8-foot doors on truck bays - Pairs naturally with a wall-mount jackshaft opener - Cheaper to specify at installation than to convert later ### Overhead Garage Door Pricing in DFW These are typical DFW installed ranges rather than a quote, and low headroom, high lift and vertical lift hardware is priced after a field measure because it changes with your actual clearances. - Single sectional door, standard lift: $2,000 to $10,000+ installed. Standard 8x7 and 9x7 openings with about 12 inches of headroom - Double sectional door, standard lift: $3,500 to $20,000+ installed. 16x7 and 18x7 openings, where the typical DFW job lands near $4,500 - Opener work with the door: $100 to $350 installed. Reconnecting a good opener or replacing a worn one at the same visit ### Questions and answers Q: What is an overhead garage door? A: An overhead garage door is a sectional door made of four to six hinged horizontal panels that roll up on tracks and park horizontally under the garage ceiling. It is the standard residential door across Dallas-Fort Worth. Torsion springs above the opening carry the weight, and the opener supplies motion rather than lifting force. Q: How much headroom does a garage door need? A: A standard lift torsion system needs roughly 12 inches of headroom above the opening, while low headroom track using a double horizontal track drops that requirement to about 4.5 inches, which is what makes a door fit under ductwork, a low ceiling or a header beam. We measure before quoting rather than assuming. Q: What is high lift garage door track? A: High lift track raises the door further straight up the wall before it turns horizontal, so it parks higher and further back from the ceiling above your vehicle. It is used for car lifts, overhead storage racks and tall garages. High lift usually pairs with a wall-mount jackshaft opener that clears the ceiling entirely. Q: How much sideroom and backroom does an overhead door need? A: A torsion system typically needs about 3.75 to 6 inches of flat wall on each side of the opening for the vertical track and brackets, plus backroom of roughly the door height plus 18 inches for standard lift. Obstructions like pipes, electrical panels and storage racks change those requirements. Q: Why does my overhead door bind in one corner? A: Binding in one corner usually means the opening has moved rather than the door failing, because the expansive clay soil under most of Dallas-Fort Worth shifts slabs and racks framing over time, pulling an opening out of square. The fix is re-shimming and realigning the track to the opening's current geometry. Q: Can I convert my existing door to high lift? A: Usually yes, if you have enough clear wall height above the opening, though conversion means new longer vertical track, a repositioned torsion shaft, new drums, longer cables and often a wall-mount opener. It costs meaningfully more than specifying high lift on a new door, so decide before installation day. --- ## Roll Up Garage Doors in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/roll-up Service type: Roll Up Door Installation A roll up garage door, also called a coiling door, is built from interlocking horizontal slats that wind around a barrel mounted above the opening rather than sliding back on ceiling tracks. It leaves the entire garage ceiling clear. In Dallas-Fort Worth these show up in three places: light commercial bays and warehouses, alley-facing and detached garages in older Fort Worth and Dallas neighborhoods where headroom is tight, and home workshops where the owner wants the ceiling free for storage, lighting, a lift or a mezzanine. They are less common than sectional overhead doors on suburban tract homes, and that is the correct outcome, because on a standard attached garage a sectional door is usually the better product. Professional Garage Concepts installs and services both. We have worked in DFW since 2001, hold 532 Google reviews at 4.8 stars, and maintain doors for commercial clients including Herzog and Coca-Cola. Call (817) 381-6173 and tell us what the space has to do. ### How a Coiling Door Is Built A roll up door has four main parts. The curtain is the door itself, made of interlocking galvanized steel slats that hinge against each other along their full length. The guides are the vertical channels on each jamb that the curtain rides in. The barrel is a steel tube above the opening holding the counterbalance springs inside it. The hood is the cover that encloses the coiled curtain. Slat profile is the main spec. Flat and curved slat profiles are common on light-duty and residential coiling doors. Heavier commercial doors use thicker gauge slats and can add wind locks, which are end clips that keep the curtain in the guides under wind pressure. Insulated slats exist, built as a steel sandwich with a foam core, and they are worth asking about on any conditioned or west-facing DFW opening because a bare steel curtain radiates heat hard. There is a second, cheaper category worth naming so you are not surprised by a quote. Roll up sheet doors use one continuous corrugated steel curtain rather than individual slats. They cost less and are common on self-storage and utility buildings. They are lighter duty, harder to repair section by section, and generally not what you want on a garage you use daily. - Curtain of interlocking galvanized steel slats - Vertical guides on each jamb, barrel and counterbalance springs above - Hood encloses the coil and keeps weather off it - Insulated slat options for conditioned or sun-exposed openings - Wind locks available on heavier commercial curtains ### Where a Roll Up Door Beats a Sectional The advantage is entirely about what happens above and behind the opening. A sectional door needs horizontal track running back under the ceiling for roughly the height of the door plus 18 inches. A coiling door needs none of that. Everything lives in the barrel and hood directly above the opening. That matters when the ceiling is doing something else. A workshop with overhead storage racks, a garage with a car lift, a bay with pipes, conduit, sprinklers or ductwork crossing the ceiling, or a shallow garage where the back wall is too close for horizontal track. It also matters where headroom above the opening is generous but backroom is not, which is a common shape in older detached and alley-loaded garages across Fort Worth and East Dallas. Coiling doors are also built for cycle volume. Commercial coiling doors are engineered for far more daily openings than a residential sectional, which is why they dominate loading bays, service shops and fleet garages. On a busy shop, that difference shows up as fewer service calls. What they give up: styling and insulation. A coiling door will never look like a carriage house door, and its insulation options are more limited. On a front-facing suburban garage, a sectional door is nearly always the right answer. - No horizontal ceiling track, so the ceiling stays fully usable - Works in shallow garages where backroom is short - Built for higher cycle counts in commercial and shop use - Compact stack: the whole door lives in the barrel above the opening - Trade-off: fewer style options and more limited insulation than sectional ### Headroom, Clearances and What We Measure Roll up doors trade one clearance requirement for another. They need essentially no backroom, but they do need vertical space above the opening for the coil, and the taller the door the larger the coil diameter. On a residential opening that is often a foot or more of clear wall above the header, and it has to be clear of lights, conduit and duct runs. They also need solid structure at the jambs and header, because the guides and barrel brackets carry the whole door load into that framing. On masonry and steel-framed commercial openings this is straightforward. On a wood-framed residential garage we look carefully at the header before committing to a coiling door. Two more North Texas notes. Sun exposure on a bare steel curtain is real, so ask about insulated slats and a light color on any west-facing opening. And a coiling door still needs the same annual attention a sectional does: the guides stay clean and lubricated, the counterbalance inside the barrel gets checked for correct tension, and the bottom bar seal gets inspected where it meets a slab that has probably moved since the building went up. - Vertical clearance above the header for the coil, more on taller doors - Effectively no backroom requirement - Solid header and jamb structure to carry the barrel and guide loads - Insulated slats and lighter colors for west-facing DFW openings - Annual service: guide cleaning, counterbalance tension, bottom seal check ### Roll Up Door Pricing in DFW Coiling doors are priced per opening after a field measure, because slat gauge, curtain width, coil size and structure all change the number. These bands are what comparable DFW door jobs run. - Light-duty residential coiling door: $2,000 to $5,000 installed. Detached, alley-loaded and workshop garages with tight backroom - Insulated or wider residential curtain: $4,000 to $9,000 installed. Conditioned shops, west-facing openings and wider bays - Light commercial coiling door: Quoted per opening after field measure. Service bays, shops, warehouses and fleet garages ### Questions and answers Q: What is a roll up garage door? A: A roll up garage door, also called a coiling door, is built from interlocking steel slats that wind around a barrel mounted above the opening instead of running back on ceiling tracks. It leaves the entire garage ceiling clear, which is why it is common in workshops, alley garages and light commercial bays. Q: Are roll up doors better than sectional garage doors? A: Neither is better overall. A roll up door wins when the ceiling or the backroom is needed for something else, such as a car lift, storage racks, ductwork or a shallow garage, while a sectional overhead door wins on a standard attached suburban garage because it offers far more styling and better insulation. Q: Can you install a roll up door on a house? A: Yes, roll up doors work well on detached, alley-loaded and workshop garages, which are common in older Fort Worth and Dallas neighborhoods. They need vertical clearance above the header for the coil and solid framing to carry the barrel and guide loads, both of which we verify before quoting anything. Q: Do roll up garage doors need less headroom? A: They need almost no backroom, which is the real advantage, but they do need vertical space above the header for the coil, often a foot or more depending on door height. A sectional door reverses that: less space above the opening, but horizontal track running back under the ceiling for the door height plus about 18 inches. Q: Can a roll up door be insulated? A: Yes, insulated slats are built as a steel sandwich with a foam core, and they are worth specifying on any conditioned space or west-facing opening in North Texas, where a bare steel curtain absorbs afternoon sun and radiates it inward. Insulation options are still more limited than on sectional doors. Q: What is the difference between a roll up sheet door and a coiling slat door? A: A sheet door uses one continuous corrugated steel curtain and costs less, which is why it is standard on self-storage buildings, while a coiling slat door uses individual interlocking slats, is heavier duty, and handles far more cycles. A slat door can also be repaired slat by slat instead of replacing the whole curtain. --- ## Amarr Garage Doors Dealer in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/residential-garage-doors/installation/amarr Service type: Amarr Garage Door Dealer Professional Garage Concepts installs Amarr residential garage doors throughout Dallas-Fort Worth. Amarr is a long-established North American door manufacturer, now part of ASSA ABLOY, and its residential catalog covers traditional raised panel steel, carriage house styling, and full-view aluminum and glass. This page is written for the buyer who already knows the brand and wants to know which line, which construction and which options actually suit a North Texas garage. The short version: pick the collection for how it looks on your elevation, pick the layer count for insulation and dent resistance, and check whether your city or HOA requires a wind-load rating before you order anything. We have installed and serviced Amarr doors here since 2001. We carry 532 Google reviews at 4.8 stars, our technicians are IDA certified, and we hold real door sections and hardware in two showrooms so you can compare lines side by side instead of scrolling a catalog. Call (817) 381-6173 or visit Keller or Grand Prairie. ### The Amarr Residential Lines and What Each One Is For Amarr organizes its residential doors into collections. The differences that matter to a homeowner are styling family, available construction layers, and which options each collection can take. The carriage house collections reproduce the look of side-hinged barn and carriage doors on a modern sectional door, using applied overlays, plank and grooved panel detail, and decorative hardware. Classica and Heritage sit in this family, with a range of panel designs, window options and hardware kits. Hillcrest is the more accessible carriage house option for homeowners who want that styling without the full custom detail package. The traditional collections cover raised panel and flush panel steel doors, which is the classic look on the majority of DFW homes. Lincoln and Stratford live here, in short panel and long panel layouts, with window section options and a choice of construction layers. Vista is the contemporary line: an aluminum frame with full-view glass panels. It is what goes on modern and mid-century homes, and it is also the right call for a garage used as a gym, studio, shop or entertaining space, because it brings in daylight that no solid door can. Specific panel designs, colors, window styles and hardware kits vary by collection and change over time. Rather than list specifications that may shift, we will pull the current option sheet for the collection you like and price your exact configuration. - Classica and Heritage: carriage house styling with overlays, panel detail, windows and decorative hardware - Hillcrest: carriage house look at a more accessible price point - Lincoln and Stratford: traditional raised panel and flush steel, short and long panel layouts - Vista: full-view aluminum frame with glass, for contemporary homes and used garages - Current designs, colors and window options confirmed against the live option sheet before you order ### Construction Layers: The Number That Actually Changes the Door Within most Amarr steel collections you choose a construction level, and this decision affects insulation, noise, stiffness and dent resistance more than the styling does. Single-layer construction is one steel skin with no insulation core. It is the least expensive, the loudest to run, and the easiest to dent, and it belongs on a detached or unused garage. Two-layer construction adds a rigid polystyrene insulation board behind the steel skin, typically landing in the R-6 to R-9 range depending on the door, and the foam supports the skin so the door is stiffer and quieter. Three-layer construction adds a steel back skin so the insulation is sandwiched between two sheets of steel, which roughly doubles panel rigidity, protects the core from garage damage, and gives you a finished interior face. Three-layer doors with polyurethane cores generally reach the R-12 to R-18 range. For an attached DFW garage, particularly one holding a water heater or sitting under a bedroom, three-layer construction is the upgrade worth stretching for. Insulation upgrades typically add $500 to $1,000 for polystyrene and $1,000 or more for polyurethane on a job. R-values vary by specific door and section thickness, so we quote the published number for your exact door rather than a category average. - Single layer: one steel skin, no insulation, loudest and most dent prone - Two layer: polystyrene core, roughly R-6 to R-9, quieter and stiffer - Three layer: steel back skin, polyurethane options reaching roughly R-12 to R-18 - Back skin protects the core from bikes, ladders and shelving - Published R-value confirmed per door and section, not assumed ### Amarr WindStorm: Wind-Load Rated Doors for North Texas Amarr builds wind-load rated doors under the WindStorm name. These are engineered to resist the positive and negative pressures a windstorm puts on the largest opening in your house, and they are the option to ask about in this market. North Texas is not a hurricane coast, but it is a severe convective storm corridor. A spring squall line producing 70 to 80 mph straight-line gusts is a routine Metroplex event. When a garage door fails under that pressure, the house pressurizes and the roof structure becomes the next thing at risk. That is why wind-load requirements exist in building codes at all. A wind-rated door is a system rather than a thicker panel. It adds reinforcing struts across the sections, upgraded end hinges and rollers, heavier track, and additional anchoring of the track and jambs into structural framing. Manufacturers publish a design pressure rating for each door model at each width, because a 16-foot double door carries far more load than an 8-foot single. Check local requirements first. Wind-load rules in Texas are adopted at the city level and vary across DFW, and if your home was built to a wind-load spec the replacement door generally has to meet it. We confirm the published rating for your exact door width and configuration before ordering, and we install the anchoring the rating requires rather than the anchoring that is faster. - WindStorm is Amarr's wind-load rated product family - Reinforcing struts, heavier hinges, rollers and track - Additional jamb and track anchoring into structural framing - Design pressure ratings published per model and per door width - City and HOA wind-load requirements confirmed before ordering ### SafeGuard Pinch Resistance and the Safety Hardware Amarr builds a pinch-resistant panel design it calls SafeGuard into its residential doors. The section joints are shaped so that as the door closes, the gap between panels closes in a way that pushes fingers out rather than trapping them. On a conventional door that joint is exactly where a child's hand goes. If you have small kids, this is not a marketing feature, it is the reason to prefer one door over another. Garage door section pinch injuries are common and entirely preventable by panel geometry. The rest of the safety package is about the system, not the panel. Photo-eye sensors mounted within six inches of the floor reverse the door when the beam is broken, and they are required by federal law on every residential opener sold since 1993. Auto-reverse force settings make the door back off when it contacts an obstruction. Tamper-resistant bottom brackets keep the cable under tension from being released by someone who does not understand the load. And on every installation, correctly sized springs are the actual safety system, because a door that is out of balance is a door with stored energy in the wrong place. We test all of it before we leave: hand balance with the opener disconnected, photo-eye reversal, and contact reversal against an obstruction. - SafeGuard pinch-resistant section design between panels - Photo-eye safety sensors aligned and reversal tested on every install - Opener force limits set to the finished door weight - Tamper-resistant bottom brackets on the cable connection - Hand-balance test with the opener disconnected before we sign off ### Why Buy an Amarr Door From Us Any dealer can order the same door. What differs is the measurement, the spring calculation, the anchoring, and whether there is anyone to call in year three. We are an independent DFW contractor operating here since 2001, not a franchise van. Our technicians are certified through the International Door Association. We are licensed, bonded and insured with a BBB A+ rating, and 532 Google reviews at a 4.8 average. On the commercial side we maintain doors for Herzog and Coca-Cola. The practical advantages on an Amarr purchase are three. First, the showrooms: at 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie you can compare a carriage house section against a traditional raised panel section, press on the steel, look at glass under daylight, and hold hardware against the door face. Second, we field measure before ordering, including checking whether clay soil movement has pulled your opening out of square. Third, we service what we install, with 24/7 emergency response, so a spring failure in year six is a phone call and not a search. We also carry LiftMaster and Chamberlain openers, so the opener is specified to the finished weight of the Amarr door on the same quote instead of being someone else's problem. - Independent DFW contractor since 2001, IDA certified, BBB A+ - 532 Google reviews at 4.8 stars - Two showrooms with real Amarr sections, glass and hardware - Field measure before ordering, including out-of-square openings - 24/7 service on what we install, with LiftMaster and Chamberlain openers specified to match ### From Showroom to Installed Amarr Door 1. Choose the collection in the showroom. Come to Keller or Grand Prairie with photos of your house. We narrow the choice between carriage house, traditional and full-view against real sections rather than a catalog, and match panel proportion and hardware scale to your elevation. 2. Pick construction, insulation and wind rating. We walk through single, two and three-layer construction with the published R-values for the specific door, then check whether your city or HOA requires a wind-load rating and whether a WindStorm configuration is available in your size. 3. Field measure and order. We measure the rough opening, headroom, sideroom and backroom at your house and check the opening for square. The door is ordered to the measured opening with a written lead time and price. Standard steel doors typically arrive in one to three weeks. 4. Removal and installation. The old door, track, springs and hardware come out and leave on our truck the same day. New track is shimmed to the actual opening, sections stack with new hinges, rollers and struts, and the torsion springs are calculated to the finished weight of the new door. 5. Opener, safety test and walkthrough. The opener is connected or replaced, travel and force are set to the new door weight, and the photo-eye sensors are aligned. We hand balance the door with the opener disconnected, test contact reversal, program remotes and keypad, and walk you through the manual release. ### Amarr Door Pricing in Dallas-Fort Worth Amarr pricing depends on collection, door size, construction layers, glass and hardware, so these are honest installed bands rather than a quote. Every door is priced in writing after a field measure. - Traditional steel, single or two layer: $2,000 to $5,000 installed. Straightforward replacements, rentals and detached garages - Carriage house, insulated: $5,000 to $9,000 installed. Street-facing garages where the door is a third of the elevation - Full-view aluminum and glass, or wind rated: $7,000 to $15,000+ installed. Contemporary homes, working garages, and openings needing a wind-load rating ### Questions and answers Q: Where can I buy Amarr garage doors in DFW? A: Professional Garage Concepts installs Amarr residential doors throughout Dallas-Fort Worth and keeps real door sections and hardware in two showrooms, at 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie. We have worked in this market since 2001 and hold 532 Google reviews at 4.8 stars. Call (817) 381-6173. Q: What Amarr garage door lines are available? A: Amarr's residential catalog covers carriage house collections including Classica, Heritage and Hillcrest, traditional raised and flush panel steel collections including Lincoln and Stratford, and the Vista full-view aluminum and glass line. Panel designs, colors, window styles and hardware options vary by collection, so we confirm current choices against the live option sheet. Q: What is Amarr WindStorm? A: WindStorm is Amarr's family of wind-load rated garage doors, engineered with reinforcing struts across the sections, heavier hinges, rollers and track, and additional anchoring into structural framing, with design pressure ratings published per model and per door width. In DFW, wind-load requirements are adopted at the city level, so check your local code and HOA. Q: What is Amarr SafeGuard? A: SafeGuard is Amarr's pinch-resistant panel design, in which the joint between sections is shaped so the gap closes in a way that pushes fingers out as the door comes down rather than trapping them. It is a genuine safety difference in any household with small children, and it costs nothing extra to specify. Q: Which Amarr construction should I choose for a Texas garage? A: For an attached DFW garage, three-layer construction with a polyurethane core is the choice worth stretching for, reaching roughly R-12 to R-18 with a steel back skin that stiffens the panel and finishes the interior. Two-layer polystyrene at R-6 to R-9 is a reasonable middle. Single layer suits detached or unused garages only. Q: How much do Amarr garage doors cost installed? A: Amarr doors installed in Dallas-Fort Worth generally run $2,000 to $5,000 for traditional steel, $5,000 to $9,000 for insulated carriage house configurations, and $7,000 to $15,000 or more for full-view aluminum and glass or wind-rated builds. Size, construction layers, glass and hardware drive the range. Q: How long does an Amarr door take to arrive? A: Standard Amarr steel doors in common sizes typically arrive within one to three weeks of order, while custom sizes, specialty glass, full-view aluminum in custom colors and wind-rated configurations usually take longer because they are built to order. We put the lead time in writing before taking a deposit. Q: Do you service Amarr doors you did not install? A: Yes, we repair and maintain Amarr doors across Dallas-Fort Worth regardless of who installed them, covering springs, cables, rollers, hinges, section replacement and opener work, with 24/7 emergency service available. Call (817) 381-6173 and describe the symptom so the technician arrives with the right parts on the truck. --- ## Commercial Garage Doors in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/commercial-garage-doors Service type: Commercial Garage Door Services Professional Garage Concepts installs, repairs and maintains commercial garage doors, rolling steel doors, rolling grilles, high-speed doors, fire-rated doors and loading dock equipment for facilities across Dallas and Fort Worth. We have worked on DFW commercial buildings since 2001 and hold 532 Google reviews at a 4.8 star average. Our commercial client list includes Herzog and Coca-Cola. A commercial door is a production asset. When a dock door jams at 6 a.m., trailers stack in the yard, drivers idle on the clock, and the shipping window closes whether the door opens or not. That is the number that matters, not the price of a spring. We answer commercial calls 24 hours a day and load the parts that fail most often before the truck rolls. We are International Door Association certified, licensed, bonded and insured, and BBB A+ rated. We keep a W-9, a certificate of insurance and safety documentation current and send them the day you ask, so your purchasing process does not stall waiting on a vendor packet. ### Commercial door types we install and service Different openings need different doors. Ceiling height, headroom, wall space, cycle count, fire rating and wind load all narrow the choice before style enters the conversation. We survey the opening first and then specify, because a door ordered from a phone description is a door that gets reordered. Every type below is a door we install, service and stock parts for across Dallas and Fort Worth. - Sectional steel doors. Insulated or non-insulated panels that lift onto horizontal tracks under the ceiling. The standard for warehouses, service bays, apparatus bays and truck shops, available with vision lite sections and steel skins in a range of gauges. - Rolling steel doors. A curtain of interlocking slats that coils onto a barrel directly above the opening. The right answer when headroom is short or the wall above the opening cannot carry track. Common on loading docks, self storage, parking structures and utility buildings. - Rolling grilles. Open-air security closures for mall storefronts, concourse retail, parking garages and airport concessions. Sight lines stay open while the opening stays secured. - High-speed doors. Rubber or fabric doors that run fast enough to hold conditioned air, control dust and keep forklift traffic moving instead of waiting. Used in cold storage, food processing, clean manufacturing and busy interior openings. - Fire-rated doors. Rolling steel or sectional assemblies with a listed automatic closing device tied to the building fire alarm. Required at rated wall openings and subject to documented annual drop testing under NFPA 80. - Counter doors and service windows. Small rolling closures for pharmacy counters, concession stands, cafeterias, teller lines and pass-through openings. - Dock doors and dock equipment. Levelers, seals, shelters, bumpers, restraints and dock lights. The door and the dock work as one system, so we service both. ### Loading dock doors and dock equipment A loading dock is one machine made of several parts. The door, the leveler, the seal or shelter, the bumpers and the vehicle restraint all have to work together, and a fault in any one of them stops the trailer. Most facilities call about the door and find out the leveler has been limping for months. We service the whole dock position instead of just the opening. That matters most after a trailer strike, when the track, the seal and the bumper are usually all damaged at once and two separate vendors would spend a week pointing at each other. - Hydraulic, mechanical and air-powered dock levelers - Edge-of-dock levelers and dock plates - Compression dock seals and head curtain shelters - Laminated and steel-faced dock bumpers - Vehicle restraints, wheel chocks and dock light kits - Track, guide and curtain repair after trailer strikes - Dock door replacement with impactable bottom sections - Bollards, guard posts and corner protection at the dock face ### Commercial operators and duty cycle The operator is what usually fails on a commercial door, not the door. A residential grade opener put on a warehouse opening will run 30 or 40 cycles a day until the gearbox burns, normally inside the first year. Commercial operators are specified by duty cycle, and matching that rating to real traffic is the difference between a five year run and an annual replacement. We install and service jackshaft, trolley, hoist and gear-head operators along with the control stations, radio receivers, loop detectors and interlocks that go with them. LiftMaster commercial operators are our standard line. Every install includes the entrapment protection the opening requires and a control station labeled for that door. If you do not know your cycle count, count one week on your busiest opening. The number is almost always higher than the estimate. - Standard duty: light traffic under roughly 10 cycles per day, such as a single service bay - Medium duty: 10 to 25 cycles per day, typical of a small distribution building or fleet shop - Heavy duty: 25 to 50 cycles per day, common on active dock positions and apparatus bays - Industrial duty: continuous traffic above 50 cycles per day, forklift corridors and high-speed openings - Controls: open, close and stop stations, timer to close, radio control, card reader interface, traffic loops and fire alarm interlock - Safety: photo eyes, sensing edges and reversing systems tested at commissioning and at every service visit ### What downtime actually costs Run the number before you decide how fast you need us. A dock position that cannot open blocks every trailer scheduled against it. If your building runs four docks and one goes down during a receiving window, you lose a quarter of your inbound throughput for the day, you pay detention on the trailers that wait, and your crew works around the gap instead of working. Now price the repair. In nearly every DFW facility we walk into, one blocked shipping shift costs more than a full year of scheduled maintenance on every door in the building. That arithmetic is the reason our preventive maintenance program exists and the reason we answer commercial calls at 2 a.m. instead of at 8 a.m. the next business day. There is a second cost people miss. A door left partly open or chained back is an open building. Security exposure, conditioned air and insurance risk all move the wrong direction while you wait. When a part has to be ordered and we cannot finish the repair that visit, we secure the opening before we leave. The last cost is the one nobody puts on a spreadsheet. Doors that get run past their service point break in ways that damage the surrounding assembly. A spring that fails under load takes the cable with it, drops the door, and often bends the bottom section, the track or the jamb on the way down. The repair you deferred becomes a replacement you did not budget for, at whatever hour it happens. ### 24/7 emergency commercial door repair We answer commercial service calls 24 hours a day, seven days a week, across Dallas, Fort Worth and the surrounding metroplex. Commercial dispatch loads the parts most likely to be the problem before the truck rolls, because a second trip is a second shift of downtime. The failures we see most often on commercial openings: broken torsion springs and snapped shafts, frayed or jumped cables, tracks and rollers bent by a forklift or trailer strike, burned operator motors and stripped gearboxes, failed limit switches, dead control boards, torn high-speed door curtains, seized rolling steel barrels, failed photo eyes and sensing edges, and levelers that will not hold hydraulic pressure. - 24/7 emergency dispatch across the Dallas Fort Worth metroplex - Torsion springs, cables, rollers, hinges and bearings stocked on the truck - Operator control boards, limit switches and radio receivers carried - The opening secured before we leave if a part has to be ordered - Written findings with photos after every commercial call - Service history held by address, so the next tech starts where the last one finished ### Vendor documents: W-9, certificate of insurance and safety records Purchasing stops when the vendor packet is missing. A general contractor cannot issue a subcontract and a property manager cannot cut a purchase order until the file is complete, and most door companies treat that paperwork as an afterthought. We keep ours current and send it the day you ask. What we provide on request: - Completed and signed IRS Form W-9 for your accounts payable file - Certificate of insurance showing general liability, auto and workers compensation, naming your entity as additional insured where the contract requires it - Proof that we are licensed, bonded and insured in Texas - Safety documentation, including our site safety practices, hazard communication information and crew orientation records - Certificates issued to a specific job number or property address when your system requires that reference - Conditional and unconditional lien waivers at the draw schedule your contract sets - Written scope, submittal data and manufacturer cut sheets for the doors and operators specified - Warranty documentation from the manufacturer on the products installed ### Multi-site and property management accounts One phone number for every building you manage is worth more than a slightly better rate on any single repair. We hold service records by address, so the tech who arrives at your Grand Prairie warehouse already knows what door is at that opening and what was replaced there last spring. We work with property managers, facility directors, general contractors and regional maintenance teams across the metroplex. That includes scheduled visits routed by site, consolidated invoicing, standardized door and operator specifications across a portfolio, and after-hours access coordination so we work when your tenants and your production are not. We also cover more of the property than a door company normally does. Doors, driveway and access gates, floor coatings, polished and sealed concrete, cabinets and slat wall all come from the same contractor, on one purchase order, with one point of contact. For a facility team juggling a vendor list, that is one fewer number to chase and one fewer invoice to reconcile. ### Fire-rated doors, drop testing and code A fire door is a life safety device that happens to look like a door. Fire-rated rolling assemblies are listed to close automatically when the alarm signals, and NFPA 80 requires the automatic closing system to be drop tested, reset and documented every year. Most facilities we survey have at least one fire door that has never been tested since the day it was installed. We drop test, reset and document fire-rated rolling doors, replace fusible links, service the governor and release mechanism, and repair or replace assemblies that fail the test. Ask your team for the test records before your next fire marshal walkthrough. If nobody can produce them, that is the gap to close first. ### Facilities we work in around Dallas and Fort Worth Our commercial client list includes Herzog and Coca-Cola. Rail construction and beverage distribution both run doors hard on schedules that do not move, which is why we specify for cycle count instead of sticker price. We work in warehouses and distribution centers, manufacturing plants, truck and fleet shops, auto dealerships and service departments, fire stations and municipal facilities, self storage properties, cold storage and food processing plants, retail centers, parking structures and apartment communities. Since 2001, from two DFW locations, at 220 N Main Street in Keller and 801 Greenview Drive in Grand Prairie. - 532 Google reviews at a 4.8 star average - International Door Association certified - BBB A+ rated, licensed, bonded and insured - Two DFW locations, in Keller and Grand Prairie - Doors, gates, floor coatings, concrete and storage from one contractor ### How a commercial door project runs 1. Site survey. We measure the opening, headroom, backroom and sideroom, check the wall and jamb condition, note the power available and count real daily cycles. Photos and dimensions go on the quote so nothing is assumed later. 2. Specification and quote. You get a written scope naming the door type, gauge, insulation, glazing, operator model and duty rating, control station and safety devices. Manufacturer cut sheets and submittal data come with it when your project requires them. 3. Vendor onboarding and purchase order. We send the W-9, certificate of insurance and safety documentation your purchasing process needs, in the format and to the job number your system uses. The order is released once the purchase order is issued. 4. Order and lead time. We confirm the lead time in writing at order release and tell you if the factory moves it. Standard sectional and rolling steel doors move faster than fire-rated and high-speed assemblies, which are built to the opening. 5. Installation. We schedule around your operation, including nights and weekends when an opening cannot be down during production. The opening is secured at the end of every work day, whether or not the install is finished. 6. Commissioning and turnover. We cycle the door under load, set limits and force, test every safety device, label the control station and walk the operation with your maintenance lead. Documentation and warranty paperwork go to your file. ### What commercial door work costs in DFW Commercial pricing depends on opening size, gauge, insulation, wind load, cycle count, operator duty rating and site access, so we quote per opening after a site survey instead of from a phone description. - Emergency service call: Quoted before dispatch per call. A door or dock position that is down right now - Light commercial sectional door: $2,000 to $10,000+ installed, per opening. Service bays, strip centers and small warehouses - Rolling steel, high-speed and fire-rated doors: Quoted per opening after site survey. Tight headroom, high cycle counts and rated wall openings - Preventive maintenance agreement: Quoted per door, per visit annual contract. Facilities that cannot absorb an unplanned shutdown ### Questions and answers Q: What types of commercial garage doors do you install in Dallas and Fort Worth? A: Professional Garage Concepts installs sectional steel doors, rolling steel doors, rolling grilles, high-speed doors, fire-rated doors, counter doors and loading dock doors throughout Dallas and Fort Worth. We also install and service dock levelers, seals, shelters, bumpers and commercial operators. We have served DFW facilities since 2001. Which door is correct depends on headroom, cycle count, fire rating and wind load, so we survey the opening before we specify anything. Q: Do you offer 24/7 emergency commercial garage door repair? A: Yes. We answer commercial garage door and dock equipment calls 24 hours a day, seven days a week, across the Dallas Fort Worth metroplex. Emergency trucks roll with the parts that fail most often, and if the repair cannot be finished that visit we secure the opening before leaving. Call (817) 381-6173 and tell dispatch the door type and what the door is doing. Q: How quickly can you get a commercial door back in service? A: Most commercial repairs involving springs, cables, rollers, tracks, limit switches or control boards are completed on the first visit, because those parts ride on our trucks. Repairs needing a factory curtain, a custom panel or a specific operator model depend on lead time, which we confirm in writing. Contract customers get priority response ahead of non-contract calls. Q: Can you provide a W-9 and certificate of insurance for our vendor file? A: Yes. We provide a signed IRS Form W-9, a certificate of insurance showing general liability, auto and workers compensation coverage, and proof that we are licensed, bonded and insured. Certificates can name your entity as additional insured and reference a specific job number or property address. Safety documentation and lien waivers are available on request, and we will complete a vendor compliance profile if your system uses one. Q: Do you service loading dock levelers, seals and shelters? A: Yes. We service the full dock position, including hydraulic and mechanical dock levelers, edge-of-dock plates, compression seals, head curtain shelters, dock bumpers, vehicle restraints and dock lights, along with the door itself. One crew handles both. That matters after a trailer strike, when the track, the seal and the bumper are usually all damaged at once. Q: How often should a commercial garage door be serviced? A: Service frequency follows cycle count, not the calendar. A door running under 10 cycles a day is usually fine on an annual inspection. Doors at 10 to 25 cycles a day should be inspected twice a year, and dock doors above 25 cycles a day need quarterly attention. High-speed doors run on their own schedule, and fire-rated assemblies require a documented annual drop test regardless of how little they move. Q: What is the difference between a rolling steel door and a sectional steel door? A: A sectional steel door is built from hinged panels that lift onto horizontal tracks under the ceiling, so it needs headroom and backroom. A rolling steel door is a curtain of interlocking slats that coils onto a barrel directly above the opening, so it fits where ceiling space is short. Sectional doors insulate better and can be repaired one panel at a time. Rolling steel doors take impact better and use almost no ceiling space. Q: Do you work on fire-rated doors and perform drop testing? A: Yes. We drop test, reset and document fire-rated rolling doors, replace fusible links, service the governor and release mechanism, and repair assemblies that fail the test. NFPA 80 requires annual testing of the automatic closing system with the results recorded, and most facilities we survey cannot produce those records for every rated opening in the building. Q: Do you service multiple locations across the metroplex? A: Yes. We hold service history by address for multi-site accounts, route scheduled visits by location, consolidate invoicing and standardize door and operator specifications across a portfolio. Property managers, facility directors and regional maintenance teams use one phone number for every building they run in DFW. We work from locations in Keller and Grand Prairie, which puts crews on both sides of the metroplex. Q: Which commercial clients have you worked for in DFW? A: Our commercial client list includes Herzog and Coca-Cola. Professional Garage Concepts has served Dallas Fort Worth facilities since 2001, holds 532 Google reviews at a 4.8 star average, is International Door Association certified and BBB A+ rated, and is licensed, bonded and insured. We also run two showrooms, in Keller and Grand Prairie, where you can see door sections, hardware and operators in person. --- ## Commercial Garage Door Preventive Maintenance Contracts in DFW URL: https://www.professionalgarageconcepts.com/commercial-garage-doors/preventive-maintenance Service type: Commercial Door Preventive Maintenance A commercial garage door preventive maintenance contract puts every door, operator and dock position on a scheduled inspection cycle with a written checklist, documented findings and priority emergency response. Professional Garage Concepts has run commercial door service in Dallas Fort Worth since 2001 and holds 532 Google reviews at a 4.8 star average. Our commercial client list includes Herzog and Coca-Cola. Commercial doors do not fail without warning. They fail with months of warning that nobody was assigned to look for. A cable frays one strand at a time. A bearing gets loud before it seizes. A leveler leaks down a little further every week. Each of those is a ten minute correction on a scheduled Tuesday and a shutdown on an unscheduled Friday. The program is priced per door, per visit, and tiered by how hard each opening actually works. A back-of-house bay does not need what an active dock position needs, and you should not pay as though it does. ### What a preventive maintenance visit covers Every visit follows the same written checklist, so the report means the same thing every time and two visits can be compared. The technician cycles the door under power and by hand, measures what can be measured, corrects what can be corrected on the spot, and flags what has to be scheduled. Point by point, on every covered door: - Full cycle test under power and under manual operation, with the operator cycle counter reading recorded where one exists - Torsion spring inspection for gap, set, corrosion and cone condition, with remaining service life estimated - Cable inspection for fraying, crushing, drum wrap and equal tension on both sides - Roller, hinge, bearing and shaft inspection, with worn stems and loud bearings called out by position - Track alignment, mounting and fastener check, including brackets, struts and jamb condition - Panel, curtain, bottom bar, astragal and weather seal condition - Operator inspection: motor, gearbox, chain or belt, sprockets, brake, clutch and mounting hardware - Limit and force settings verified and reset to the door's actual travel - Safety device testing: photo eyes, sensing edges, reversing systems and entrapment protection - Control station, wiring, radio receiver, loop detectors and fire alarm interlock tested - Lubrication of hinges, bearings, springs, rollers and chains with the correct product, not general purpose spray - Fasteners tightened, hardware adjusted and minor alignment corrected during the visit at no extra charge - Dock equipment where present: leveler operation and hydraulic pressure, lip function, seals, shelters, bumpers and restraints - Written condition report with photos, recommended parts and a priority rating on every finding ### Inspection frequency by cycle count Frequency should be set by how many times a door actually opens, not by what is convenient to schedule. Count cycles for one week on your busiest opening and the tier picks itself. Most facilities are surprised by the number, because the estimate people carry in their head is usually about half the real figure. We set the tier per door, not per building. It is normal for one warehouse to have annual doors along the back wall and quarterly doors on the dock face, all on the same agreement. - Under 10 cycles per day: annual inspection. Office bays, back-of-house doors, seldom used drive-throughs. - 10 to 25 cycles per day: semi-annual inspection. Small distribution buildings, fleet shops, dealership service departments. - 25 to 50 cycles per day: quarterly inspection. Active dock positions, busy fire and municipal apparatus bays. - 50 to 100 cycles per day: bi-monthly inspection. Forklift corridors, multi-shift dock doors, interior traffic openings. - Over 100 cycles per day: monthly inspection. Continuous production traffic, cold storage vestibules, high-speed interior doors. - Fire-rated assemblies: documented annual drop test and reset under NFPA 80, whatever the cycle count. - Gate operators on the property: same tiering logic, based on vehicle traffic through the entry. ### Documentation and compliance records The report is the product. A visit with no paperwork is a visit you cannot prove happened, and proof is what you need when a fire marshal, an insurance carrier, a safety auditor or a corporate compliance team asks for it. Every door in the program gets an asset tag and a file. That file holds the baseline survey, every inspection report, every part replaced with the date it went in, cycle counter history where the operator provides it, and fire door drop test records where they apply. Reports go to you as they are produced, and once a year you get a roll-up written for a budget meeting rather than for a technician. - Asset tagged door and operator inventory by address and opening number - Dated inspection reports with photos and the technician's name on every visit - Parts replaced history per opening, useful for warranty claims and for replacement budgeting - Fire door drop test records under NFPA 80 - Safety device test results, including entrapment protection on every powered opening - Annual capital planning summary listing the doors approaching the end of their service life ### Priority response when something still breaks Contract customers go to the front of the dispatch queue. When two calls land at the same time and one of them is a program account, the program account gets the truck. That is the practical value of the agreement on the day something breaks anyway. Preventive maintenance reduces failures. It does not eliminate them, and anyone who tells you otherwise has not worked a dock. Trailers still hit doors. Storms still take out control boards. What the program changes is that we already know your building, we already know which door is at that opening, and we already have the repair history in front of us when the phone rings. - Priority dispatch ahead of non-contract calls, 24 hours a day - Technicians arrive knowing the door model, operator model and repair history at that opening - Commonly failing parts for your specific doors stocked for your account - Repair labor billed at the rate written into your agreement - After-hours and weekend scheduling coordinated around your production window - One phone number, (817) 381-6173, for every building on the agreement ### Multi-site coverage across Dallas Fort Worth One agreement can cover every building you run in the metroplex. We route scheduled visits by geography so a technician covers your Grand Prairie, Arlington and Fort Worth sites in an efficient sequence, and we consolidate the reporting so you get one package instead of chasing three separate invoices. We work from two DFW locations, at 220 N Main Street in Keller and 801 Greenview Drive in Grand Prairie, which puts crews on both sides of the metroplex. That matters on a 5 a.m. dock call in Irving as much as it does on a scheduled Tuesday in Denton. - A single agreement covering multiple addresses and multiple door types - Visits routed by geography to limit scheduling disruption on your side - Consolidated reporting and invoicing across the portfolio - Standardized door and operator specifications so parts carry across sites - Site-specific access, badging and after-hours coordination handled once and recorded - Doors, dock equipment and gate operators covered under the same program ### The economics: run the number before you decide Here is the arithmetic that makes the case better than any sales call. Take one dock position out of service for a single shift. Every trailer scheduled against that door either waits or gets rerouted to a door that is already committed. You pay detention on the trailers that wait. Your receiving crew works around the gap. Orders that were supposed to ship that day ship the next day, and your customer notices which one it was. Now price the alternative. A scheduled inspection is a technician on site for well under an hour per door, on a day you picked, with no production interruption, at a rate agreed in advance. In nearly every DFW facility we service, one blocked shipping shift costs more than a full year of scheduled maintenance on every door in the building. The second number is parts. A spring replaced on schedule is a planned part on a planned visit. The same spring failing under load takes the cable with it, drops the door, and often bends the bottom section or the track on the way down. The unplanned version of that repair costs several times the planned version, and it happens at whatever hour it happens. The third number is the door itself. Doors that get lubricated, aligned and adjusted on a schedule last years longer than doors that only get attention when they stop. Deferring maintenance does not save money. It moves the money out of the operating budget and into the capital budget, and it charges interest in the form of downtime. ### How the program gets set up 1. Baseline survey. We walk every opening at every address and record door type, manufacturer, size, operator model, cycle counter reading and current condition. You get a written baseline before you sign anything, including any repairs needed to bring a door to a maintainable condition. 2. Asset tagging and tiering. Each door and operator gets a tag and a file. We set an inspection tier per opening from measured cycle count and how critical that opening is to your operation, so you are not paying dock frequency on an office bay. 3. Agreement and published schedule. The agreement names every covered asset, the visit frequency per asset, the labor rate and the response commitment. We publish the visit calendar for the year so your team can plan production and access around it. 4. Scheduled visits. Technicians run the same checklist on every visit, correct what can be corrected on the spot, and record everything they find. You get a report with photos, not a signed ticket with no detail on it. 5. Findings and approvals. Anything beyond the visit scope comes to you as a written recommendation with a priority rating and a price. Nothing additional gets done without your approval, and nothing shows up on an invoice you did not authorize. 6. Annual review. Once a year we review the whole portfolio with you. What failed, what was replaced, which doors are approaching the end of their service life, and what belongs in next year's capital budget. ### How maintenance agreements are priced Agreements are priced per door, per visit, so a building full of light-duty openings never pays dock-door rates. We quote after the baseline survey, because the number depends on door count, door type, cycle tier and how many addresses are covered. - Annual program: Quoted per door, per visit 1 visit per year. Low traffic openings under 10 cycles a day - Semi-annual program: Quoted per door, per visit 2 visits per year. 10 to 25 cycles a day, small distribution buildings and fleet shops - Quarterly program: Quoted per door, per visit 4 visits per year. Active dock positions and apparatus bays at 25 to 50 cycles a day - High-cycle program: Quoted per door, per visit 6 to 12 visits per year. High-speed doors and continuous traffic above 50 cycles a day ### Questions and answers Q: What is a commercial garage door preventive maintenance contract? A: A preventive maintenance contract is a scheduled service agreement that puts each commercial door and operator on a fixed inspection cycle with a written checklist, documented findings and priority emergency response. Visits are priced per door, per visit, and frequency is set by how many cycles each opening actually runs. Minor adjustment and lubrication are performed during the visit. Q: How often should commercial garage doors be inspected? A: Inspection frequency follows cycle count. Doors under 10 cycles a day are usually fine annually, 10 to 25 cycles a day call for semi-annual visits, 25 to 50 cycles a day need quarterly service, and anything over 50 cycles a day should be inspected every one to two months. Fire-rated doors need a documented drop test every year no matter how little they move. Q: What does a preventive maintenance visit include? A: A visit includes a full cycle test, spring, cable, roller, bearing and track inspection, panel and weather seal condition check, operator and gearbox inspection, limit and force verification, safety device testing, correct lubrication, fastener tightening and a written report with photos. Dock levelers, seals, shelters and bumpers are inspected where they are present. Q: Is a garage door maintenance contract actually worth the money? A: For any facility where a stopped door stops work, yes. One blocked shipping shift usually costs more than a full year of scheduled maintenance on every door in the building, and a spring replaced on schedule costs a fraction of the same spring failing under load, taking the cable with it and bending the bottom section on the way down. Q: Do contract customers get faster service when something breaks? A: Yes. Contract customers get priority dispatch ahead of non-contract calls, 24 hours a day. Technicians arrive already knowing the door model, operator model and repair history at that opening, and commonly failing parts for your specific doors are stocked for your account. Repair labor is billed at the rate written into your agreement. Q: Can one agreement cover multiple buildings across DFW? A: Yes. A single agreement can cover every address you manage in the Dallas Fort Worth metroplex, with visits routed by geography, consolidated reporting and invoicing, and standardized door and operator specifications so parts carry across sites. We work from locations in Keller and Grand Prairie, which puts crews on both sides of the metroplex. Q: What documentation do we receive with the program? A: You receive a dated inspection report with photos for every visit, an asset tagged inventory of every door and operator by address, a parts replaced history per opening, safety device test results, fire door drop test records where they apply, and an annual capital planning summary written for a budget meeting. Q: Do you maintain loading dock equipment under the same contract? A: Yes. Dock levelers, edge-of-dock plates, seals, shelters, bumpers, vehicle restraints and dock lights are all covered on the same agreement as the doors. The door and the dock work as one system, so inspecting them separately misses the faults that shut a dock position down. Gate operators on the property can be added to the same program. --- ## Driveway Gates in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/driveway-gates Service type: Driveway Gate Services Professional Garage Concepts designs, installs, repairs and maintains driveway gates across Dallas and Fort Worth, covering the gate itself, the operator that moves it, the access control that opens it and the safety devices that keep it from closing on a vehicle. We have worked on automated openings in DFW since 2001 and hold 532 Google reviews at a 4.8 star average. Most driveway gates in this market are sold by fence companies. A fence company can build a beautiful gate. The part that fails is almost never the gate. It is the operator, the control board, the loop detector, the photo eye, the limit switch or the receiver, and that is machinery rather than fence. We have been servicing powered openings and their safety systems for more than twenty years. Same skill set, different motor. You can also see hardware in person, which nobody else in this category offers. We run two showrooms, at 220 N Main Street in Keller and 801 Greenview Drive in Grand Prairie. Bring photos and measurements of your driveway and we will tell you what will actually fit before anyone quotes you. ### Swing, slide, cantilever or bi-fold: what your driveway can take Gate type is decided by the site, not by preference. Slope, driveway length and the room available alongside the opening eliminate options before style enters the conversation. Picking the wrong one produces a gate that drags in August, binds against the pavement, or cannot open once a car is sitting in the drive. Here is how each type behaves and when it is the right call. - Swing gates. One or two leaves hinged at the posts, swinging in or out. Correct when the ground is level or gently sloped through the swing arc, there is clear space equal to the leaf length, and nobody parks in the swing path. Best looking option for ornamental iron and the least expensive to install, because there is no track and no long concrete run. - Roller slide gates. The gate rolls on a ground track across the opening. Correct when the driveway rises or falls at the gate line and a swing gate would hit the pavement, and when there is clear sideroom equal to the full opening width to receive the gate. The track has to stay clear of gravel, leaves and mud, and it needs a level concrete run. - Cantilever slide gates. The gate hangs from rollers on posts to one side and never touches the ground. Correct on uneven ground, on drives that flood or collect debris, and anywhere a ground track cannot be kept clean. Needs roughly half the opening width in extra sideroom for the counterbalance tail, so plan on a total run of about 1.5 times the opening. - Bi-fold and vertical pivot gates. The leaves fold or lift instead of swinging wide. Correct when the driveway is short, when a car stacks close to the gate, or when the property fronts a busy street and the opening has to clear fast. A bi-fold opens in roughly half the time of a comparable swing gate. - Barrier arms and vertical lift. Used on commercial and multifamily entries where the opening only needs to control vehicles and throughput matters more than visual screening. ### Gate materials that survive Texas weather The metal you choose is a maintenance decision as much as an appearance decision. DFW puts a gate through 100 degree summer surface temperatures, hail, high wind, and humidity swings that move moisture in and out of every weld and joint. Finish quality matters here more than it does in a dry climate. - Ornamental iron. The classic DFW driveway gate. Heaviest option, the most design freedom, and the strongest look against brick and stone columns. Needs a proper primer and topcoat and needs rust addressed early. The weight drives operator sizing, hinge selection and footing size. - Steel tube frame with panel infill. Lighter than solid ornamental iron, less expensive, and easy to combine with horizontal slat, picket or privacy infill. A practical choice on wide openings where weight is the limiting factor. - Aluminum. Will not rust, which makes it the right call for gates that catch sprinkler spray or sit in a low spot. Lighter on the operator and available powder coated in most colors. Less impact resistant than steel, so it dents where steel would bend. - Wood-clad on a steel frame. Cedar or composite cladding over a welded steel frame gives the warm look with a structure that stays square. The steel frame is what keeps a wood gate from sagging, which is the failure that ruins most all-wood gates by year three. - Finish over material. A powder coated gate, or one properly primed and topcoated, holds up in this climate for years. A gate painted once with hardware store enamel starts bleeding rust at the welds within a couple of Texas summers. ### Gate operators: LiftMaster, DoorKing and All-O-Matic The operator decides whether you are still happy with the gate in year five. It is sized by gate weight, gate or leaf length, and how many times a day the gate runs. Undersizing is the most common mistake we find on gates installed by crews that build fence for a living. We install and service LiftMaster, DoorKing and All-O-Matic. All three are serious lines with real parts availability in this market, which matters the Sunday a control board fails and you need it back that day. - Swing operators in arm, linear and underground configurations. Sized by leaf weight and leaf length, since a long light gate loads a motor as hard as a short heavy one. - Slide operators in chain drive, belt drive and rack and pinion. Rated by gate weight and by duty cycle. - Residential duty: roughly 10 to 20 cycles a day, a typical single family driveway. - Light commercial duty: roughly 20 to 50 cycles a day, shared drives, small offices and ranch entries with staff traffic. - Continuous duty: 50 cycles a day and up, with the thermal rating to run all day. Apartment communities, storage properties and commercial yards. - Power options: standard line power, 24V DC with battery backup so the gate keeps working through an outage, and solar packages for entries where trenching power is impractical. ### Access control: how the gate knows to open How people get in is a separate design decision from the gate and the operator, and it is where most owners under-plan. Decide who needs access, how often they come, and whether you want a record of it. Doing that before the trench is dug is far cheaper than adding a conduit run after the concrete goes back. All of these combine. A common DFW setup is a keypad for the family and the lawn crew, transmitters in the cars, cellular app control for guests, and a free exit loop so nobody has to do anything to leave. - Keypads, wired or wireless, with an individual code per user so you can revoke the lawn crew code without changing everyone else's. - Transmitters and remotes. Rolling code remotes, visor clips and HomeLink integration on most vehicles. - Telephone entry. A call box at the gate that rings your phone so you can talk to a visitor and open the gate remotely. Standard on estates and small communities. - Cellular and app control. Open the gate, add users, set schedules and see entry history from your phone. LiftMaster myQ and DoorKing cellular units both do this with no landline required. - Card, fob and reader systems for staff, tenants and shared drives where you need per-user credentials and reporting. - Free exit devices. A loop in the pavement, an exit wand or a photo sensor that opens the gate as you drive out. - Emergency access. A Knox box, siren-activated sensor or click-to-enter receiver so fire and EMS can get in without cutting your gate open. ### Safety systems and UL 325 An automatic gate is a heavy powered machine moving across a path that people walk through. That is why gate operators sold in the United States are built to UL 325, which requires at least two independent means of entrapment protection on a powered gate, and why a gate installed without them is both dangerous and a liability problem waiting on a bad afternoon. Every gate we install gets the safety devices the operator listing requires, tested and documented at commissioning. Every gate we repair gets those devices tested before we leave, whether or not that is what you called about. - Photo eyes. Infrared beams across the opening that stop and reverse the gate when the beam is broken. Usually required on both the opening and closing path. - Safety edges. Pressure sensitive edges on the leading edge of the gate that reverse it on contact. The right choice where a beam cannot cover the pinch point. - Safety loops. Wire loops cut into the pavement that detect a vehicle and hold the gate open. A shadow loop under the gate path is what keeps a gate from closing on a car that stopped in the opening. - Exit loops. Detect a vehicle leaving and open the gate automatically, with no remote and no code. - Inherent obstruction sensing. The operator senses a load and reverses. That counts as one means of protection and it is never enough on its own. - Warning placards on both sides of the gate, plus screening where fingers can reach through moving members. ### Why homeowners call a door company for gate work A driveway gate is an automated opening with a motor, a control board, safety sensors and travel limits. So is a garage door. The failure list is nearly identical and the diagnostic sequence is the same one we have been running in DFW since 2001. Fence contractors build the gate and usually subcontract or self-teach the operator side. We start at the operator. If your gate is the third one on your street to lose a control board in a storm season, you want the company that carries boards, receivers and loop detectors on the truck. We do the welding too, which means one contractor for the gate, the machinery and the warranty. ### How a gate project runs with us 1. Site visit and measurements. We measure the opening, the driveway slope through the gate path, available sideroom, existing post or column locations, stacking distance to the street, and where power can come from. Photos and dimensions go on the quote. 2. Gate type and material. We recommend swing, slide, cantilever or bi-fold based on what the site actually supports, then work through material, infill and design. You can see hardware, finishes and operators at the Keller or Grand Prairie showroom. 3. Operator and access control selection. The operator is sized to the finished gate weight, leaf length and your expected daily cycles. Access control is chosen around who needs to get in, how often, and how you want to manage users over time. 4. Written quote and schedule. The quote names the gate, the operator model, every access and safety device, the electrical work and the lead time. Custom ornamental gates are fabricated to your drawing and take longer than stock panel gates. 5. Installation. Posts and footings go in first, then power and low voltage, then the gate, then the operator and controls. Safety and exit loops are cut and sealed before the drive goes back into service. 6. Commissioning and training. We set travel limits and force, test every safety device, program remotes, keypad codes and app users, install warning placards, and walk you through the manual release before we leave. ### What a driveway gate costs in Dallas Fort Worth These are installed ranges for this market, not quotes. Opening width, gate weight, ornamental detail, operator duty rating, access control and how far power has to run all move the final number. - Single swing gate with operator: $4,500 starting at, installed. A standard residential driveway with room to swing - Dual swing, slide or cantilever: $8,000 to $15,000 installed. Wider openings, sloped drives and heavier ornamental gates - Custom ornamental iron entry: $15,000+ installed. Estate entries, custom scrollwork and stone column openings - Operator and access control only: Quoted after site visit on an existing gate. A sound gate with a failed or missing operator ### Questions and answers Q: How much does a driveway gate cost in Dallas Fort Worth? A: A real driveway gate with an automatic operator generally starts around $4,500 installed in the Dallas Fort Worth market and runs well past $15,000 for custom ornamental iron. Opening width, gate weight, operator duty rating, access control and the distance power has to run set the final number. We quote after a site visit, not over the phone. Q: Sliding gate or swing gate: which is better for my driveway? A: Swing gates cost less and look better on ornamental entries, but they need level ground through the swing arc and clear space for the leaves. Slide gates are the right answer when the driveway slopes at the gate line or the swing path is blocked, and they need clear sideroom equal to the full opening width. Q: What is a cantilever gate and when do I need one? A: A cantilever gate slides across the opening while hanging from rollers on posts to one side, so it never touches the ground. It is the right choice on uneven ground, on drives that flood or collect gravel and leaves, and anywhere a ground track cannot be kept clean. It needs about 1.5 times the opening width in total run. Q: Which gate operator brands do you install? A: We install and service LiftMaster, DoorKing and All-O-Matic gate operators in swing and slide configurations, with residential, light commercial and continuous duty ratings. All three lines have strong parts availability in Dallas Fort Worth, which matters when a control board fails on a weekend and you need the gate back the same day. Q: Will my gate still work if the power goes out? A: Yes, if it is set up for it. A 24 volt DC operator with battery backup keeps running through an outage for a limited number of cycles, and solar packages work the same way. Every gate we install also has a manual release so the gate can be pushed open by hand when the batteries are done. Q: What safety devices does an automatic gate need? A: UL 325 requires at least two independent means of entrapment protection on a powered gate. In practice that means the operator's built-in obstruction sensing plus photo eyes, safety edges or safety loops, along with warning placards on both sides of the gate. We test every device at commissioning and on every service visit after that. Q: Do I need a permit or HOA approval for a driveway gate? A: Usually both. Most DFW cities require an electrical permit for the operator circuit, and many review gate setback from the right of way and vehicle stacking distance from the street. If you are in an HOA, expect an architectural review of the gate height, style, material and finish color before work can start. Q: Can you add an operator to a gate I already have? A: Yes. If the existing gate is square, hangs true and the posts are sound, we size an operator to it, run power and low voltage, install photo eyes and loops, and set up your access control. If the posts have shifted or the leaves sag, the posts and hinges get corrected first, because an operator will not fix a gate that is already fighting gravity. --- ## Driveway Gate Repair in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/driveway-gates/gate-repair Service type: Driveway Gate Repair Professional Garage Concepts repairs automatic driveway gates across Dallas and Fort Worth, including the operator, the control board, the safety loops and photo eyes, the access control and the gate structure itself. We answer emergency gate calls 24 hours a day at (817) 381-6173. Working in this metroplex since 2001, 532 Google reviews at a 4.8 star average, International Door Association certified. Almost every gate that stops working stops for a machinery reason, not a fence reason. The gate is usually fine. The board took a surge, the loop detector lost the loop, a limit switch drifted, the battery is finished, the gearbox stripped, or a photo eye is aimed at nothing. That is our trade. We have been diagnosing motors, boards, sensors and travel limits on powered openings in DFW since 2001. If a fence company built your gate, that is normal here. Nearly every driveway gate in this market was sold by a fence contractor. When the machinery quits, call the people who service machinery. ### What actually goes wrong with driveway gates in DFW After more than twenty years of gate calls in this market, the failure list is short and repetitive. Roughly in order of how often we see it: - Control board failure after a lightning strike or power surge. The most common storm season gate call in North Texas. - Operator failure. Stripped gearbox, burned motor, failed capacitor, worn drive chain or belt, broken drive nut on a linear arm. - Limit switch drift. The gate stops short, over-travels into the stop, or slams. Usually mechanical limits that shifted or magnets that moved. - Safety loop failure. A cut or shorted loop in the pavement, a failed loop detector, or a loop that lost its sealant and took on water. - Photo eye faults. Misalignment, a dirty or fogged lens, spider webs across the beam, a chewed wire, or a receiver blinded by low afternoon sun. - Gate off track or dragging. Slide gates that jumped the track, worn or seized rollers, a bent guide, or debris packed into the track. - Broken hinges, sagging leaves and shifted posts. Clay soil movement and heavy ornamental gates working the hinges loose over a few seasons. - Dead batteries, in both DC battery backup operators and solar systems where the panel is shaded, dirty or undersized for real use. - Access control faults. Keypads that lost their programming, telephone entry that lost service, remotes that need re-learning, dead receivers. - Rodent and insect damage. Fire ants in a control box and rats chewing low voltage wire are both routine calls here. ### Operator failure: what fails and what we replace A gate operator is a motor, a gearbox, a drive mechanism and a control board sitting in a weather box outdoors in Texas. It has a finite life, and how long that life runs comes down to whether the operator was sized correctly for the gate in the first place. An undersized operator is the root cause we find most often on gates less than five years old. A long ornamental swing leaf loads a motor as hard as a short heavy one, and a residential duty unit put on a shared drive running 60 cycles a day will fail well before its rating suggests. When we replace an operator we size it to the actual gate weight, leaf length and measured daily cycles, not to whatever was mounted there before. We repair and replace LiftMaster, DoorKing and All-O-Matic operators. - Motor and capacitor replacement - Gearbox rebuild or replacement - Drive chain, belt and sprocket replacement - Rack and pinion alignment and rack replacement on slide gates - Linear arm drive nut and arm replacement on swing gates - Limit switch replacement and full travel reset - Complete operator replacement, sized to the gate rather than to the old unit - Surge protection installed at the operator with any board or operator replacement ### Storm damage: control boards, surges and lightning North Texas storm season fills our gate schedule. A gate operator sits outdoors with a line voltage feed, a low voltage loop field buried in the pavement and an antenna wire running straight into the board. That is three separate paths for a surge to reach the electronics, and a nearby strike does not have to hit the gate to kill the board. The symptom is usually total. No response from any input, no lights on the board, or lights but no motor. Sometimes it is partial, where the gate opens but will not close, or the loops stop detecting while everything else still works. We test the transformer, the control board, the loop detectors and the radio receiver separately, because replacing a board when the detector is dead solves nothing and costs money. When we replace a board we install surge protection at the operator. It is a small line item that pays for itself the first storm season. Gates in this market without it tend to lose a board every few years. One more thing worth checking after a storm. Surges frequently take out the loop detector or the radio receiver while leaving the main board alive, which produces a gate that behaves almost normally except for one function. If your gate still opens from the keypad but no longer sees a car, or the remotes died while everything else works, that is a symptom of a partial surge and not a coincidence. ### Gate off track, rollers and worn hardware Slide gates fail mechanically more often than they fail electrically. A ground track collects gravel, leaves, mud and seed pods. The gate climbs the debris, a wheel lifts, and the gate either comes off the track or binds hard enough to trip the operator's obstruction sensing and reverse. Cantilever gates have their own list. The upper roller trucks wear, the mounting hardware loosens from the posts, and the gate starts to sag toward the opening side. A cantilever gate that has dropped even half an inch at the tip will begin dragging on the receiving post and chewing the roller assemblies. We re-seat and straighten gates, replace ground rollers, v-groove wheels and cantilever roller trucks, replace bent guides and track sections, re-shim and re-plumb posts, and correct the alignment that caused the wear. Putting a gate back on the track without fixing why it left the track just schedules the next call. ### Posts, hinges and Blackland Prairie clay Most of DFW sits on Blackland Prairie clay, which swells when it takes on water and shrinks when it dries out. A gate post set in a shallow, undersized footing sits entirely inside that moving layer and rides it. Over a few wet and dry cycles the post leans, the leaf drops at the latch edge, and the hinges start carrying a load they were never designed to carry. The symptoms are easy to read once you know them. A swing gate that closed cleanly in March now catches on the pavement in August and swings free again in January. A gate that opens fine in one direction and binds in the other. Hinge pins that squeal, weep rust, or show an oval wear pattern. A latch or stop that has to be forced. The fix depends on how far it has gone. Sometimes it is new hinges and a re-shim. Sometimes the post has to come out and go back into a footing sized for the gate load and set deep enough to get below the active soil zone, with the gate re-hung to it. We tell you which one you are actually looking at instead of adjusting hinges twice a year forever. ### Safety loops, photo eyes and UL 325 faults The safety system generates more gate complaints than the gate does, because when a safety device faults most operators are designed to fail safe and stop closing. A gate that stays open and refuses to close is very often a loop or a photo eye, not a motor. Loops are wire cut into the pavement and sealed. The sealant fails, water gets into the saw cut, the loop shorts, and the detector either reads a permanent vehicle or reads nothing at all. Pavement cracking through a loop cuts the wire outright. Photo eyes drift out of alignment, collect dust and webs, get blinded by low sun, or lose a wire to a rodent. We test loops and detectors with a meter instead of guessing, re-cut and re-seal failed loops, replace loop detectors, align and replace photo eyes, and repair or replace safety edges. Every gate repair we do ends with an entrapment protection test, because a gate that closes on a car or a child is a much larger problem than the one you called about. ### Solar gates and battery systems Solar gate operators are common on DFW acreage entries, where trenching power out to the road costs more than the gate. They work well when they are sized correctly and they fail predictably when they are not. The batteries are the wear part. Sealed batteries in a hot Texas gate box have a limited service life, and heat shortens it. The warning signs are a gate that slows down, a gate that opens but will not close, a gate that works in the morning and dies by evening, or a gate that runs a few cycles after a sunny day and quits after a cloudy one. The other half of solar failures are charging problems. A panel shaded by a tree that has grown since installation. A panel filmed over with dust and pollen. A failed charge controller. A system sized for ten cycles a day on a drive that now sees forty. We test panel output, the controller and the battery bank under load, then fix the cause instead of selling you batteries every spring. ### Access control that stopped working Access control fails on its own schedule, usually without anything happening to the gate. A keypad that lost its programming after a power event. Remotes that stopped working after a board was replaced and never got re-learned. A telephone entry unit that lost service when a carrier retired an old network. A radio receiver that quietly died and left every remote on the property useless. We reprogram and replace keypads, transmitters, receivers and antennas, service telephone entry and cellular units, set up app based control including LiftMaster myQ and DoorKing cellular systems, re-enroll users and codes, repair card and fob readers, and fix free exit loops and sensors. If a system is old enough that parts no longer exist, we will tell you that instead of ordering something that will never arrive. ### Why a garage door company is the right call for gate repair A driveway gate and a garage door are the same machine with different geometry. Both are a powered opening with a motor, a gearbox, travel limits, a control board, a radio receiver and entrapment protection devices that have to be tested. The diagnostic sequence is identical and so is the parts inventory. Fence contractors build excellent gates. Building a gate and troubleshooting a loop detector are not the same trade, and most fence crews subcontract the operator work anyway. We have been servicing powered openings and their safety systems in Dallas Fort Worth since 2001, we are International Door Association certified, BBB A+ rated, licensed, bonded and insured, and we hold 532 Google reviews at a 4.8 star average. We also carry the parts. Control boards, loop detectors, photo eyes, limit switches, receivers, rollers and hinges ride on the truck, which is why most gate repairs finish on the first visit instead of the third. ### What happens on a gate repair call 1. Call and triage. Tell us what the gate does and does not do. Does the operator hum, click, or do nothing at all? Does it open but refuse to close? Did it stop after a storm? That one answer usually tells dispatch which parts to load before the truck leaves. 2. Diagnosis on site. We test the incoming power, the transformer, the control board, the limit system, the loop detectors, the photo eyes and the receiver as separate items. Replacing parts by guess is how a gate repair turns into three gate repairs. 3. Written findings and price. You get what failed, why it failed, what the repair costs, and what it costs to fix the underlying cause when those are two different numbers. Nothing gets replaced without your approval. 4. Repair. Most repairs finish the same visit, because boards, detectors, photo eyes, limit switches, rollers and hinges ride on the truck. If a part has to be ordered we leave the gate in a safe, secured position and confirm the return date. 5. Safety test and handoff. Every repair ends with a full entrapment protection test, limit and force verification, and a manual release demonstration. If the board was replaced, we reprogram your remotes, keypad codes and app users before we leave. ### How gate repair is priced We price the repair after diagnosis rather than over the phone, because the same symptom can be an inexpensive loop detector or a failed operator. What we will do on the phone is tell you which of those is more likely from what the gate is doing. - Diagnostic visit: Quoted before we dispatch per visit. A gate doing something nobody can explain - Common repairs, first visit: Quoted on site parts and labor. Storm damage, loop faults, dead remotes, worn rollers and hinges - Operator replacement: Quoted after sizing installed. A burned or undersized operator on a sound gate - When repair stops making sense: $4,500 starting at, new gate installed. A bent or rusted gate on moving posts with a dead operator ### Questions and answers Q: Why won't my automatic gate open? A: The most common causes are a failed control board after a power surge, a dead battery in a DC or solar operator, a tripped safety device holding the gate, a drifted limit switch, or a lost signal from a keypad or remote. Diagnosis starts at the power supply and works forward through the board, the limits and the safety circuit. Q: Why does my gate open but not close? A: A gate that opens but refuses to close is almost always a safety device fault rather than a motor problem. Gate operators are built to fail safe, so a shorted safety loop, a failed loop detector, a misaligned photo eye or a damaged safety edge will stop the closing cycle while the opening cycle still works normally. A disabled timer-to-close setting produces the same complaint. Q: How much does driveway gate repair cost in Dallas? A: Gate repair cost depends entirely on what failed. A loop detector or a photo eye is a small part. A control board is a moderate one. A burned operator is a replacement rather than a repair. We diagnose on site, give you the price before any work starts, and tell you on the phone which of those is most likely from the symptom you describe. Q: Can you fix a gate that a fence company installed? A: Yes. Nearly every driveway gate in Dallas Fort Worth was sold by a fence contractor, and we service them regardless of who built them or what brand of operator is on the post. What normally fails is the operator, control board, loop detector, photo eye or access control, which is machinery work rather than fence work. Q: My gate stopped working after a thunderstorm. What happened? A: A nearby lightning strike or power surge most likely took out the control board, the transformer, a loop detector or the radio receiver. Surges reach gate electronics through the line voltage feed, the loop wire buried in the pavement and the antenna. We test each of those separately and install surge protection along with the replacement part. Q: How long do gate operator batteries last? A: Sealed batteries in DC and solar gate operators are a wear part, and Texas heat shortens their life considerably. The warning signs are a gate that slows down, opens but will not close, works in the morning and quits by evening, or runs a few cycles after a sunny day and dies after a cloudy one. We test the bank under load rather than by voltage alone. Q: My gate is dragging on the driveway. What causes that? A: Dragging means the gate has dropped, and a gate drops because a post moved or the hinges wore out. Blackland Prairie clay across DFW expands and shrinks with moisture, which leans posts set in shallow footings. On slide gates, dragging usually means worn rollers, debris packed into the track, or a bent guide. Q: Do you repair gate keypads, remotes and telephone entry systems? A: Yes. We reprogram and replace keypads, transmitters, receivers and antennas, service telephone entry and cellular units, set up app control including LiftMaster myQ and DoorKing cellular systems, re-enroll user codes, repair card and fob readers, and fix free exit loops and sensors. Access control often fails without anything happening to the gate itself. Q: Do you offer emergency gate repair after hours? A: Yes. We answer gate calls 24 hours a day across Dallas Fort Worth. A gate stuck closed can trap vehicles on the property and a gate stuck open leaves it unsecured overnight, so both count as emergencies. Call (817) 381-6173 and describe what the gate is doing so dispatch can load the right parts. Q: Should I repair my gate or replace it? A: Repair when the gate frame is straight, the posts are sound and only the machinery has failed, which covers most of the calls we take. Replace when the frame is bent or rusted through, the posts are moving with the soil and the operator is finished. A new gate with an operator generally starts around $4,500 installed in DFW. --- ## Driveway Gate Installation Across DFW URL: https://www.professionalgarageconcepts.com/driveway-gates/gate-installation Service type: Driveway Gate Installation Professional Garage Concepts installs driveway gates across the Dallas Fort Worth metroplex, from the site evaluation and post footings through the gate, the operator, the access control and the safety system. We have installed and serviced automated openings in DFW since 2001 and hold 532 Google reviews at a 4.8 star average. A driveway gate installation is a small civil project with a motor on the end of it. The gate has to fit an opening that may slope. The posts have to hold several hundred pounds of swinging steel in soil that moves with the season. Power has to reach the operator and low voltage has to reach the keypad, the loops and the photo eyes. The operator has to be sized to the gate that actually got built, not the one on the sketch. Get those right and the gate runs for years on a lubrication and a battery. Get them wrong and you own a gate that drags every August, an operator that burns out in year two, and a safety loop that stops reading the first time the drive cracks. ### Swing, slide and cantilever: a spec comparison Pick the configuration from the site, then design the gate. Here is what each type requires and what it gives you back. - Single swing gate. Space needed: a clear arc equal to the leaf length, on ground that stays level through that arc. Slope tolerance: low, roughly 1 to 2 inches of rise through the swing path before it binds. Sideroom: minimal. Opening time: about 12 to 20 seconds. Cost: lowest. Best for level residential drives and ornamental iron entries with room behind the gate. - Dual swing gate. Space needed: two arcs, each equal to half the opening width. Slope tolerance: low. Sideroom: minimal. Opening time: faster than a single leaf across the same opening, because each leaf is half as long. Cost: moderate. Best for wide openings where a single leaf would be too long and too heavy for a swing operator. - Roller slide gate. Space needed: clear sideroom equal to the full opening width, plus a level concrete run for the ground track. Slope tolerance: high across the opening, low along the track, which must be level. Opening time: about 15 to 25 seconds. Cost: moderate. Best for sloped driveways, short setbacks and blocked swing paths. - Cantilever slide gate. Space needed: roughly 1.5 times the opening width in total run, for the counterbalance tail. Slope tolerance: high, and it clears gravel, debris and standing water because nothing touches the ground. Opening time: similar to a roller slide. Cost: highest of the slide types. Best for uneven ground, drives that flood, gravel drives and ranch entries. - Bi-fold gate. Space needed: about half the arc of a comparable swing gate. Slope tolerance: low to moderate. Opening time: roughly half that of a comparable swing. Cost: high. Best for short driveways, busy street frontages and properties where a car stacks close to the gate. ### Site evaluation: what we measure before quoting The site visit is where the project is actually designed. Everything below gets measured and photographed, and it all goes on the quote so nothing has to be assumed once the crew arrives. If a gate quote arrives without any of these numbers on it, the contractor is guessing and you will pay for the guess later. - Opening width at the gate line and the width of the driveway approaching it - Elevation change across the opening and along the swing arc or track run - Clear sideroom on both sides, counting fence lines, retaining walls, trees, mailboxes and utility pedestals - Stacking distance from the gate to the street, which decides whether a waiting car hangs into traffic while the gate opens - Existing columns, posts or footings and whether they can carry a moving automated gate - Nearest power source and the run distance from it to the operator - Pavement type and condition where safety and exit loops will be cut - Drainage, low spots and where water actually stands after a storm - Utility locates called before any trenching or footing excavation - Turning radius for the vehicles that really use the drive, including trailers and delivery trucks ### Gate posts and footings in Blackland Prairie clay This is the part of a DFW gate installation that separates a gate that lasts from a gate that leans, and almost nobody brings it up before selling you one. Most of the metroplex sits on Blackland Prairie soil, a highly expansive clay. It swells when it takes on water and shrinks when it dries, and North Texas delivers both extremes in the same year. That movement is concentrated in the upper few feet of soil, the active zone. A gate post set in a shallow, undersized footing sits entirely inside that zone and gets moved by it every season. That is why a gate that closed perfectly in March catches on the pavement in August. A gate post is also not a fence post. A swing gate post carries a cantilevered load. Several hundred pounds of steel hanging out sideways is trying to tip that post over every hour of every day, and the clay is helping. Footings for gate posts have to be sized for that overturning load and set deep enough to reach past the active zone, with diameter and depth driven by gate weight, leaf length and post height. - Footings sized for gate weight and leaf length, not to a default fence post spec - Depth set to reach past the seasonal moisture active zone rather than to a standard fence depth - Concrete crowned at the top so water sheds off the footing instead of running down the post - Steel post section matched to the load, with heavier sections under long ornamental leaves - Reinforcement in larger footings where the overturning load calls for it - Drainage addressed where a post sits in a low spot, because a footing standing in water moves the most - Existing masonry columns evaluated before a gate is hung on them, since most were built to look good rather than to carry a moving load - Slide gate track runs poured level and thick enough to keep the track from settling ### Trenching, power and low voltage The gate needs a dedicated circuit, and the safety and access devices need low voltage runs, which means trenching from the panel out to the gate. On acreage entries that distance is often the single largest line item on the quote, and it is the reason solar becomes attractive on long runs. Line voltage and low voltage go in separate conduits. Sharing a trench is fine. Sharing a conduit invites interference on the loop and receiver circuits, which produces intermittent faults that are miserable to chase two years later. Everything terminates in a weather rated enclosure at the operator. - Dedicated circuit to the operator, permitted where the city requires it - Separate conduits for line voltage and low voltage in the same trench - Low voltage runs to the keypad, telephone entry, photo eyes, exit device and loop detectors - Safety and exit loops saw cut into the pavement, wire laid, and the cut sealed against water intrusion - Spare conduit sleeves under the drive so future work does not mean cutting concrete again - Solar packages where the trench run makes line power impractical, sized to measured daily cycles - Surge protection installed at the operator, which is inexpensive insurance in North Texas storm season ### Operator sizing, access control and safety The operator is sized by three numbers: finished gate weight, leaf or gate length, and cycles per day. Miss any one of them and the operator fails early. Weight is the obvious one. Leaf length is the one people forget, because a long light gate puts as much torque on a swing operator as a short heavy one. Cycles per day is the one owners underestimate, especially on shared drives, ranch entries with staff traffic, and homes where teenagers, deliveries and lawn crews add up faster than anyone counts. We install LiftMaster, DoorKing and All-O-Matic. All three have real parts availability in this market, which matters the Sunday a control board dies. Decide access control before the trench is dug. Conduit is cheap while the ditch is open and expensive after the concrete goes back. The safety package is not a choice at all. UL 325 requires at least two independent means of entrapment protection on a powered gate, which in practice means the operator's built-in obstruction sensing plus photo eyes, safety edges or safety loops, with warning placards on both sides. - Residential duty: roughly 10 to 20 cycles a day, a single family driveway - Light commercial duty: roughly 20 to 50 cycles a day, shared drives and small offices - Continuous duty: 50 cycles a day and up, with the thermal rating to run all day - 24V DC with battery backup so the gate still operates through a power outage - Swing options: arm, linear and underground operators. Slide options: chain, belt and rack and pinion. - Access control: keypads with per-user codes, transmitters, telephone entry, cellular app control including LiftMaster myQ and DoorKing, card and fob readers - Free exit loop, exit wand or photo sensor so nobody needs a code to leave - Emergency access for fire and EMS: Knox box, siren-activated sensor or click-to-enter receiver - Safety: photo eyes on both paths, safety and shadow loops, safety edges where a beam cannot cover the pinch point ### Permits, HOA approval and lead times Two things delay gate projects in DFW, and fabrication is rarely one of them. The first is approvals. The second is deciding late. Most cities in the metroplex require an electrical permit for the operator circuit. Many also review where a gate meets a public right of way, with setback rules that keep a gate from opening into the street and stacking requirements so a waiting vehicle does not block traffic. Fire access is its own review in many jurisdictions, and gates serving more than one home often need an emergency access device. Requirements vary city to city, so we confirm with your jurisdiction rather than assuming what Keller does is what Frisco does. If you are in an HOA, expect an architectural review. Associations typically look at gate height, style, material, finish color, and whether the design matches the neighborhood standard. Submit early. A committee that meets once a month can add four to six weeks to a schedule for a gate that was never going to be denied. Lead time on the gate itself depends on what you ordered. Stock panel gates move quickly. Custom ornamental iron is fabricated to your drawing and takes longer. Operators and access control hardware are usually available. On site, most installations run two to four days once materials arrive, and footings need cure time before any gate load goes on them. We confirm the lead time in writing at order release and tell you if it moves. ### How a driveway gate installation runs 1. Site evaluation. We measure the opening, the slope through the gate path, clear sideroom, stacking distance to the street, existing columns and the power run distance. Utility locates get called before anything is dug. 2. Design and specification. You get a gate type the site actually supports, a material and finish, an operator sized to the finished gate weight and your measured cycle count, and an access control plan. All of it appears on the written quote with the lead time. 3. Approvals and ordering. We pull the electrical permit where the city requires one and provide drawings and specifications for your HOA architectural submittal. The gate is released for fabrication once approvals are in hand. 4. Footings and rough-in. Posts and footings are set to a depth and diameter sized for the gate load and for expansive clay. Trenching, conduit, line voltage and low voltage go in at the same time, and the loops are cut and sealed. 5. Gate and operator installation. Footings cure before any gate load goes on them. The gate is hung plumb and square, the operator is mounted and aligned, and the drive is set and tensioned to the manufacturer's specification. 6. Commissioning and training. We set travel limits and force, test every safety device, program remotes, keypad codes and app users, install the warning placards, and demonstrate the manual release. You get the operator documentation and our direct number. ### Driveway gate installation cost in DFW These are installed ranges for this market, not quotes. Opening width, gate weight, ornamental detail, footing size, trench distance for power, operator duty rating and access control all move the final number. - Single swing gate, installed: $4,500 starting at. A level residential driveway with room for the swing - Dual swing, slide or cantilever: $8,000 to $15,000 installed. Wider openings, sloped drives and heavier gates - Custom ornamental iron entry: $15,000+ installed. Estate entries with stone columns and custom scrollwork - Power, trenching and low voltage: Quoted by distance per project. Acreage entries where the panel is a long way from the gate ### Questions and answers Q: How long does driveway gate installation take? A: Most driveway gate installations take two to four days on site once materials arrive, covering post footings, trenching and conduit, gate hanging, operator mounting and commissioning. Footings need cure time before the gate hangs on them. The longer part of the schedule is usually fabrication lead time plus permit and HOA approval, not the crew time. Q: How deep should driveway gate posts be set in DFW soil? A: Gate post footing depth and diameter are sized to the gate weight, leaf length and post height, and in Dallas Fort Worth they need to reach below the seasonal moisture active zone in expansive Blackland Prairie clay. A gate post carries a sideways cantilevered load, so it needs far more footing than a fence post. Skipping this is why so many DFW gates start dragging in late summer. Q: Do I need a permit to install a driveway gate? A: In most Dallas Fort Worth cities, yes. An electrical permit is normally required for the operator circuit, and many jurisdictions review gate setback from the right of way, vehicle stacking distance from the street, and emergency access for fire and EMS. Requirements vary by city, so we confirm with your jurisdiction before anything is ordered. Q: What size gate operator do I need? A: Operator sizing comes from three numbers: finished gate weight, leaf or gate length, and cycles per day. Long light gates load a swing operator as hard as short heavy ones, and daily cycle counts are almost always underestimated. Count an actual week of use, including deliveries and service crews, before choosing a duty rating. Q: Can I put an automatic gate on a sloped driveway? A: Yes, but the slope usually decides the gate type for you. A swing gate binds when the pavement rises more than an inch or two through the swing arc, so sloped openings normally call for a roller slide gate running on a level track or a cantilever gate that never touches the ground at all. Q: How much sideroom does a slide gate need? A: A roller slide gate needs clear sideroom equal to the full opening width, so the gate has somewhere to go when it opens. A cantilever gate needs roughly 1.5 times the opening width in total run, because the counterbalance tail extends past the gate. Fence lines, trees, retaining walls and utility pedestals all count against that space. Q: Do you handle the electrical work and trenching? A: Yes. We run the dedicated circuit to the operator, trench and sleeve the conduit, pull separate line voltage and low voltage runs, saw cut and seal the safety and exit loops, and terminate everything in a weather rated enclosure at the gate. Solar is priced as an alternative where the trench run is long. Q: Will my HOA approve a driveway gate? A: Most HOAs allow driveway gates but require architectural review of the height, style, material and finish color before installation begins. Submit early, because a committee that meets monthly can add four to six weeks to your schedule. We provide the drawings and specifications for your submittal package. --- ## Garage Floor Coating in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/garage-floor-coatings Service type: Garage Floor Coating This page covers garage floor coatings in Dallas-Fort Worth: the four systems we install, what each one costs per square foot, how the install actually runs, and which system fits your slab. Professional Garage Concepts has worked on DFW garages since 2001 and carries 532 Google reviews at 4.8 stars. Most coating failures in this market are not a product problem. They are a preparation problem. A coating rolled onto an acid-etched or unground slab has almost nothing to grip, and the first 105-degree August afternoon with a hot tire parked on it pulls the coating up in sheets. Everything below is built around avoiding that. Call (817) 381-6173 for a measured quote, or come see the samples in person at our Keller or Grand Prairie showroom. Flake blends and metallic panels look nothing like they look on a phone screen. ### The four systems we install, and what each one is actually for Nearly every residential garage floor in DFW ends up as one of four builds. They are not interchangeable. The right pick depends on your slab condition, how much sun the floor sees, whether you park hot vehicles on it, and what you want it to look like. We will tell you when a cheaper system is the correct answer for your floor. A 400 square foot garage that stores boxes does not need a 12 dollar per square foot metallic pour. - Polyurea base with polyaspartic topcoat. Cures in hours instead of days, holds its color under UV, stays slightly flexible over a moving slab. Best for: nearly every DFW garage, one-day installs, and anyone who needs to park on the floor fast. - Epoxy. Rigid, thick-building, high compressive strength, and the only chemistry we use for a true moisture vapor barrier primer. Ambers under sunlight. Best for: slabs with high moisture vapor emission, garages needing serious mil thickness, and budget-driven solid-color jobs. - Flake broadcast. Vinyl chip cast into the base coat, then locked under a clear topcoat. Adds texture, hides slab imperfections, and gives you a floor that does not show every drip. Best for: family garages, workshops, and any slab with patch marks or old crack repairs. - Metallic epoxy. Reflective pigment moved through a clear resin so the floor reads like poured stone or liquid metal. No two are alike. Best for: showrooms, retail spaces, collector garages, and any floor that is meant to be looked at. ### Polyaspartic vs epoxy: the honest comparison Most coating companies in DFW now sell polyaspartic and attack epoxy to do it. That is half true. Polyaspartic is the better topcoat for a garage in Texas. Epoxy still does two jobs polyaspartic cannot do as well, and pretending otherwise costs customers money. Here is the plain version, side by side. - Cure and return to service. Polyaspartic: walk on it in a few hours, park on it the next day. Epoxy: 24 to 72 hours to walk, 5 to 7 days before vehicles. This alone is why the one-day install exists. - UV stability. Polyaspartic is aliphatic and holds its color. Epoxy is aromatic and ambers to a yellow cast wherever direct sun hits it, which in a DFW garage means the strip inside the door. - Temperature range at install. Polyaspartic cures from roughly 0 to over 100 degrees, so we install in January and in August. Epoxy wants 55 to 90 degrees and slows badly outside that. - Flexibility. Polyaspartic has meaningfully higher elongation and rides small slab movement. Epoxy is rigid and telegraphs new cracks faster on an expansive clay slab. - Abrasion and chemical resistance. Polyaspartic topcoats outperform on abrasion and on road salt, brake fluid and battery acid. Epoxy holds its own but scratches show sooner on gloss. - Film build. Epoxy is the better body coat. It builds thick in one pass and fills minor profile. Polyaspartic goes down thin and fast. - Moisture. A 100 percent solids epoxy moisture vapor barrier primer is still the correct answer for a slab pushing vapor. Polyaspartic is not a vapor barrier. - Cost. Epoxy material is cheaper per gallon. Polyaspartic costs more and installs faster, so the finished per square foot numbers land closer than people expect. - DIY. Epoxy kits have a workable pot life. Polyaspartic has a pot life measured in minutes and is not a homeowner product. ### Why DFW slabs need a different approach Garage floors here sit on some of the most active soil in the country. The Blackland Prairie clay that runs under Dallas, Ellis, Collin and much of Tarrant County swells when it rains and shrinks hard in a July drought. Slabs move. Hairline cracks open and close with the season. A rigid coating over a moving slab shows every one of them. Most DFW homes built since the late 1980s also sit on post-tension slabs. There are steel tendons under tension inside that concrete. We do not saw cut, core drill or drive anchors into a post-tension slab without scanning first, and any contractor who is casual about that is a problem. Grinding and patching is safe. Cutting is not, unless it is located properly. The third issue is water. Slab moisture vapor emission is invisible and it is the number one cause of coating delamination that looks like a bond failure but is not. Vapor pushes up through the slab, condenses under a non-breathable film, and lifts it. Older DFW slabs frequently have no vapor retarder under them at all. - Expansive clay: seasonal slab movement, hairline cracking, occasional differential settlement at the apron. - Post-tension construction: scan before any cut, patch and grind only unless a cut is verified clear. - Moisture vapor emission: measured, not guessed, before we choose a primer. - Summer surface temperature: garage slabs regularly run over 100 degrees, which changes both product selection and installation timing. - Hot tire pickup: the specific failure mode this climate produces more than any other. ### Hot tire pickup: why coatings fail in Texas and how we stop it Hot tire pickup is when a coating lifts off the slab in a patch shaped like a tire contact patch. It happens because a tire that has been on I-35 in August comes home at 140 degrees or better, softens the coating film, and sticks to it. When the tire cools it contracts and grips. If the bond between the coating and the concrete is weaker than the grip of that tire, the coating loses. The fix is not a better product. It is bond strength. We diamond grind every slab to a concrete surface profile in the CSP 2 to 3 range, which is a mechanical tooth the coating locks into. We do not acid etch. Acid etching leaves a soft, contaminated surface and residual salts, and it is the single most common reason a garage floor coating in this market fails inside two summers. The second half is cure time. A polyaspartic system is ready for vehicles the next day. An epoxy system is not, no matter how dry it feels. Parking a hot vehicle on epoxy that has skinned over but not cured through will pull it up, and that is on the schedule, not the product. ### One-day installation: how it actually works A standard two-car garage with a sound slab gets ground, repaired, base coated, broadcast, scraped and topcoated in a single day. You are off the floor overnight, walking on it that evening or the next morning, and parking on it 24 hours after the topcoat goes down. That is the polyurea and polyaspartic system doing the work. Recoat windows are measured in hours. One-day is not always the right call, and we will say so. A slab with heavy oil saturation needs degreasing and a dry-out period. A slab with high moisture vapor emission needs an epoxy vapor barrier primer that has its own cure schedule. A floor with significant spalling or a failed previous coating needs a full mechanical removal day before anything goes down. Three-car and oversized garages sometimes run into a second day simply because of square footage. What we will not do is compress the prep to protect a one-day promise. Prep is the entire job. ### Color, flake and finish: pick it in the showroom, not on a screen Flake blends photograph badly. A blend that looks gray online can read blue or brown once it is broadcast to refusal and locked under a clear topcoat, because you are seeing hundreds of chips at once instead of a swatch. Metallic is worse. A metallic pour changes completely depending on the light in the room. We keep real, full-size samples at both showrooms, 220 N Main Street in Keller and 801 Greenview Drive in Grand Prairie. You can put a sample panel on the floor, stand over it, and see what it does. Every other coating company competing for this work in DFW is a truck and a trailer. - Solid color: single-tone base with a clear topcoat. Clean, industrial, shows more. - Partial flake broadcast: light chip coverage with the base color still visible. Subtle, lower cost. - Full flake broadcast: chip cast to refusal, ground flat, clear coated. The standard residential build. - Flake size: 1/16 inch reads as a fine speckle, 1/8 inch is the most common look, 1/4 inch reads bold and terrazzo-like. - Metallic: single color or multi-color pour, gloss or satin topcoat. - Gloss level: high gloss shows the most depth, satin hides dust and tire marks better. ### Coat the floor while the rest of the garage is open The floor is the messiest part of a garage project and it is the one that dictates the schedule. Everything has to come out of the garage anyway. That is the cheapest moment to handle the door, the opener, the cabinets and the wall storage, because the crew is already there and the space is already empty. Professional Garage Concepts does doors, openers, gates, floor coatings, decorative concrete, cabinets and slat wall with our own people. No DFW competitor covers all of it. Coating companies do not touch doors. Door companies do not touch floors. When a coating contractor and a door contractor both work the same garage, you own the argument about who scratched what. With us there is one crew, one schedule and one number to call. - Coating plus new insulated door on the same visit window. - Coating plus cabinets and slat wall, installed after the floor cures so nothing gets dragged across fresh coating. - Coating plus a new opener, done while the door is already off the tracks. - Interior floor plus driveway or patio coating, color matched across the threshold. ### Why DFW homeowners hire us for this We have been working on garages in this metroplex since 2001. That is 25 years of watching what this soil and this heat do to slabs and coatings, on the same streets, in the same neighborhoods. The proof is public. 532 Google reviews at 4.8 stars. International Door Association certified. BBB A plus rated. Licensed, bonded and insured, with 24/7 emergency service on the door side. Our commercial work includes Herzog and Coca-Cola facilities, which is a different level of scrutiny than a residential garage and it shows up in how our crews prep. And we are not a franchise buying leads. We are local, we have two physical showrooms you can walk into, and the person who quotes your floor works for the company that installs it. ### How we coat a garage floor, step by step 1. 1. Slab inspection and moisture testing. We walk the slab before quoting and look for spalling, previous coatings, oil saturation, control joint condition and crack activity. On slabs that raise a flag we run a moisture test, either a calcium chloride test or an in-slab relative humidity probe, because vapor drive decides whether you need an epoxy vapor barrier primer. Guessing here is how coatings delaminate two years later. 2. 2. Diamond grinding and profile. We grind the entire slab with diamond tooling on a dust-shrouded planetary grinder to open the concrete and cut a CSP 2 to 3 profile. Edges and corners get hand-ground with a shroud so the perimeter has the same tooth as the field. No acid etching, ever. This step is the difference between a coating that lasts and one that lets go under a hot tire. 3. 3. Crack, spall and joint repair. Cracks get chased open, vacuumed and filled with a rigid or flexible polymer depending on whether the crack is active. Spalls, pop-outs and old anchor holes get patched with a fast-set repair mortar and ground flush. On post-tension slabs we do not cut without scanning. Control joints are either filled flush or honored through the coating, and we tell you which we recommend and why. 4. 4. Vacuum, detail and mask. The slab gets HEPA vacuumed, then vacuumed again after any hand work, because grinding dust left in a crack becomes a bond breaker. Walls, door jambs, thresholds and any adjacent finish get masked. We set the coating terminations at the door line so the edge is clean and does not chip when the door seal drops on it. 5. 5. Primer or moisture vapor barrier. If the moisture test called for it, a 100 percent solids epoxy vapor barrier primer goes down first and gets its own cure window. Otherwise the polyurea base coat serves as the primer. On slabs with heavy porosity we prime to stop pinholing and outgassing, which is what causes bubbles in the finished floor. 6. 6. Base coat and flake broadcast. The polyurea base goes down at spec thickness, and vinyl flake is broadcast into it immediately while it is wet. Full broadcast means we throw flake until the floor rejects it, so no base color shows through. Partial broadcast is a controlled lighter coverage. This is the step where the floor gets its color, its texture and most of its slip resistance. 7. 7. Scrape, vacuum and prep for topcoat. Once the base has set, we scrape the entire floor to knock down flake standing on edge, then vacuum the loose chip back up. On 1/4 inch flake this step gets aggressive because larger chips stand up more. Skip it and the topcoat sits on a floor that feels like sandpaper and reads cloudy. 8. 8. Polyaspartic topcoat. A clear polyaspartic topcoat locks the flake down, seals the surface and does the actual work of resisting UV, chemicals and abrasion. Gloss or satin is your call. Where slip resistance matters more, such as a garage that gets wet or a walkway, we blend a polymer or aluminum oxide grit into the topcoat at a texture level you approve. 9. 9. Cure, walkthrough and return to service. Polyaspartic systems are walkable in a few hours and take vehicles about 24 hours after topcoat. Epoxy systems need 5 to 7 days before you park on them. We walk the floor with you, hand over care instructions, and tell you exactly what day your vehicles can come back in. Do not put down rubber-backed mats for the first week. ### What a garage floor coating costs in DFW These are installed per square foot ranges for typical DFW residential garages. Slab condition moves the number more than anything else, so a floor needing moisture barrier primer, coating removal or heavy spall repair prices above these bands. We measure and quote in writing before any work starts. - Solid color system: $5 to $6 per sq ft installed. Budget-conscious garages, storage spaces, and slabs in good condition where a clean single color is the goal. - Full flake broadcast with polyaspartic topcoat: $6 to $10 per sq ft installed. The standard DFW residential garage. Hides slab imperfections, adds slip resistance, most floors installed in one day. - Metallic epoxy system: from $12 per sq ft installed. Showrooms, retail floors, collector garages and any floor meant to be a feature rather than a work surface. - Typical two-car garage, all in: $2,200 to $4,500 installed. A standard 400 to 550 square foot two-car garage with a sound slab, coated in flake or solid color. ### Questions and answers Q: How much does a garage floor coating cost in Dallas-Fort Worth? A: Garage floor coatings in DFW run $5 to $12 per square foot installed, and a typical two-car garage lands between $2,200 and $4,500. Flake systems price around $5 to $8 per square foot, and metallic epoxy starts near $12. Slab condition and repair needs move the number more than the coating itself. Q: How long does a garage floor coating take to install? A: Most two-car garages are ground, repaired, coated and topcoated in a single day using a polyurea and polyaspartic system. You can walk on the floor that evening and park on it about 24 hours later. Epoxy systems take longer and need 5 to 7 days before vehicles return. Q: What is the difference between epoxy, polyaspartic, and a flake system? A: Epoxy and polyaspartic are chemistries, and flake is a decorative layer that can go into either. Epoxy is rigid, thick-building, cheaper, and ambers in sunlight. Polyaspartic cures in hours, holds color under UV, and stays flexible. Flake is vinyl chip broadcast into the base coat for texture and appearance. Q: Will my garage floor coating peel from hot tire pickup? A: Hot tire pickup happens when the bond between coating and concrete is weaker than a hot tire gripping the surface as it cools. A slab that has been diamond ground to a CSP 2 to 3 profile, properly primed, and fully cured before vehicles return does not lift. Acid-etched floors do. Q: How long does a garage floor coating last in Texas heat? A: A properly prepped polyaspartic garage floor in DFW should hold up for 15 to 20 years of normal residential use, and the topcoat can be refreshed rather than replaced when it eventually dulls. Coatings that fail early almost always failed at the preparation stage, not from age or heat. Q: Are coated garage floors slippery? A: A clear gloss topcoat with no additive is slick when wet, the same as polished tile. A full flake broadcast creates surface texture that improves traction significantly, and we can blend polymer or aluminum oxide grit into the topcoat for more grip. Tell us if the floor will get wet and we will spec accordingly. Q: Can you coat a garage floor that already has old epoxy on it? A: Yes, but the old coating has to come off first. We mechanically remove failed or unknown coatings by grinding or shot blasting down to bare concrete, then treat the slab as a fresh install. Coating over an existing film means the new system is only as strong as the old bond underneath it. Q: Do you coat garage floors over post-tension slabs? A: Yes, we coat post-tension slabs routinely, and they are common across DFW homes built since the late 1980s. Grinding and surface patching do not disturb the steel tendons inside the concrete. What we will not do is saw cut, core drill or drive anchors into a post-tension slab without scanning to locate the cables first. Q: Can I see the flake blends and metallic finishes before I buy? A: Yes, we keep full-size sample panels of every flake blend and metallic finish at both showrooms, 220 N Main Street Suite A in Keller and 801 Greenview Drive in Grand Prairie. Flake and metallic look different in person than in photos, so seeing a real panel under real light is the only reliable way to choose. Q: What areas do you serve for garage floor coatings? A: We coat garage floors across the Dallas-Fort Worth metroplex, including Keller, Grand Prairie, Fort Worth, Dallas, Arlington, Southlake, Colleyville, Grapevine, Mansfield, Frisco, Plano and the surrounding communities. Call (817) 381-6173 and we will confirm scheduling for your address. --- ## Polyaspartic Garage Floor Coating in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/garage-floor-coatings/polyaspartic Service type: Polyaspartic Floor Coating A polyaspartic garage floor coating is a two-layer system: a polyurea base coat that bonds to the ground slab, and a clear polyaspartic topcoat that takes the wear. Both are fast-cure aliphatic chemistries, which is why the whole floor goes down in one day and why it does not amber in sunlight the way epoxy does. This is the system we recommend for most Dallas-Fort Worth garages. It cures in heat and in cold, it stays slightly flexible over an expansive clay slab, and it takes vehicles back about 24 hours after the topcoat. Professional Garage Concepts has been installing floors and doors in DFW since 2001 and holds 532 Google reviews at 4.8 stars. It is not the right answer for everything, and this page says where it is not. Call (817) 381-6173 or come look at real samples at our Keller or Grand Prairie showroom. ### What polyurea and polyaspartic actually are Polyaspartic is a type of polyurea. Both are formed by reacting an isocyanate with an amine, and the difference is the amine. Polyaspartic uses a slower-reacting aspartic ester, which buys enough working time to actually spread it on a floor. Straight polyurea cures in seconds and is sprayed. Polyaspartic cures in minutes to hours and is squeegeed and rolled. Both are aliphatic, which is the technical reason they hold color. Aromatic resins, including standard epoxy, break down under ultraviolet light and turn yellow. Aliphatic resins do not. In a garage we use them as a pair. The polyurea base coat has deeper penetration into the ground slab and better adhesion. The polyaspartic topcoat has better clarity, UV stability and abrasion resistance. Running a single product for both jobs gives up something in one direction or the other. - Polyurea base coat: penetrates the open profile, bonds hard, carries the flake broadcast. - Vinyl flake layer: color, texture and slip resistance. - Polyaspartic topcoat: UV stability, chemical resistance, abrasion resistance, gloss or satin. - Total dry film in a residential system is typically 20 to 30 mils depending on flake size and coverage. ### Cure speed and the one-day install The recoat window is what makes a one-day floor possible. A polyurea base coat is ready for the next layer in one to two hours instead of overnight. That means grind, repair, base coat, broadcast, scrape and topcoat all fit inside a single working day on a standard two-car garage. The practical schedule looks like this. Crew arrives in the morning and grinds. Repairs go in and cure while edges are detailed. Base coat and flake go down before lunch on most jobs. Scrape and vacuum in the early afternoon. Topcoat late afternoon. You can walk on it that evening, put light items back the next morning, and park on it 24 hours after the topcoat. Compare that to epoxy. Epoxy needs 24 hours or more between coats, 24 to 72 hours before foot traffic, and 5 to 7 days before you park a vehicle on it. On a two-car garage that is most of a week with your entire garage sitting in the driveway. ### UV stability: why epoxy floors turn yellow and this one does not Every DFW garage has a strip of floor just inside the door that gets direct afternoon sun whenever the door is open. On an epoxy floor with a clear epoxy topcoat, that strip ambers. Give it two or three Texas summers and you have a visible yellow band across the front of the floor while the back stays the color you picked. The cause is chemical, not a defect. Aromatic epoxy resin has benzene rings in its backbone that absorb UV and break down. The reaction is called ambering and no epoxy topcoat is immune to it, including the ones sold as UV resistant. A polyaspartic topcoat is aliphatic and does not have that problem. This is also why we put a polyaspartic topcoat over epoxy on jobs where an epoxy body coat is the right call. You get the epoxy build underneath and UV stability on the surface. ### Temperature tolerance: it installs in a Texas August and a January cold snap Epoxy has a fairly narrow install window. Below roughly 55 degrees it thickens, cures slowly and can fail to cross-link properly. Above roughly 90 degrees the pot life collapses. In an unconditioned DFW garage, that rules out a lot of the calendar. Polyaspartic cures across a much wider band, from near freezing to well over 100 degrees of surface temperature. That matters twice a year here. In January and February we can coat an unheated garage that is sitting at 40 degrees. In July and August we can coat a slab reading over 100 degrees, working in smaller sections and adjusting the mix to manage pot life. The honest caveat: heat shortens working time. On a 100-degree slab a polyaspartic mix that normally gives 30 minutes may give 15. That is a crew skill issue, and it is why we schedule hot-weather pours in smaller batches with more hands on the floor rather than pushing a single batch across a whole bay. ### Abrasion, chemical and impact resistance A garage floor in DFW gets hot tires, dropped tools, jack stands, road salt tracked in from the rare ice event, spilled gas, brake cleaner, battery acid and oil. A polyaspartic topcoat handles all of it better than a clear epoxy of the same thickness. Abrasion is where the gap is widest. Polyaspartic topcoats hold up notably better under taber abrasion testing than standard epoxy topcoats, which in real terms means fewer visible scuffs from a floor jack rolling across the same path for years. Impact is the other one. Because polyaspartic has higher elongation, a dropped socket bounces instead of chipping the film. Rigid epoxy is harder but more brittle, and a sharp impact on a thick epoxy floor takes a chip out. - Hot tire pickup: no lifting on a properly ground and primed slab, and the film does not soften at tire temperatures. - Petroleum products: gas, oil, brake fluid and transmission fluid wipe up if you get to them within a reasonable time. - Road salt and ice melt: no etching, no staining. - Battery acid and most household chemicals: resisted, not indefinitely, but wiped up they leave nothing. - Abrasion: better than clear epoxy at equal film thickness. - Impact: flexes instead of chipping. ### Flexibility over an expansive clay slab Blackland Prairie clay is one of the most active soils in Texas. It swells when it takes on water and shrinks when it dries out, and a slab sitting on it moves seasonally. In a wet spring and a dry August you can watch hairline cracks in a driveway open and close. A rigid coating over a slab like that telegraphs the movement. Epoxy is hard and does not stretch, so a slab crack that opens under it reflects straight through the film. Polyaspartic has meaningfully higher elongation and absorbs small movement without cracking. This is not magic. No coating bridges a structurally active crack, and any contractor who tells you otherwise is selling. What a flexible topcoat does is handle the hairline seasonal movement that a DFW slab produces every year, which is the difference between a floor that stays clean-looking for fifteen years and one that starts showing cracks in year three. ### The honest trade-offs Polyaspartic is the better garage coating for most DFW homes. It is not better at everything, and here is where it loses. First, it is not a DIY product. Pot life on a polyaspartic mix runs roughly 20 to 40 minutes at room temperature and much less on a hot slab. Once it is mixed you are committed, and there is no stopping to reposition a fan or answer the door. Epoxy kits from a big box store give you two hours of working time for a reason. If you are pricing a weekend project, buy epoxy, not polyaspartic. Second, material cost is higher per gallon. Polyaspartic goes down thin, so material use is lower than the price difference suggests, but the finished number still runs above a basic epoxy job. Third, it is not a moisture vapor barrier. If your slab tests high for moisture vapor emission, you need a 100 percent solids epoxy vapor barrier primer underneath. Polyaspartic on a wet slab without that primer will fail. Fourth, film build. Polyaspartic goes down thin by design. If you need serious thickness to level a rough or previously damaged slab, an epoxy body coat under a polyaspartic topcoat is the correct build. ### Polyaspartic vs epoxy: the side by side Both chemistries have a place. This is the comparison we walk customers through in the showroom before they choose. - Full cure to vehicle traffic. Polyaspartic: about 24 hours. Epoxy: 5 to 7 days. - Install time on a two-car garage. Polyaspartic: one day. Epoxy: two to three days on site plus cure. - UV stability. Polyaspartic: aliphatic, holds color. Epoxy: aromatic, ambers in sunlight. - Install temperature range. Polyaspartic: near freezing to over 100 degrees. Epoxy: roughly 55 to 90 degrees. - Working time once mixed. Polyaspartic: 20 to 40 minutes, less when hot. Epoxy: 45 minutes to 2 hours. - Flexibility. Polyaspartic: higher elongation, rides seasonal slab movement. Epoxy: rigid, telegraphs cracks. - Abrasion resistance. Polyaspartic: better. Epoxy: good but scuffs sooner. - Moisture vapor barrier capability. Polyaspartic: no. Epoxy: yes, at 100 percent solids in a rated primer. - Film build per coat. Polyaspartic: thin. Epoxy: thick, better for leveling a rough slab. - Installed cost. Polyaspartic: $6 to $8 per square foot in a flake system. Epoxy: $5 to $6.50 per square foot solid color. - DIY friendly. Polyaspartic: no. Epoxy: yes, with realistic expectations about prep. ### How we install a polyurea and polyaspartic floor 1. 1. Inspect the slab and test for moisture. We check the slab for spalling, active cracks, oil saturation, previous coatings and joint condition. Where the slab is on grade with no known vapor retarder, or where we see any surface darkening, we run a calcium chloride or in-slab relative humidity test. That result decides whether an epoxy vapor barrier primer goes under the polyurea. 2. 2. Diamond grind to a CSP 2 to 3 profile. Every square inch gets ground with diamond tooling on a dust-shrouded planetary grinder, then edges and corners are hand-ground to match. This opens the concrete so the polyurea can key into it mechanically. We do not acid etch. Acid leaves soft laitance and residual salts and is the leading cause of hot tire pickup in this market. 3. 3. Repair cracks, spalls and joints. Cracks are chased open, blown out and filled. Dormant cracks get a rigid polymer that grinds flush. Active cracks get a flexible polyurea joint filler that can move. Spalls, pop-outs and old anchor holes get a fast-set repair mortar. On post-tension slabs we scan before any cutting rather than assuming where the tendons run. 4. 4. Vacuum and mask. The floor is HEPA vacuumed, then vacuumed again after hand work, because grinding dust sitting in a crack becomes a bond breaker. Walls, jambs and thresholds get masked. We set the front termination line at the door seal so the edge is straight and does not chip when the door closes on it. 5. 5. Polyurea base coat. The pigmented polyurea base is mixed in controlled batches and pulled across the slab with a notched squeegee, then back-rolled for even film. On a hot slab we cut batch size and add hands so nothing kicks in the bucket. This coat is both the primer and the color, and it is what the flake lands in. 6. 6. Broadcast flake into wet base. Flake is hand-broadcast into the wet polyurea, thrown upward so it falls flat rather than landing on edge. Full broadcast means we keep throwing until the floor rejects any more chip and no base color shows. Partial broadcast is a lighter, controlled coverage that leaves base color visible. This is where the floor gets its texture. 7. 7. Scrape and vacuum. After the base sets, usually one to two hours, the whole floor is scraped to knock down chips standing on edge and to level the flake profile. Then the loose chip is vacuumed up and reclaimed. On 1/4 inch flake this is heavier work. Skipping it leaves a rough floor and a cloudy topcoat. 8. 8. Clear polyaspartic topcoat. The clear polyaspartic goes down over the locked flake in a controlled, even pull. Gloss or satin is your choice, and satin hides dust and tire marks better. If the floor needs added traction we blend polymer or aluminum oxide grit into this coat at a texture level you have felt on a sample first. 9. 9. Cure, walkthrough, return to service. Light foot traffic is fine in about 4 to 6 hours. Vehicles come back at about 24 hours. We walk the finished floor with you, point out the joint treatment and terminations, and hand over care instructions. Keep rubber-backed mats off the floor for the first week so the topcoat can finish gassing off. ### Polyaspartic garage floor pricing in DFW These are installed per square foot ranges for a residential DFW garage with a slab in reasonable condition. Removal of a failed existing coating, a moisture vapor barrier primer, or heavy spall repair adds to the number, and we itemize those on the written quote before we start. - Solid color polyurea and polyaspartic: $5 to $6.50 per sq ft installed. Clean single-color floors, storage garages, and slabs already in good shape. - Full flake with polyaspartic topcoat: $6 to $10 per sq ft installed. Most DFW residential garages. Best balance of appearance, traction and durability. - Moisture vapor barrier primer: $1 to $2 per sq ft add-on. Slabs that test high for moisture vapor emission, usually older on-grade slabs with no vapor retarder underneath. - Typical two-car garage: $2,200 to $4,500 installed. A 400 to 550 square foot two-car garage coated in a full flake polyaspartic system. ### Questions and answers Q: What is a polyaspartic garage floor coating? A: A polyaspartic garage floor coating is a fast-curing aliphatic polyurea system, normally installed as a pigmented polyurea base coat with vinyl flake broadcast into it and a clear polyaspartic topcoat over the top. It goes down in one day, resists UV yellowing, and takes vehicles back about 24 hours later. Q: Is polyaspartic better than epoxy for a garage floor? A: For most Dallas-Fort Worth garages, yes. Polyaspartic cures in hours instead of days, holds its color in sunlight where epoxy yellows, installs in cold and hot weather, and flexes with a slab that moves on clay soil. Epoxy still wins on film build and is the only chemistry that makes a true moisture vapor barrier primer. Q: How long does a polyaspartic garage floor take to cure? A: A polyaspartic topcoat is walkable in roughly 4 to 6 hours and ready for vehicle traffic in about 24 hours. Full chemical cure continues for several days after that. Keep rubber-backed mats and rubber tire cradles off the floor for the first week so the film can finish curing. Q: Does a polyaspartic floor turn yellow like epoxy? A: No, polyaspartic does not yellow, because it is an aliphatic resin whose chemical backbone does not break down under ultraviolet light. Epoxy is aromatic and ambers to a yellow cast wherever direct sun reaches it, which in a DFW garage is usually the strip just inside the door. That yellowing is chemistry, not a product defect. Q: Can polyaspartic be installed in cold weather? A: Yes, polyaspartic cures across a wide temperature range, from near freezing up past 100 degrees of surface temperature, so we install in unheated DFW garages in January and on 100-degree slabs in August. Epoxy needs roughly 55 to 90 degrees and slows badly or fails outside that window. Q: Can I install a polyaspartic coating myself? A: We do not recommend it. Polyaspartic has a pot life of roughly 20 to 40 minutes at room temperature and considerably less on a hot slab, so there is no room to stop, adjust, or fix a mistake once it is mixed. The bigger problem is prep: without a diamond grinder and a CSP 2 to 3 profile, any coating will fail. Q: How long will a polyaspartic garage floor last in DFW? A: A properly ground and installed polyaspartic floor should serve 15 to 20 years in a residential DFW garage. The topcoat carries the wear, so when it eventually dulls after many years, it can be scuff-sanded and recoated rather than the whole system being removed and replaced. Q: Is polyaspartic slippery when wet? A: A smooth clear gloss topcoat with no additive is slick when wet. A full flake broadcast builds real surface texture that improves traction, and we can add polymer or aluminum oxide grit to the topcoat for more grip. We let you feel the texture options on a sample before choosing, because too much grit is hard to clean. Q: Does polyaspartic work on a slab with moisture problems? A: Not on its own. Polyaspartic is not a vapor barrier, so a slab with high moisture vapor emission needs a 100 percent solids epoxy vapor barrier primer underneath first. We test the slab with a calcium chloride kit or an in-slab relative humidity probe before deciding, rather than guessing and hoping. Q: How much does a polyaspartic garage floor cost in Fort Worth or Dallas? A: Polyaspartic garage floors in DFW run $5 to $8 per square foot installed, so a typical two-car garage lands between $2,200 and $4,500. A solid color system sits at the low end and a full flake system with a polyaspartic topcoat at the high end. Moisture barrier primer adds $1 to $2 per square foot. --- ## Epoxy Garage Floor Coating in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/garage-floor-coatings/epoxy-garage-floor-coating Service type: Epoxy Floor Coating An epoxy garage floor is a two-part resin and hardener system applied over mechanically prepared concrete. In Dallas-Fort Worth it runs $5 to $6.50 per square foot installed for a solid color and $6 to $8 with a flake broadcast, which puts a typical two-car garage between $2,200 and $4,500. Epoxy has a real reputation problem in this market, and most of it is deserved. Big box kits, acid etching instead of grinding, and coatings driven on before they cure produce the peeling floors everybody has seen. None of that is the resin's fault. Prep and cure schedule cause almost every epoxy failure in DFW. This page covers where epoxy is genuinely the right call, where a polyaspartic system beats it, and what it costs. Professional Garage Concepts has been on DFW garages since 2001, holds 532 Google reviews at 4.8 stars, and keeps sample panels at two showrooms. Call (817) 381-6173. ### 100 percent solids vs water-based vs solvent-based epoxy Not all epoxy is the same product. The number that matters is solids content, which is the percentage of what you roll on that stays on the floor once the carrier evaporates. A 100 percent solids epoxy leaves everything. A 50 percent solids water-based epoxy leaves half. That difference drives film thickness, and film thickness drives durability. It also drives what the coating can do about moisture. - 100 percent solids epoxy. Nothing evaporates, so a single coat builds 10 to 20 mils. It is the only version that makes a rated moisture vapor barrier primer. Short pot life, needs a trained crew, and it is what we use on residential garage floors that need real build. - Water-based epoxy. Typically 40 to 60 percent solids, going down at 2 to 4 mils per coat. It breathes, which is useful on damp slabs, and it is what most hardware store kits are. Thin, low cost, and short service life in a garage that sees vehicles. - Solvent-based epoxy. Roughly 40 to 70 percent solids with deeper penetration into the slab and strong adhesion, but heavy VOCs make it a poor fit for an attached residential garage. - Where they land in a real garage: 100 percent solids for the body coat and the vapor barrier, water-based only when a breathable film is specifically what the slab needs. ### Mil thickness: what you are actually buying A mil is one thousandth of an inch. A sheet of paper is about 4 mils. That is roughly what a big box epoxy kit leaves on your floor after two coats, which is why those floors wear through in the tire paths within a couple of years. A real garage system is thicker by an order of magnitude. A 100 percent solids epoxy base coat runs 10 to 20 mils on its own. Add a full flake broadcast and a clear topcoat and the finished system lands somewhere between 20 and 40 mils depending on flake size. Thickness is not the only thing that matters, and past a point it stops helping. A 40 mil floor with poor adhesion peels exactly as fast as a 10 mil floor with poor adhesion. What thickness buys you is wear life and the ability to level minor surface irregularity in the slab. Bond strength comes from the grind. - Big box two-coat kit: roughly 3 to 5 mils total. Short life under vehicles. - Water-based commercial epoxy, two coats: 5 to 8 mils. Light duty. - 100 percent solids epoxy base plus clear topcoat: 15 to 25 mils. Full residential duty. - 100 percent solids base, full flake broadcast, double topcoat: 25 to 40 mils. Heavy residential and light commercial. - Mil thickness without a CSP 2 to 3 profile underneath is wasted money. ### Why hot tire pickup happens and how we prevent it Hot tire pickup is the failure everybody in DFW has seen: a patch of coating pulled off the slab in the exact shape of a tire. It is the single most common complaint about epoxy garage floors in Texas, and it has a specific mechanism. A tire coming off a Texas highway in August can surface at 140 to 160 degrees. Set that on an epoxy floor and two things happen. The heat softens the film slightly, and plasticizers in the tire rubber migrate into the coating. As the tire cools it contracts and grips what it is touching. If the adhesion between the coating and the concrete is weaker than that grip, the coating comes up with the tire. Everything about preventing it happens before the coating is opened. - Mechanical profile, not acid. We diamond grind to CSP 2 to 3. Acid etching leaves soft laitance and residual salts that guarantee weak bond. This is the single biggest cause of hot tire pickup in DFW. - Clean, dry, dust-free slab. Grinding dust left in a crack or at an edge is a bond breaker. We HEPA vacuum twice. - Contamination removal. Oil-saturated concrete is degreased and, where necessary, ground deeper until we are into clean slab. Coating over an oil spot never works. - A primer suited to the slab. Porous slabs get primed to stop pinholing and outgassing. Damp slabs get a vapor barrier primer. - Full cure before vehicles. Epoxy needs 5 to 7 days before a car comes back in, no matter how dry the surface feels. Driving on it at day two is what turns a good install into a callback. - A polyaspartic topcoat. Adding a fast-cure, higher-elongation clear over the epoxy body coat both shortens the wait and takes the tire load off the epoxy. ### Moisture vapor barrier primers: the epoxy job nothing else does This is the one place epoxy is genuinely irreplaceable. Concrete on grade wicks water from the soil and pushes it upward as vapor. Put a non-breathable coating over a slab with high vapor drive and the moisture collects under the film, builds osmotic pressure, and pushes the coating off. It looks exactly like an adhesion failure and it is not. DFW has a lot of slabs at risk. Homes built before vapor retarders became standard practice often have nothing under the slab but sand and clay. Expansive Blackland Prairie clay holds water against the slab for weeks after a wet spring. Garages at the low end of a lot collect runoff along the apron. We test rather than guess. A calcium chloride test measures moisture vapor emission rate in pounds per 1,000 square feet per 24 hours. An in-slab relative humidity probe reads the internal RH of the concrete. If those numbers come back high, a 100 percent solids epoxy moisture vapor barrier primer goes down first. Polyaspartic cannot do that job. No topcoat can. ### Where epoxy is the right call over polyaspartic We install more polyaspartic than epoxy, and we will say plainly that polyaspartic is the better system for a typical DFW garage. But there are four situations where epoxy is the correct answer and we specify it without hesitation. First, moisture. A slab with high vapor emission needs an epoxy vapor barrier primer. That is not optional and no other chemistry substitutes. Second, film build over a rough or previously damaged slab. Epoxy builds thick in a single pass and self-levels minor irregularity. A previously coated floor that was ground off, or a slab with widespread shallow spalling, benefits from an epoxy body coat that polyaspartic cannot match at the same labor cost. Third, budget. A solid color 100 percent solids epoxy floor with a clear topcoat is the least expensive real coating system we install. If the choice is a properly prepped epoxy floor or no coating at all, the epoxy floor is the better outcome. Fourth, chemical exposure in a shop setting. High-build epoxy has excellent resistance to a broad set of solvents and is the standard in industrial settings for that reason. The build we recommend most often is a hybrid: 100 percent solids epoxy body coat, flake broadcast, and a clear polyaspartic topcoat. You get the epoxy build and the UV stability, fast recoat and abrasion resistance of polyaspartic on the surface. ### What we do not do We do not acid etch. We do not coat over a slab that is still holding oil. We do not coat over an existing film without removing it, because the new system can only be as strong as the old bond underneath. We do not skip the moisture test on a slab that looks suspect. And we do not tell a customer they can park on fresh epoxy in 48 hours to make a schedule work. We will also tell you when the answer is not a coating at all. A slab with active structural cracking, significant differential settlement, or heaving from clay movement needs the underlying problem addressed. Coating it makes a moving problem look good for one season. On floors like that, polished concrete or a repair-first approach is the honest recommendation. ### How we install an epoxy garage floor 1. 1. Slab evaluation and moisture testing. We inspect for spalling, previous coatings, oil saturation, crack activity and joint condition, then test moisture where the slab warrants it. A calcium chloride kit or an in-slab RH probe tells us whether a vapor barrier primer is required. That single test result changes both the build and the price, so we run it before quoting. 2. 2. Diamond grinding to CSP 2 to 3. The whole slab is ground with diamond tooling on a dust-shrouded planetary grinder, and edges and corners are hand-ground to the same profile. This removes laitance, opens the pores and creates the mechanical tooth the epoxy locks into. Acid etching is not part of any floor we install. 3. 3. Crack, spall and control joint repair. Cracks are chased open, blown clean and filled with a rigid or flexible polymer depending on whether the crack still moves. Spalls, pop-outs and anchor holes are patched with fast-set repair mortar and ground flush. On post-tension slabs, which are common in DFW homes built since the late 1980s, we scan before any cut rather than guessing where the tendons are. 4. 4. Degrease, vacuum and mask. Oil-contaminated areas are degreased and reground until we are into clean concrete. The floor is HEPA vacuumed, hand-detailed and vacuumed again. Walls, jambs, thresholds and adjacent finishes are masked, and the front termination line is set at the door seal so the edge stays clean. 5. 5. Primer or moisture vapor barrier coat. If the moisture numbers came back high, a 100 percent solids epoxy vapor barrier primer goes down and gets its own cure window before anything else happens. On dry but porous slabs we prime to stop outgassing, which is what causes pinholes and bubbles in an otherwise good floor. 6. 6. Mixing and 100 percent solids epoxy base coat. Resin and hardener are mixed at the exact ratio with a timed induction period, because an off-ratio or under-mixed batch of epoxy never fully cures and stays soft forever. The base goes down with a notched squeegee at spec thickness and is back-rolled for an even film. Batch size is set by the slab temperature that day. 7. 7. Flake broadcast, if you chose flake. Vinyl flake is broadcast into the wet epoxy, thrown up so chips land flat rather than on edge. Full broadcast goes until the floor rejects more chip. Partial broadcast is a lighter, controlled coverage that leaves the base color showing. Flake is what hides slab imperfections and gives the floor its traction. 8. 8. Scrape, vacuum and topcoat. Once the base has set, the floor is scraped to knock down chips standing on edge, then vacuumed and reclaimed. The clear topcoat goes down next. On most jobs we use a polyaspartic clear over the epoxy so the floor gets UV stability and a shorter return to service than a clear epoxy would allow. 9. 9. Cure and return to service. Epoxy needs 24 to 72 hours before foot traffic and 5 to 7 days before vehicles. With a polyaspartic topcoat those windows shorten to hours and about a day. We give you the exact date your vehicles can come back and we do not shorten it. Keep rubber-backed mats off the fresh floor for the first week. ### Epoxy garage floor cost in Dallas-Fort Worth These are installed per square foot ranges for a residential DFW garage with a slab in reasonable condition. Removing a failed existing coating, a moisture vapor barrier primer, or extensive spall repair adds cost, and those items are itemized on the written quote before we start. - Solid color 100 percent solids epoxy: $5 to $6.50 per sq ft installed. The lowest cost real coating system. Clean single color, storage garages, workshops and rental properties. - Epoxy base with full flake and polyaspartic topcoat: $6 to $10 per sq ft installed. The build we recommend most. Epoxy film thickness underneath, UV-stable fast-cure clear on top. - Moisture vapor barrier primer: $1 to $2 per sq ft add-on. Slabs that test high for moisture vapor emission. Common on older on-grade DFW slabs with no vapor retarder. - Existing coating removal: $1.50 to $3 per sq ft add-on. Garages with a failing DIY kit, an old epoxy floor, or an unknown sealer that has to come off before anything goes down. ### Questions and answers Q: How much does an epoxy garage floor cost in Dallas? A: An epoxy garage floor in Dallas runs $5 to $6.50 per square foot installed for a solid color and $6 to $8 with a full flake broadcast. A typical two-car garage lands between $2,200 and $4,500. A moisture vapor barrier primer adds $1 to $2 per square foot and removing an old coating adds $1.50 to $3. Q: How long does an epoxy garage floor last? A: A properly prepared 100 percent solids epoxy garage floor lasts 10 to 20 years in residential use. Life comes almost entirely from preparation and film thickness, not brand. A big box kit at 3 to 5 mils over an acid-etched slab may not survive three Texas summers, while a ground and primed 20 mil floor outlives most homeowners' time in the house. Q: Why do epoxy garage floors peel in Texas? A: Epoxy peels in Texas for three reasons: the slab was acid etched instead of diamond ground, moisture vapor was pushing up through untested concrete, or vehicles came back before the epoxy fully cured. Hot tires at 140 degrees or more grip the surface as they cool, and if bond strength is low the coating lifts. Q: What is the difference between 100 percent solids and water-based epoxy? A: 100 percent solids epoxy leaves everything you apply on the floor, building 10 to 20 mils in a single coat, and it is the only version that can serve as a moisture vapor barrier. Water-based epoxy is 40 to 60 percent solids and leaves only 2 to 4 mils per coat, but it breathes, which helps on damp slabs. Q: How thick should an epoxy garage floor be? A: A garage floor that sees vehicles should finish between 20 and 40 mils total, built from a 100 percent solids epoxy base, a flake layer, and a clear topcoat. For comparison, a hardware store two-coat kit leaves about 3 to 5 mils, roughly the thickness of a sheet of paper. Thickness only helps if bond strength is there. Q: How long before I can park on a new epoxy floor? A: Plan on 5 to 7 days before vehicles return to a straight epoxy floor, and 24 to 72 hours before foot traffic. Parking early is the fastest way to cause hot tire pickup. If we finish with a polyaspartic topcoat, foot traffic is a few hours and vehicles come back at about 24 hours. Q: Should I choose epoxy or polyaspartic for my garage? A: Choose polyaspartic for most DFW garages. It cures in a day, holds color under UV, and flexes with a slab on clay soil. Choose epoxy when the slab needs a moisture vapor barrier, when you need real film build over a rough slab, or when budget is the deciding factor. A hybrid of both is often the best answer. Q: Can you put epoxy over a slab with a moisture problem? A: Only with a rated moisture vapor barrier primer underneath, and only after testing. We run a calcium chloride test or an in-slab relative humidity probe first, then apply a 100 percent solids epoxy vapor barrier primer if the numbers require it. Coating a wet slab without that step causes osmotic blistering that looks like a bond failure. Q: Does epoxy hide cracks in my garage floor? A: Epoxy hides repaired cracks well, especially under a flake broadcast, because the repair is ground flush and the chip layer breaks up the sight line. What it does not do is stop a moving crack from reflecting through. Active cracks in DFW clay-soil slabs get a flexible polyurea filler rather than a rigid patch. Q: Do you install epoxy floors on post-tension slabs? A: Yes, epoxy goes down on post-tension slabs normally, because grinding and surface patching do not disturb the steel tendons inside the concrete. What we do not do is saw cut, core drill or set anchors into a post-tension slab without scanning first to locate the cables. Cutting a tendon is a serious and expensive mistake. --- ## Flake Garage Floor Systems in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/garage-floor-coatings/flake-floor-system Service type: Flake Floor Coating A flake garage floor is a coating system with vinyl chip broadcast into the wet base coat and sealed under a clear topcoat. In Dallas-Fort Worth it runs $5 to $8 per square foot installed depending on broadcast density and flake size, which puts a typical two-car garage between $2,200 and $4,500. It is the system most DFW homeowners end up choosing, for a practical reason. A solid color floor shows everything: every drip, every tire mark, every place the slab was patched. A full flake broadcast breaks up the sight line so the floor still looks clean after five years of actual use. It also builds real surface texture, which matters on a floor that gets wet. Professional Garage Concepts has been working DFW garages since 2001 and holds 532 Google reviews at 4.8 stars. Come hold the actual blends at our Keller or Grand Prairie showroom, or call (817) 381-6173 for a measured quote. ### Full broadcast vs partial broadcast Broadcast density is the first decision, and it changes both the look and the price. It refers to how much flake goes into the wet base coat. Full broadcast means we keep throwing chip until the floor physically rejects any more. No base color shows through. The finished floor is essentially a solid layer of vinyl chip suspended in resin, which is what gives it the depth, the texture and the ability to hide slab imperfections. It also uses considerably more flake, which is where the cost difference sits. Partial broadcast is a controlled lighter coverage, usually somewhere between 30 and 60 percent, with the base color deliberately visible between the chips. It reads more subtle and modern, costs less, and works well when the slab underneath is in good shape and you want a cleaner, less busy look. It hides less. We install full broadcast on most residential garages. If your slab has old patches, previous anchor holes, or a repaired crack running across it, full broadcast is the right call and partial will disappoint you. - Full broadcast: chip to refusal, no base showing, maximum texture, hides the most, $6 to $8 per sq ft. - Partial broadcast: 30 to 60 percent coverage, base color visible, subtler look, less texture, $5 to $6 per sq ft. - Full broadcast is scraped and ground back before topcoat, which is what makes it flat rather than rough. - Partial broadcast leaves a smoother floor, so add grit to the topcoat if traction matters. ### Flake size: 1/16, 1/8 and 1/4 inch Chip size changes the whole character of the floor. Same blend, three sizes, three different floors. This is the decision people most often get wrong from a photo, because flake size does not read on a phone screen. The practical rule: smaller chip reads as color, larger chip reads as pattern. A 1/16 inch blend from ten feet away looks like a single mottled color. A 1/4 inch blend from ten feet away looks like terrazzo, with individual chips clearly visible. - 1/16 inch. Fine speckle. From standing height it reads as one soft color with a slight granite texture. The most forgiving choice if you are unsure. Smoothest finished surface of the three. - 1/8 inch. The industry standard and our most requested size. Individual chips are visible up close but the floor still reads as a unified color from across the garage. Best balance of texture, appearance and cost. - 1/4 inch. Bold and architectural, close to a terrazzo look. Individual chips are clearly defined. It builds the most texture and the most film thickness, hides the most, and takes the most scraping and grinding work before topcoat, so it prices at the top of the range. - Mixed sizes. Some blends combine 1/8 and 1/4 inch chip for depth. We keep these as sample panels because they photograph poorly and look excellent in person. ### Our flake color blends These are the blends we stock and install across DFW. Every one is available in 1/16, 1/8 or 1/4 inch chip, and the same blend looks meaningfully different in each size. We keep full-size sample panels of all of them at both showrooms so you can put one on your own floor color and see it under real light. Custom blends are available too. If you want the flake pulled toward a specific wall color, cabinet finish or a vehicle you are proud of, we can mix it. - Domino. Black, white and gray chip on a black base. The classic high-contrast garage floor. Hides tire marks and dust better than anything else we install. - Tuxedo. Black and white chip on a charcoal base with no gray transition. Cleaner and more graphic than Domino, and the most popular choice for showpiece garages. - Gunmetal. Charcoal, silver and light gray on a dark gray base. Reads as a modern industrial floor. Pairs well with black cabinets and a dark door. - Slate Creek. Medium gray, blue-gray and white on a gray base. The most neutral blend we sell and the safest pick for a home you may sell. - Blackland. Warm browns, tan and cream on a chocolate base, named for the prairie soil under most of this metroplex. Hides red DFW dirt better than any gray blend. - Cedar Ridge. Deep brown, russet and copper flake on a brown base. Warmer and richer than Blackland, and it works with brick and stone exteriors common in Southlake and Colleyville. - Desert Sand. Tan, beige and off-white on a sand base. Bright, low contrast, and it keeps the garage feeling lighter, which matters in a bay with one window. - Mocha. Coffee brown, caramel and cream on a tan base. A softer warm-neutral that reads well next to travertine or wood-look tile inside the house. - Coastal Gray. Light gray, white and pale blue on a light gray base. The lightest blend we sell. Makes a garage look considerably bigger and shows dirt sooner. - Frost. White, silver and pale gray on a white base. Bright, clean and close to a commercial or showroom floor. Best for spaces that are more workshop than parking bay. - Harbor Blue. Navy, steel blue and white on a dark blue base. Distinctive without being loud, and a common pick for a garage built around a boat or a specific vehicle. - Racing Red. Red, black and white on a black base. High contrast, high energy, and the blend collectors ask for by name when the floor is going under something worth looking at. - Copper Canyon. Bronze, copper and dark brown on a black base. The warmest high-contrast blend we install, and it reads almost metallic under LED shop lighting. ### Slip resistance, and how much texture you actually want A smooth clear gloss coating with nothing in it is slick when wet, the same as polished tile. This is the single most common complaint about coated floors, and it is entirely preventable. A full flake broadcast solves most of it by itself. Even after scraping and grinding, the chip edges leave a fine, consistent surface texture that gives traction. A full broadcast floor is meaningfully less slippery wet than a solid color floor with the same topcoat. When more grip is needed, we blend an additive into the topcoat. Polymer grit gives a soft texture that still mops easily. Aluminum oxide gives more aggressive grip and is harder to clean. We let you feel both on a sample before deciding, because people routinely ask for maximum grip and then find out they cannot push a broom across it. For a garage that gets wet from vehicles in the rain, or a bay near a utility sink, the middle setting is almost always right. ### How flake hides what is wrong with your slab Most DFW garage slabs are not pristine. They have anchor holes from an old shelving system, pop-outs where aggregate surfaced, a repaired crack from the clay moving under the house, patches around a water heater platform, and a control joint running through the middle. A solid color coating draws attention to every one of those. The eye follows a single flat plane and picks up any interruption in it. Flake works the opposite way. The chip layer gives the eye hundreds of things to look at, so a two-inch patch stops registering. It is not a substitute for repair. We still chase and fill cracks, patch spalls with fast-set mortar and grind everything flush before the base coat goes down. The flake is what makes those repairs invisible after the fact rather than a set of gray patches you notice every time you walk in. The same effect works over the years. A solid color garage floor shows every drip and scuff. A flake floor still looks clean after five years of an actual family using it, which is why we install more of these than everything else combined. ### How we install a flake floor 1. 1. Inspect and moisture test the slab. We check the slab for spalling, oil saturation, crack activity, previous coatings and control joint condition. On slabs that raise a flag, a calcium chloride test or in-slab relative humidity probe tells us whether a moisture vapor barrier primer is needed underneath. That result changes the build, so we run it before we quote. 2. 2. Diamond grind to CSP 2 to 3 profile. The full slab is ground with diamond tooling on a dust-shrouded planetary grinder, and edges and corners are hand-ground to match the field. This is what the coating bonds to. We do not acid etch. On DFW slabs that see 140-degree tires all summer, mechanical profile is the difference between a floor that stays down and one that does not. 3. 3. Repair cracks, spalls and pop-outs. Cracks are chased open, blown clean and filled, with a rigid polymer for dormant cracks and a flexible polyurea for cracks still moving with the clay. Spalls, aggregate pop-outs and old anchor holes are patched with fast-set mortar and ground flush. On post-tension slabs we scan before any cutting. 4. 4. Vacuum, detail and mask. The floor is HEPA vacuumed, hand-detailed at the edges and vacuumed again, because grinding dust sitting in a crack becomes a bond breaker. Walls, jambs and thresholds are masked and the front termination line is set at the door seal so the leading edge stays clean and does not chip. 5. 5. Pigmented polyurea base coat. The base coat goes down in controlled batches, pulled with a notched squeegee and back-rolled for even film thickness. The base color is chosen to work with the blend, since on a partial broadcast it shows and on a full broadcast it still influences the tone through the chip. 6. 6. Broadcast the flake to refusal. Flake is hand-thrown upward into the wet base so chips land flat rather than on edge. On a full broadcast we keep going until the floor rejects more chip and no base color is visible anywhere, including the edges and corners, which is where rushed installers cut corners and it shows later. 7. 7. Scrape, vacuum and reclaim. Once the base sets, usually one to two hours, the entire floor is scraped to knock down every chip standing on edge, then vacuumed and the loose flake reclaimed. On 1/4 inch chip this step gets aggressive and sometimes needs a light grind. Skip it and the floor feels like sandpaper and the topcoat reads cloudy. 8. 8. Clear polyaspartic topcoat. A clear polyaspartic topcoat seals the flake, takes the wear and gives the floor its UV stability and chemical resistance. You choose gloss or satin, and satin hides dust and tire marks better. Any traction additive goes into this coat, at a texture level you have already felt on a sample. 9. 9. Cure and return to service. Light foot traffic is fine in about 4 to 6 hours and vehicles come back at about 24 hours after the topcoat. We walk the floor with you, show you the joint treatment and terminations, and hand over care instructions. Keep rubber-backed mats off the floor for the first week while the film finishes curing. ### Flake garage floor cost in DFW These are installed per square foot ranges for a residential DFW garage with a slab in reasonable condition. Coating removal, a moisture vapor barrier primer or heavy spall repair adds to the number, and we itemize those on the written quote before any work starts. - Partial broadcast flake: $5 to $6 per sq ft installed. Slabs already in good condition where you want a subtle look and the lowest cost flake system. - Full broadcast flake, 1/16 or 1/8 inch: $6 to $8 per sq ft installed. The standard DFW residential garage floor. Hides slab imperfections, real slip texture, one-day install. - 1/4 inch designer blend with double topcoat: $8 to $10 per sq ft installed. Showpiece garages and workshops wanting maximum texture, film thickness and a terrazzo-style look. - Typical two-car garage: $2,200 to $4,500 installed. A 400 to 550 square foot two-car garage in a full broadcast flake system. ### Questions and answers Q: How much does a flake garage floor cost in DFW? A: A flake garage floor in Dallas-Fort Worth runs $5 to $8 per square foot installed, so a typical two-car garage lands between $2,200 and $4,500. Partial broadcast sits at the low end, full broadcast in 1/8 inch chip in the middle, and 1/4 inch designer blends with a double topcoat at $8 to $10. Q: What is the difference between full broadcast and partial broadcast flake? A: Full broadcast means flake is thrown into the wet base coat until the floor rejects any more, so no base color shows and the chip layer is continuous. Partial broadcast is a lighter 30 to 60 percent coverage with base color deliberately visible. Full broadcast costs more, hides slab imperfections better, and gives more slip texture. Q: What flake size should I choose? A: Choose 1/8 inch for most garages. It is the industry standard and gives visible chip up close while reading as one color from across the room. 1/16 inch is a fine speckle and the most forgiving. 1/4 inch reads like terrazzo with clearly defined chips and builds the most texture and thickness. Q: Are flake garage floors slippery? A: Flake floors are meaningfully less slippery than solid color floors because the chip edges leave a consistent surface texture even after scraping and grinding. If the floor will get wet regularly, we blend polymer or aluminum oxide grit into the clear topcoat for more grip. You feel the texture options on a sample first. Q: Does a flake floor hide cracks and patches in my slab? A: Yes, once the repairs are done properly. We chase and fill cracks, patch spalls and grind everything flush before coating, and the flake layer then breaks up the sight line so the repairs stop registering visually. Flake does not prevent an active crack from reflecting through, which is why active cracks get a flexible filler. Q: How long does a flake garage floor take to install? A: Most two-car garages are ground, repaired, base coated, broadcast, scraped and topcoated in a single day. You can walk on the floor within about 4 to 6 hours of the topcoat and park on it roughly 24 hours later. Oversized garages and slabs needing coating removal can run into a second day. Q: Can I pick a custom flake color blend? A: Yes, we stock 13 flake blends and can mix custom blends to pull the floor toward a specific wall color, cabinet finish or vehicle. Full-size sample panels of every stock blend sit at our Keller and Grand Prairie showrooms, which matters because flake blends photograph badly and look different under real light. Q: How do I clean and maintain a flake floor? A: Sweep or dust mop regularly and damp mop with a neutral pH cleaner when it needs it. Avoid citrus cleaners, vinegar and anything acidic, and do not use a stiff wire brush. Wipe up gas, brake fluid and battery acid when you notice them. That is the whole maintenance routine for the life of the floor. --- ## Metallic Epoxy Floors in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/garage-floor-coatings/metallic-epoxy Service type: Metallic Epoxy Floor A metallic epoxy floor is a pigmented epoxy base with reflective metallic pigment suspended in a clear resin poured over it and moved by hand until the pattern is right. In Dallas-Fort Worth it starts at $12 per square foot installed and goes up with color count and floor complexity. This is the high end of what we install. It is not a value coating and we do not sell it as one. What it does is produce a floor with visual depth that no flake system, stain or polish can match, one that changes as you walk across it because the pigment reflects light at different angles. Professional Garage Concepts has worked DFW floors since 2001 and carries 532 Google reviews at 4.8 stars. Metallic in particular has to be seen in person, so we keep real pour samples at our Keller and Grand Prairie showrooms. Call (817) 381-6173. ### How a metallic pour actually works Metallic epoxy is not a paint color. The metallic component is a fine reflective pigment, and the effect comes from what that pigment does while the resin is still liquid. A pigmented epoxy base coat goes down first and cures. That base sets the deep color of the floor and blocks the concrete from reading through. Then a clear 100 percent solids epoxy is mixed with the metallic pigment and poured onto the base. What happens next is where the floor is made. The installer moves that liquid with squeegees, rollers, brushes and air. Pushing the resin creates flow lines. Blowing air across the wet surface with a torch or blower opens cells and craters that read as depth and movement. Spritzing solvent or alcohol makes the pigment separate and cluster. The pigment settles at different rates through the film, and that vertical separation is what produces the three-dimensional look. Then a clear topcoat locks it. The whole effect is generated in about a 40-minute window while the resin is still workable. It is the most skill-dependent floor we install and it is why crew experience matters more here than product brand. ### Single color vs multi-color You can absolutely do a metallic floor in one color. It is a common question and the answer surprises people, because a single-color metallic still has enormous depth. The pigment separation and the cell work create light and dark variation across the floor without any second color at all. A single pearl white, a single graphite, or a single copper reads like polished stone. Single color is also the more architectural choice. It suits a retail floor, a modern kitchen or a large open commercial space where a dramatic two-tone pour would fight the rest of the room. Multi-color is where the movement comes from. Two colors give you veining and contrast, closest to marble or a weathered metal. Three or more starts reading as a designed feature rather than a floor finish and works best in a space that can carry it, like a car showroom or a feature garage. The more colors, the more the outcome depends on the installer's hands and the less it can be predicted from a sample. We talk that through before we quote. - Single color. Depth from pigment separation and cell work alone. Architectural, calmer, and the easiest to plan a room around. - Two color. Veining and contrast. The most requested residential metallic. Reads like stone or oxidized metal. - Three or more. Dramatic and unpredictable. Best in showrooms, retail and feature spaces with sight lines that support it. - Base color matters as much as the metallic. A black base under pearl pigment is a completely different floor than a white base under the same pigment. ### Every metallic floor is unique, and that cuts both ways We want to be direct about this before anybody signs. A metallic floor cannot be exactly reproduced. Not from a photo, not from a sample panel, not from another job we did last month. The pattern is created live on your slab by the movement of liquid resin, and no two pours land the same way. What we can control and commit to is the color palette, the general character, and the density of the pattern. Whether it is subtle or dramatic, tight or open, veined or cloudy. What we cannot promise is that a specific swirl in a photo will appear in your garage. The practical consequence: if you need an exact, repeatable, predictable finish, metallic is the wrong product and a flake system or polished concrete is the right one. If you want a floor nobody else has, that is exactly what this is. The same applies to repairs. A damaged section of a metallic floor cannot be spot repaired invisibly. A patch will not match the surrounding pour. Significant damage means recoating the whole area or the whole floor. That is worth knowing going in, and it is one reason we install metallic in spaces that are looked at more than they are worked in. ### Gloss vs satin topcoat The topcoat is the second-biggest decision after color, and it changes the floor more than most people expect. High gloss gives maximum depth. The reflection is what makes a metallic floor read like water or polished stone, and gloss is what delivers that. It is the standard choice for showrooms and retail because the floor reflects lighting and product and makes the space feel larger. The cost is that gloss shows everything: dust, footprints, water spots and every scuff. In a working garage it needs regular attention. Satin cuts the reflection back. You lose some depth, but the floor becomes far more forgiving day to day. Dust does not show, tire marks do not show, and it does not read as a maintenance obligation. For a residential garage that gets used, we recommend satin more often than customers expect. On the chemistry: a clear polyaspartic topcoat over a metallic epoxy pour is the build we prefer. It gives UV stability that a clear epoxy topcoat does not have, which matters on any floor that sees sunlight through a window or an open garage door. Clear epoxy over a metallic pour ambers, and yellowing over a cool gray or pearl metallic ruins the color. ### Where metallic belongs, and where it does not Metallic epoxy is a finish decision, not a durability decision. The system underneath is a standard high-build epoxy floor and it is durable. What you are paying the premium for is appearance. So the question is always whether the space is one where appearance is worth $12 or more per square foot. Where it works: car showrooms and dealership floors, retail spaces, salons, restaurants and bars, medical and dental offices, commercial lobbies, home bars and game rooms, wine rooms, and collector garages where the floor is part of the display. Anywhere the floor is meant to be seen. Where we steer people away from it: a working shop where welding sparks and dropped steel will scar it, a garage where the floor spends its life under two vehicles and storage bins, a slab with high moisture vapor emission that needs a barrier primer eating into the budget, and anywhere the buyer needs an exactly predictable result. In a standard family garage, a full flake system at $6 to $8 per square foot delivers a better outcome for the money and hides wear far better. We say this on quotes regularly. If your garage is going to be a garage, buy flake. If your garage is going to be a room, metallic earns its price. ### Metallic on a DFW slab Metallic has one specific weakness that matters more here than in most markets: it is a smooth, high-gloss film with nothing broadcast into it, so it shows slab issues rather than hiding them. A flake floor can absorb minor slab irregularity because the chip layer breaks up the sight line. Metallic does the opposite. Because the surface is reflective and continuous, a low spot, a high spot along an old patch, or a crack repair that was not ground perfectly flush will catch the eye across the whole floor. That means slab preparation on a metallic job is more demanding, not less, and it is part of why the price is higher. Moisture matters more too. A high-gloss non-breathable film over a slab with vapor drive shows blistering plainly. We test moisture with a calcium chloride kit or an in-slab RH probe on every metallic job, without exception, and price a 100 percent solids epoxy vapor barrier primer when the numbers require it. Active cracking from Blackland Prairie clay movement is the other honest limit. A metallic pour will not bridge a slab crack that keeps moving, and when the crack telegraphs through it is highly visible on a reflective floor. On slabs like that we recommend addressing the movement first or choosing a different finish. ### How we install a metallic epoxy floor 1. 1. Slab evaluation and mandatory moisture testing. Every metallic job gets moisture tested, either with a calcium chloride kit or an in-slab relative humidity probe. A reflective, non-breathable film shows osmotic blistering plainly, so there is no guessing. We also map flatness, since a metallic floor reveals high and low spots that a flake floor would hide. 2. 2. Diamond grind to a clean, flat profile. The slab is ground with diamond tooling on a dust-shrouded planetary grinder to a CSP 2 to 3 profile, and we spend extra time flattening rather than just profiling. Edges and corners are hand-ground to match. No acid etching. On metallic the flatness work is as important as the bond work. 3. 3. Crack, spall and joint repair, ground dead flush. Cracks are chased, blown clean and filled. Spalls and pop-outs are patched with fast-set repair mortar. Everything gets ground dead flush, because on a reflective floor a repair sitting a few thousandths proud catches light across the whole room. On post-tension slabs we scan before any cutting. 4. 4. Vacuum, mask and control the environment. The floor is HEPA vacuumed twice and fully masked. Then we close the space down. Airborne dust that lands in a wet metallic pour stays there permanently, and a cross breeze through an open door changes the cell pattern in ways nobody wants. Temperature and airflow get controlled for the whole pour. 5. 5. Primer or vapor barrier, then pigmented epoxy base coat. A vapor barrier primer goes down first if the moisture test called for it. Then the pigmented 100 percent solids epoxy base coat is applied and cured. This base sets the underlying color and stops the concrete from reading through the metallic layer, so it is chosen deliberately against the pigment, not defaulted to gray. 6. 6. Mix and pour the metallic layer. Clear 100 percent solids epoxy is mixed with metallic pigment in measured batches and poured onto the cured base. Mix ratio and induction time are held exactly, because an off-ratio batch of epoxy never fully cures. On multi-color floors the colors are poured in sequence with the working window planned before anybody opens a pail. 7. 7. Work the pattern by hand. The installer moves the wet resin with squeegees, rollers and brushes to set the flow lines, then uses air and solvent to open cells and separate the pigment into the depth you see in the finished floor. This is the entire look of the floor and it happens in roughly a 40-minute window. It is not something a crew learns on your slab. 8. 8. Cure, then clear polyaspartic topcoat. The metallic layer cures fully before anything goes over it. Then a clear polyaspartic topcoat goes down in gloss or satin. Polyaspartic gives UV stability that a clear epoxy topcoat cannot, which matters wherever sunlight reaches the floor. High-traffic commercial floors get two topcoats. 9. 9. Cure and return to service. Foot traffic is fine a few hours after the polyaspartic topcoat and vehicles come back at about 24 hours. We walk the floor with you in the lighting it will live under, since metallic looks different under daylight, LED and incandescent. Care instructions are simple: neutral pH cleaner only, nothing acidic. ### Metallic epoxy floor cost in Dallas-Fort Worth Metallic is quoted per floor rather than off a rate card, because color count, slab flatness, moisture condition and the complexity of the pattern all move the number. These bands are what typical DFW jobs land in, and every quote is written and itemized before work starts. - Single color metallic: from $12 per sq ft installed. Architectural spaces, retail floors and residential rooms wanting depth without a dramatic multi-tone pattern. - Multi-color metallic: $13 to $16 per sq ft installed. Feature garages, showrooms, bars and lobbies where the floor is meant to be the thing people notice. - Commercial metallic, 1,000 sq ft and up: $12 to $14 per sq ft installed. Showrooms, retail buildouts and large open commercial floors where square footage brings the rate down. - Moisture vapor barrier primer: $1 to $2 per sq ft add-on. Any slab that tests high for moisture vapor emission. Required on metallic more often than on other systems. ### Questions and answers Q: How much does a metallic epoxy floor cost in Dallas? A: Metallic epoxy floors in Dallas start at $12 per square foot installed for a single color and run $13 to $16 for multi-color work. Larger commercial pours over 1,000 square feet typically price at $12 to $14. A moisture vapor barrier primer, when testing calls for one, adds $1 to $2 per square foot. Q: Can I do just one color of metallic epoxy? A: Yes, and single-color metallic floors have far more depth than people expect. The metallic pigment separates through the resin and the installer opens cells with air, so light and dark variation develops across the floor without a second color. Single color reads more architectural and suits retail and open commercial spaces well. Q: Are metallic epoxy floors slippery? A: A high-gloss metallic floor is slick when wet, because the surface is a smooth continuous film with nothing broadcast into it. For spaces that get wet we add polymer or aluminum oxide grit to the clear topcoat, which changes the feel slightly but keeps the visual depth. A satin topcoat also helps a little. Q: Can a metallic epoxy floor be repaired if it gets damaged? A: Not invisibly. The pattern is created live during the pour and cannot be matched in a patch, so a damaged area is repaired by recoating a full section or the whole floor. This is worth knowing before you buy, and it is one reason we recommend metallic for display spaces more than for working shops. Q: Will two metallic floors ever look the same? A: No, two metallic floors are never identical, because the pattern is created by moving liquid resin by hand and no two pours land the same way. We can commit to the color palette, the density of the pattern and the general character, subtle or dramatic. We cannot promise a specific swirl from a photograph will appear on your slab. Q: Should I choose gloss or satin on a metallic floor? A: Choose gloss when depth and reflection matter most, which is usually showrooms, retail and display spaces. Choose satin for a floor that gets used, because it hides dust, footprints and tire marks far better while giving up some of the depth. In residential garages we recommend satin more often than customers expect. Q: Does metallic epoxy fade or yellow in sunlight? A: Epoxy is aromatic and ambers under UV, so a metallic pour finished with a clear epoxy topcoat will yellow anywhere sunlight reaches it. We finish metallic floors with a clear polyaspartic topcoat instead, which is aliphatic and holds its color. On a cool gray or pearl metallic, that difference is very visible over a few years. Q: Is metallic epoxy a good choice for a regular family garage? A: Usually not. In a garage that holds two vehicles, storage and a workbench, a full flake system at $6 to $8 per square foot hides wear better and costs roughly half as much. Metallic makes sense when the space is a display or a room people spend time in, such as a collector garage, home bar or showroom. --- ## Exterior Concrete Coatings in Dallas-Fort Worth URL: https://www.professionalgarageconcepts.com/exterior-concrete-coatings Service type: Exterior Concrete Coating Exterior concrete coatings are decorative, UV-stable systems applied over outdoor slabs: driveways, patios, pool decks, walkways, porches and entries. In Dallas-Fort Worth they run $5 to $12 per square foot installed depending on the system and the condition of the slab. Outdoor concrete is a harder problem than a garage floor and it is where most coating failures in this market happen. The slab takes direct UV all summer, holds standing water after a spring storm, freezes and thaws through the winter, moves with the clay underneath it, and hits surface temperatures that make some coatings unpleasant to stand on barefoot. A product that works beautifully inside a garage can chalk, yellow, blister or turn slick within two years outdoors. This page covers what changes outside and how we spec around it. Professional Garage Concepts has worked DFW concrete since 2001 and holds 532 Google reviews at 4.8 stars. Call (817) 381-6173. ### UV stability: the first thing that kills an outdoor coating Direct Texas sun is the harshest condition an exterior coating faces, and it separates products fast. Resins fall into two families. Aromatic resins, which includes standard epoxy and most aromatic urethanes, have chemical structures that absorb ultraviolet light and break down. Aliphatic resins, which includes polyaspartic and aliphatic polyurethanes, do not. On an outdoor slab, an aromatic topcoat ambers to a yellow cast, then chalks. Chalking is the surface degrading into a fine powder that dusts off on your shoe. Give an aromatic clear coat two or three DFW summers on a south-facing patio and it will look nothing like the day it was installed. That is why every exterior topcoat we install is aliphatic. Epoxy can still serve as a body coat or a primer under an exterior system, because it is protected from UV by whatever is over it. It never goes on top outside. - Aliphatic polyaspartic topcoat: holds color, does not chalk, standard on every exterior floor we finish. - Aromatic epoxy: fine as a base or primer under a UV-stable topcoat, never as the exposed surface outdoors. - Color choice matters too. Deep saturated pigments show fade sooner than earth tones and grays, regardless of resin. - Any exterior coating that is not aliphatic on the surface will yellow in DFW. That is chemistry, not brand. ### Freeze-thaw, and yes, DFW gets it People assume freeze-thaw is a northern problem. It is not. Dallas-Fort Worth averages roughly 30 to 40 freeze-thaw cycles a year, and what makes them damaging here is that they are shallow and repeated rather than one long hard freeze. Water sits in the pores of the concrete or under a coating, freezes overnight, expands about nine percent, then thaws by mid-morning. Repeat that thirty times a winter. When the coating is not breathable and moisture gets underneath it, that expansion drives it off the slab. This is why an exterior coating that is only a surface film often fails at the edges and control joints first, where water finds a way in. Our answer is threefold: seal the perimeter and joints so water does not get under the coating, use a flexible aliphatic system that moves with the slab, and honor rather than bridge the control joints. A rigid coating poured over a control joint outdoors will crack along that joint in the first winter, guaranteed. DFW also gets the occasional event that is not routine, like the February 2021 freeze. Nothing survives standing ice indefinitely, but a properly detailed exterior system comes through those far better than a sealer or a rigid epoxy. ### Slip resistance when wet This is the difference between an exterior coating job done by someone who works outdoors and one done by a garage floor contractor working outside for the first time. A smooth clear coating is dangerous outdoors. Wet concrete around a pool, a patio after a storm, or a sloped walkway with a glossy film on it is a genuine hazard, and it is the complaint we hear most from homeowners who had someone else coat a pool deck. We build traction into the system rather than adding it as an afterthought. On most exterior floors that means a broadcast layer, either flake or graded quartz sand, cast into the base coat to create real mechanical texture. The topcoat then gets a polymer or aluminum oxide grit blended in at a level you have felt on a sample. The balance matters. Too little texture and the surface is slick when wet. Too much and it hurts bare feet around a pool and holds dirt that will not sweep out. Around water we generally spec a medium texture that is comfortable barefoot and still grips wet, and we always let the customer stand on a sample before it is decided. - Broadcast texture in the base coat: flake or graded quartz, the primary traction layer. - Grit additive in the topcoat: polymer for a softer feel, aluminum oxide for aggressive grip. - Pool decks and wet areas: medium texture, comfortable barefoot, grips wet. - Driveways and walkways: can carry more aggressive texture since nobody is barefoot on them. - Test the sample with wet feet, not dry hands. That is the condition that matters. ### Surface temperature: what a Texas afternoon does underfoot On a 100-degree DFW afternoon, an exposed concrete slab in full sun can read 130 to 150 degrees at the surface. Barefoot, that is not usable. Around a pool it is the main complaint people have about their deck. Color is the biggest lever you control. Light colors reflect more solar energy and run measurably cooler than dark ones. A charcoal patio in full sun will be markedly hotter than a sand or light gray patio a few feet away. Anyone selling you a dark exterior coating without telling you that is not doing the job. Texture helps too. A textured broadcast surface makes less continuous contact with the bottom of a foot than a smooth film does, so it reads cooler even when the actual surface temperature is similar. For pool decks specifically, there are cool-deck overlay systems built for this: a cement-based acrylic-modified topping applied in a knockdown texture, in light colors, designed to stay cooler than plain concrete. On a pool deck in this climate, that combination of a light color, a textured surface and an overlay system is the difference between a deck people use in July and one they hop across. - Light colors run cooler. Sand, light gray, bone and pale tan are the practical picks in full sun. - Textured surfaces feel cooler than smooth films at the same temperature. - Cool-deck overlays are cement-based, acrylic-modified, knockdown-textured, and specifically made for pool surrounds. - Shade structures and the orientation of the slab change this more than any coating can. - We will tell you before you buy if a color you like is going to be hot to stand on. ### Coating over DFW clay and post-tension slabs Outdoor slabs move more than garage slabs because they are not protected by a conditioned house sitting on top of them. Blackland Prairie clay takes on water in the spring and shrinks hard in an August drought, and driveways and patios ride that movement directly. Control joints exist for exactly this reason: they tell the slab where to crack. So the joint strategy is not a detail, it is the whole plan. We honor control joints through the coating rather than filling and bridging them, or we fill them with a flexible polyurea joint filler that can move. A rigid coating poured across an active joint will crack along it, and it will do it in the first year. Active cracks get a flexible filler. Dormant cracks get a rigid patch ground flush. Telling the difference takes looking at the crack edges and the pattern, which is part of the site visit. The honest limit: a coating is a surface treatment. If a driveway has heaved, settled differentially or cracked structurally because of soil movement or a failing sub-base, coating it hides a moving problem for one season. On slabs like that we tell you the truth about what it will and will not do, and what replacement would involve, rather than taking the coating job. ### What we coat outdoors Every exterior surface follows the same principles and differs in the details of traction, temperature and traffic type. A driveway carries vehicle weight and hot tires. A pool deck is walked on barefoot and takes chlorinated or salt water. A patio needs to look like an extension of the house. We also color match across surfaces. Coordinating a patio coating with the garage floor inside, or running the same blend from the driveway through to the front walkway, is a straightforward thing to plan when one company is doing all of it. - Driveways. Vehicle weight, hot tire contact, direct UV, the most demanding exterior surface. - Patios. Appearance-driven, often color coordinated with an interior floor, moderate traction needs. - Pool decks. Barefoot traffic, standing water, chlorine or salt exposure, surface temperature is the main concern. - Walkways, front porches and entries. Slip resistance on any slope, and the first thing a guest steps on. - Back patios and outdoor kitchens. Grease, food and furniture legs, so a tougher topcoat is worth the small upcharge. - Commercial walkways, entries and loading aprons across DFW. ### How we coat an exterior slab 1. 1. Slab assessment and drainage check. We look at slab condition, crack activity, control joint layout, spalling and how water moves across the surface. Drainage matters outdoors in a way it never does in a garage. A slab that ponds water after a storm needs that addressed before a coating goes down, because standing water sitting on a joint is how exterior coatings fail. 2. 2. Moisture testing where the slab warrants it. Exterior slabs on grade sit directly on soil that holds water for weeks after a wet DFW spring. Where the slab shows darkening, efflorescence or previous coating failure, we test moisture vapor emission with a calcium chloride kit or an in-slab RH probe and spec a vapor barrier primer if the numbers require it. 3. 3. Diamond grind or shot blast to profile. Every exterior slab gets a mechanical profile. Broom-finished exterior concrete is usually shot blasted or ground to a CSP 3 or better, since the texture is deeper than a garage slab and the coating needs to key into clean concrete. Old sealers, cure and seal products and previous coatings all come off completely. 4. 4. Crack, spall and joint treatment. Cracks are chased open, blown clean and filled, rigid polymer for dormant cracks and flexible polyurea for cracks still moving with the clay. Spalls and pop-outs are patched with fast-set mortar and ground flush. Control joints are either honored through the finished coating or filled with a flexible filler, and we tell you which we recommend and why. 5. 5. Prime, and add the vapor barrier if required. The primer coat seals the porosity of exterior concrete and stops outgassing, which causes pinholing on a slab warming in the sun. If moisture testing called for it, a 100 percent solids epoxy vapor barrier primer goes down first and gets its own cure window before anything else. 6. 6. Base coat and texture broadcast. The pigmented base coat goes down and the traction layer is broadcast into it while it is wet. Depending on the surface that is vinyl flake, graded quartz sand or a cement-based overlay applied in a knockdown texture. This layer is where the floor gets its color, its texture and most of its wet slip resistance. 7. 7. Scrape, vacuum and detail. The set surface is scraped to knock down anything standing on edge and vacuumed clean. Edges, joints and the perimeter get hand detailed, because outdoors the edges are exactly where water tries to get under the film and where a rushed job shows first. 8. 8. UV-stable aliphatic topcoat. A clear aliphatic polyaspartic topcoat goes down with the traction additive you selected blended in. This is the coat that holds color through Texas summers and resists chlorine, salt, road grime and everything else the slab sees. High-traffic surfaces such as driveways get two. 9. 9. Cure and return to service. Foot traffic is fine in a few hours. Vehicles come back on a driveway at about 24 hours. Keep the surface dry through the initial cure, which means watching the forecast, so we schedule exterior work around DFW rain rather than pushing through it. Care instructions are simple and we walk you through them on site. ### Exterior concrete coating cost in DFW These are installed per square foot ranges for exterior DFW slabs in reasonable condition. Removing a failed sealer or coating, correcting drainage, or extensive crack and spall repair adds cost, and those items are itemized on the written quote before any work starts. - Sealed and textured coating: $5 to $6 per sq ft installed. Walkways, porches, entries and smaller patios where a clean, uniform, UV-stable surface is the goal. - Full broadcast exterior system: $6 to $8 per sq ft installed. Patios, pool decks and driveways. Real wet traction, hides slab imperfections, holds color through Texas summers. - Decorative overlay or cool-deck system: $8 to $12 per sq ft installed. Pool decks that get hot, and patios or driveways where a worn slab needs a new surface with texture and pattern. - Moisture vapor barrier primer: $1 to $2 per sq ft add-on. Exterior slabs on grade that test high for moisture vapor emission, common where soil holds water against the slab. ### Questions and answers Q: How much do exterior concrete coatings cost in DFW? A: Exterior concrete coatings in Dallas-Fort Worth run $5 to $12 per square foot installed. A sealed and textured system prices at $5 to $6, a full broadcast flake or quartz system at $6 to $8, and a decorative overlay or cool-deck system at $8 to $12. Slab repair and moisture barrier primer add to those numbers. Q: Will an exterior concrete coating fade or yellow in Texas sun? A: Not if the topcoat is aliphatic. Aromatic resins, including standard epoxy, absorb ultraviolet light and amber and chalk within a couple of DFW summers. We finish every exterior slab with an aliphatic polyaspartic topcoat, which holds its color under direct sun. Epoxy is only used underneath, protected from UV. Q: Does freeze-thaw damage concrete coatings in Dallas-Fort Worth? A: Yes, freeze-thaw damages exterior coatings here, and DFW averages roughly 30 to 40 freeze-thaw cycles a year. Repeated shallow freezes drive water that has gotten under a coating to expand and push it off the slab. The defense is sealing the perimeter and joints so water cannot get underneath, plus a flexible system that moves with the slab. Q: Are coated patios and pool decks slippery when wet? A: Only if they are coated smooth. We build traction in with a flake or quartz broadcast cast into the base coat, then blend polymer or aluminum oxide grit into the topcoat. Around pools we spec a medium texture that grips wet and is still comfortable barefoot, and you feel a sample before it is chosen. Q: Do exterior coatings get hot to walk on in Texas summer? A: Color drives it more than the coating itself. Exposed concrete in full DFW sun can reach 130 to 150 degrees at the surface, and dark colors run significantly hotter than light ones. Light colors, a textured surface and cool-deck overlay systems around pools are what keep a slab usable barefoot in July. Q: Can you coat a cracked driveway or patio? A: Usually yes. Dormant cracks get chased open and filled with a rigid polymer, then ground flush. Cracks still moving with the clay soil get a flexible polyurea filler. What a coating cannot do is fix a slab that has heaved, settled differentially or cracked structurally, and we will tell you when that is what you have. Q: How long does an exterior concrete coating last in DFW? A: A properly prepped exterior system with an aliphatic topcoat should serve 10 to 15 years in this climate before the topcoat needs refreshing. The wear layer can typically be scuff sanded and recoated rather than the whole system being removed, which is far less expensive than starting over. Q: Can you match my patio coating to my garage floor? A: Yes, and it is worth doing when the two spaces connect visually. We can run the same flake blend or color palette from an interior garage floor out to a patio, driveway or walkway. Because we install both, the color match is planned once instead of being coordinated between two contractors. --- ## Driveway Coatings in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/exterior-concrete-coatings/driveway-coatings Service type: Driveway Coating A driveway coating is a UV-stable decorative system applied over an existing concrete driveway, priced in Dallas-Fort Worth at $6 to $12 per square foot installed depending on whether you are coating the slab or resurfacing it with an overlay. The driveway is the hardest surface we coat. It takes full sun all day, carries vehicle weight, gets hit by tires coming off a Texas highway at 140 degrees or more, sits directly on Blackland Prairie clay that moves with every season, and is the first thing anyone sees when they pull up to your house. That combination kills ordinary products. Sealers wear off in tire paths. Aromatic coatings yellow and chalk. Rigid systems crack along the joints the first winter. This page covers the three real options, how we treat cracks and joints in clay soil, and how we stop hot tire pickup outdoors. Professional Garage Concepts has worked DFW concrete since 2001 with 532 Google reviews at 4.8 stars. Call (817) 381-6173. ### Coating vs resurfacing vs replacement These are three different jobs at three different price points and they solve three different problems. Most driveway quotes in this market blur them together, usually in whichever direction favors the contractor. A coating is a thin resinous system bonded to the existing slab: base coat, texture broadcast, UV-stable topcoat. It changes appearance and protects the surface. It requires the concrete underneath to be structurally sound. It does not fix profile problems and it does not fill a badly spalled surface. A resurfacing, or overlay, is a cement-based polymer-modified topping troweled or sprayed over the existing slab at 1/8 to 1/4 inch or more. It creates a new wearing surface, so it can correct surface spalling, worn aggregate and minor profile issues, and it can be textured or patterned. It costs more and it needs a sound slab underneath just the same. Replacement means demolition and a new pour. It is the only answer when the slab has failed structurally. - Coat it when: concrete is sound, cracks are hairline or dormant, the surface is just stained, dull or dated. $6 to $9 per sq ft. - Resurface it when: the surface is spalled, the aggregate is exposed, the finish is worn through, but the slab itself is stable. $8 to $12 per sq ft. - Replace it when: sections have heaved or settled against each other, cracks are wide and actively moving, the sub-base has washed out, or the slab has broken into pieces that move independently. - The tell for replacement: stand on either side of a crack and press. If the two sides move independently or sit at different heights, you have a structural problem, not a surface problem. ### Hot tire pickup on a driveway is worse than in a garage Everything that makes hot tire pickup a problem inside a garage is amplified outdoors. The slab itself is heat-soaked from direct sun, so instead of a 140-degree tire meeting an 80-degree floor, it meets a slab that has been sitting at 130 degrees all afternoon. The coating film is warm and softer before the vehicle even arrives. Then the vehicle sits in the same spot every day, in the same two tire paths, through an entire Texas summer. Stopping it comes down to the same fundamentals plus one more. Mechanical profile is non-negotiable: we shot blast or diamond grind, never acid etch or pressure wash and coat. Exterior broom-finished concrete has a deeper texture than a garage slab, so profiling takes more aggressive work to reach clean concrete. Every trace of old cure and seal product has to come off, because those are release agents by design and they are the reason many DIY driveway coatings peel in tire paths within one season. The extra factor outdoors is the topcoat itself. A hard, brittle film transfers all of that tire grip to the bond line. We use flexible aliphatic polyaspartic topcoats that stay slightly elastic at high surface temperatures, and we run two coats in the tire paths on most driveways. And cure time still matters. Vehicles come back at about 24 hours, not the same evening. ### Cracks and joints in expansive clay Blackland Prairie clay runs under most of this metroplex, and it is one of the most active soils in the country. It swells when it takes on water in a wet spring and shrinks hard through an August drought. Driveways sit right on it with no house weight to stabilize them, so they move more than any other slab on the property. Control joints are how the slab handles that. They are deliberate weak lines that tell the concrete where to crack so it cracks straight instead of randomly. Any coating that bridges an active control joint will crack along it, usually inside the first year. So the joint plan is the whole plan on a driveway. - Control joints get honored through the coating or filled with a flexible polyurea joint filler that moves with the slab. We never rigidly bridge one. - Dormant cracks get chased open, blown clean, filled with a rigid polymer and ground flush so they disappear under the coating. - Active cracks get chased and filled with a flexible polyurea. They stay filled while the slab moves, though a hairline may remain visible over time. We tell you that in advance rather than after. - Spalls, pop-outs and delaminated surface get patched with fast-set repair mortar and ground level. - Post-tension driveways and aprons get scanned before any saw cutting. Grinding and patching do not disturb tendons. Cutting can. - Full broadcast texture over the finished surface breaks up the sight line so filled cracks stop registering visually. ### Decorative overlays: what your driveway can actually look like A driveway overlay is not just a gray resurface. Because the topping goes on wet and can be textured, patterned and colored, this is where the appearance options live. A spray-down or knockdown texture gives a subtle stone-like surface with good wet traction and is the most common choice. A texture-mat overlay is stamped while the topping is wet to produce slate, flagstone, ashlar or brick patterns. Saw-cut patterns cut a grid or a running-bond layout into the finished surface and are then color accented, which reads very much like a paver drive at a fraction of the cost. Borders and banding in a second color along the edges and around the apron make an ordinary rectangle look designed. The practical advice: keep driveway color in the mid to light range. It runs cooler, it hides the red DFW dirt that blows across everything better than a dark charcoal, and it does not show tire marks as plainly. Take the drama to the border rather than the field. We can also carry a color or a flake blend from the driveway through the garage door line and into the garage floor. Coordinating that when one company installs both is straightforward. - Knockdown or spray-down texture: subtle, good traction, most popular. - Texture-mat stamped patterns: slate, flagstone, ashlar, brick. - Saw-cut grid or running-bond patterns with color accent, for a paver look. - Contrasting borders and banding at the edges and around the apron. - Color coordination through the door line into the garage floor. - Mid to light field colors run cooler and hide DFW dust better. ### When we tell you not to coat it We turn down driveway coating work regularly, and it is worth explaining when and why. If sections of the slab have heaved or settled against each other so there is a lip you can catch a toe on, that is soil movement and a coating does not stop it. If cracks are wide, actively moving and running the full width of the drive, a coating buys you one good-looking season. If the sub-base has washed out, which shows up as a section that flexes or sounds hollow when you tap it, nothing applied to the surface fixes that. If the concrete is delaminating in sheets, the top of the slab has already failed and a coating bonds to a layer that is already letting go. In those cases we tell you what we see, what a coating would and would not do, and what replacement involves. We would rather lose a job than install a coating that fails and takes our name with it. The good news is that most DFW driveways we look at are structurally fine. They are stained, dull, spalled at the surface, cracked in the ordinary seasonal way, and they are excellent candidates for a coating or an overlay at a fraction of what replacement costs. ### How we coat a driveway 1. 1. Slab assessment and drainage check. We walk the drive looking for heaving, settlement, hollow sections, delamination, crack activity and joint layout, and we check how water moves across it. A driveway that ponds water or drains back toward the garage needs that understood first, because standing water at a joint is how an exterior coating starts to fail. 2. 2. Clean, degrease and test. Oil stains from years of parking get degreased and, where the contamination is deep, ground out until we reach clean concrete. Where the slab shows darkening or efflorescence we run a moisture test, since an exterior slab sits on soil that holds water for weeks after a wet DFW spring. 3. 3. Shot blast or diamond grind to profile. Exterior broom-finished concrete has deeper texture than a garage slab, so we shot blast or aggressively grind to reach a clean CSP 3 or better across the whole surface. Every trace of old sealer, cure and seal product or previous coating comes off. Nothing gets pressure washed and coated. 4. 4. Crack, spall and joint treatment. Cracks are chased open, blown clean and filled, rigid polymer for dormant cracks and flexible polyurea for cracks still moving with the clay. Spalls and pop-outs get fast-set mortar and are ground flush. Control joints are honored through the finished surface or filled flexibly, never rigidly bridged. Post-tension slabs are scanned before any cutting. 5. 5. Prime the slab. A primer coat seals the porosity of exterior concrete and stops outgassing, which is what causes pinholes when a slab warms in the sun during a pour. If moisture testing called for it, a 100 percent solids epoxy vapor barrier primer goes down first with its own cure window. 6. 6. Base coat or overlay application. On a coating, the pigmented base goes down and the traction layer is broadcast into it wet. On a resurfacing, a cement-based polymer-modified overlay is troweled or sprayed at the specified thickness and worked to the texture or pattern you selected. Either way this step sets the color and the surface character of the driveway. 7. 7. Texture, pattern and detail work. Knockdown texture is knocked flat at the right moment, texture mats are stamped while the topping is workable, and saw-cut patterns are cut once the surface has set. Borders and banding are taped and applied in the second color. Edges and the apron get hand detailed, since that is where water and tires attack first. 8. 8. UV-stable aliphatic topcoat. A clear aliphatic polyaspartic topcoat goes down with a traction additive blended in. This is the coat that keeps its color through Texas summers and takes the hot tire load. We run two coats in the tire paths on most driveways, since that is where the wear concentrates. 9. 9. Cure and return to service. Foot traffic is fine in a few hours. Vehicles come back at about 24 hours after the topcoat, and we do not shorten that to accommodate a schedule. We watch the forecast and reschedule around rain rather than pouring ahead of a storm, because water on a curing exterior film causes permanent blushing. ### Driveway coating cost in Dallas-Fort Worth These are installed per square foot ranges for a structurally sound DFW driveway. Extensive crack repair, removal of an old sealer or coating, or drainage correction adds cost, and each of those is itemized on the written quote. We measure the actual drive rather than estimating from an aerial photo. - Driveway coating, full broadcast: $6 to $9 per sq ft installed. Structurally sound driveways that are stained, dull or dated and need a durable, UV-stable, non-slip surface. - Decorative overlay resurfacing: $8 to $12 per sq ft installed. Driveways with surface spalling, exposed aggregate or a worn-through finish, and anyone wanting a stamped or saw-cut pattern. - Crack and joint repair only: $3 to $8 per linear ft. Driveways in decent shape that need cracks and joints stabilized without a full surface treatment. - Typical two-car driveway: $3,600 to $7,200 installed. A standard 600 to 800 square foot DFW driveway in a full broadcast coating system. ### Questions and answers Q: How much does a driveway coating cost in Dallas? A: Driveway coatings in Dallas run $6 to $9 per square foot installed for a full broadcast system, and decorative overlay resurfacing runs $8 to $12. A typical 600 to 800 square foot two-car driveway lands between $3,600 and $7,200. Crack and joint repair on its own prices at $3 to $8 per linear foot. Q: Should I coat, resurface or replace my driveway? A: Coat it when the concrete is structurally sound and only the surface is stained or dull. Resurface it when the surface is spalled or worn through but the slab is stable. Replace it when sections have heaved or settled against each other, cracks are wide and moving, or the sub-base has washed out beneath it. Q: Will a driveway coating peel from hot tires? A: Not when the slab is shot blasted or ground to clean, profiled concrete and the coating is fully cured before vehicles return. Hot tire pickup outdoors is harsher than in a garage because the slab is already heat-soaked, so we use flexible aliphatic topcoats and double coat the tire paths. Acid-etched or pressure-washed driveways fail. Q: Can you coat a driveway with cracks in it? A: Yes, if the cracks are surface cracks rather than structural failures. Dormant cracks get filled with a rigid polymer and ground flush. Cracks still moving with the clay soil get a flexible polyurea filler that moves with them. A slab where sections heave, settle or flex independently needs replacement, not a coating. Q: How do you handle control joints in a driveway coating? A: Control joints are honored through the finished coating or filled with a flexible polyurea joint filler that moves with the slab. We never rigidly bridge an active joint, because the coating will crack along it within the first year. Blackland Prairie clay moves seasonally and the joints are where that movement is designed to go. Q: How long does a driveway coating last in Texas? A: A properly prepped driveway coating with an aliphatic topcoat should serve 10 to 15 years in DFW before the topcoat needs refreshing. Tire paths wear first. The wear layer can usually be scuff sanded and recoated instead of removing the whole system, which costs a fraction of the original job. Q: Will a coated driveway be slippery when it rains? A: Not with texture built in. We broadcast flake or graded quartz into the base coat to create mechanical traction, then blend polymer or aluminum oxide grit into the clear topcoat. Driveways can carry more aggressive texture than pool decks because nobody walks on them barefoot, so we spec accordingly. Q: Can you match my driveway to my garage floor? A: Yes, we match driveways to garage floors regularly, and because we install both, the color and flake blend get planned once and carried from the driveway through the door line into the garage. Most homeowners choose a mid to light color outdoors, which runs cooler in Texas sun and hides red DFW dust better than dark charcoal. --- ## Patio and Pool Deck Coatings in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/exterior-concrete-coatings/patio-coatings Service type: Patio and Pool Deck Coating Patio and pool deck coatings are decorative, UV-stable systems applied over existing outdoor concrete, priced in Dallas-Fort Worth at $6 to $12 per square foot installed depending on whether you are coating the slab or applying a cool-deck overlay. A patio has different problems than a driveway. Nobody parks on it, so tire load is not the issue. What matters instead is how it feels: whether you can walk on it barefoot on a 100-degree afternoon, whether it grips when someone climbs out of the pool with wet feet, and whether it still looks right next to the house after five years of sun. Around a pool there is a fourth factor. Chlorinated water and salt chlorine generators both attack ordinary coatings, and splash-out puts them on the deck every day. Professional Garage Concepts has worked DFW concrete since 2001 with 532 Google reviews at 4.8 stars. Call (817) 381-6173 or come see the samples at our Keller or Grand Prairie showroom. ### Surface temperature and cool-deck systems On a 100-degree DFW afternoon, plain concrete in full sun runs 130 to 150 degrees at the surface. That is the single reason people stop using a pool deck in July, and it is fixable. Three things control how hot a deck feels. The first is color. Light colors reflect solar energy and run measurably cooler than dark ones, and the difference between a sand deck and a charcoal deck standing side by side is immediately obvious to bare feet. This is why we push back when someone wants a dark pool deck. It will look excellent and it will be unusable in summer. The second is texture. A textured surface makes less continuous contact with the bottom of a foot than a smooth film, so it reads cooler even at similar surface temperature. It also dries faster after splash-out. The third is the system itself. Cool-deck overlays are cement-based, acrylic-modified toppings applied in a knockdown texture, developed specifically for pool surrounds in hot climates. The cementitious body holds less heat than a solid resin film, the knockdown texture minimizes foot contact, and light integral colors do the rest. On a DFW pool deck in full sun, that combination is the answer. No coating makes concrete cool in direct Texas sun. What a well-specced deck does is take it from painful to comfortable, which is the difference that matters. - Light colors first. Sand, bone, pale gray and light tan are the practical picks around water. - Knockdown texture over a smooth film, every time, on a pool deck. - Cool-deck overlay systems: cement-based, acrylic-modified, made for hot-climate pool surrounds. - Dark colors belong in borders and accent bands, not the field. - Shade structure and slab orientation still matter more than any product. ### Traction around water This is where we see the worst work in DFW. A smooth, glossy coating on a pool deck is genuinely dangerous, and it is a common outcome when a garage floor contractor takes an outdoor job and uses the same build. Wet feet on a slick surface with a pool six inches away is not a design preference, it is a safety issue. We build traction into the system rather than adding it later. The base layer is a broadcast: graded quartz sand or vinyl flake cast into the wet base coat to create mechanical texture through the whole system rather than a thin gritty film on top that wears off in the traffic paths. On a cool-deck overlay, the knockdown texture itself does this job. The topcoat then carries an additive. Polymer grit gives a softer feel that is easy on bare feet and still grips. Aluminum oxide gives more aggressive traction and is harder underfoot and harder to sweep clean. Around water we spec a medium texture almost every time. The balance point is a surface you can cross wet without thinking about it and still lie on a towel comfortably. We put a sample on the ground and have people stand on it wet, because a sample felt with a dry hand tells you nothing. - Quartz or flake broadcast in the base coat as the primary traction layer. - Polymer grit in the topcoat for a barefoot-friendly texture around pools. - Aluminum oxide where grip matters more than comfort, such as steps and slopes. - Steps, the pool coping transition and any slope get the most texture. - Feel a sample with wet bare feet before choosing. That is the real test. ### Chlorine, salt systems and pool chemicals Pool water lands on the deck constantly. Splash-out, wet feet, backwash and the puddle by the steps mean the coating is in near-permanent low-level chemical contact, and the two chemistries in DFW pools each cause a different problem. Traditional chlorine is an oxidizer. It bleaches and degrades coatings that are not chemically resistant, showing up first as fading in the splash zone around the steps and along the coping, while the far edge of the deck stays the color you picked. Salt chlorine generators are more common in newer DFW pools and cause a different issue. The water is not chlorine-free, it produces chlorine from salt, and the deck ends up with salt residue drying on it every day. Salt crystallizing in the pores of unprotected concrete is expansive and causes surface spalling over time. It is also corrosive to some coating chemistries. An aliphatic polyaspartic topcoat handles both. It resists chlorine oxidation, is not attacked by salt, and does not amber under the UV that comes with any pool deck. This is another reason we do not use clear epoxy outdoors: chlorine and UV together take an epoxy topcoat apart quickly. We also treat the splash zone as its own detail, running the topcoat fully to the coping edge and sealing that transition, because the joint where deck meets coping is where water gets underneath a coating and starts lifting it. ### Coordinating a patio with your interior floor This is the part most homeowners do not think about until after the patio is done, and by then the chance is gone. When a back patio is visible through a wall of glass from the living room, or when a covered patio connects to a game room, the two floors are seen together. Coordinating them makes the inside space look larger, because the eye reads the floor as continuing rather than stopping at the door. The same applies to the garage. A garage floor and the driveway or side patio outside the door are seen in the same glance every time the door is open. Coordinating does not mean identical. An outdoor deck needs more texture and generally a lighter color than an interior floor, so an exact match is usually the wrong goal. What works is a shared palette: the same flake blend family in a lighter base outside, or the same accent color pulled through in a border. That reads as intentional. Because Professional Garage Concepts installs garage floors, patio coatings, driveway coatings, decorative concrete and polished concrete with our own crews, this gets planned once, on one visit, by one company. No coordinating between a pool deck contractor and a garage floor contractor who each blame the other for the color being off. - Same blend family, lighter base color outdoors for heat and glare. - Shared accent color carried into a patio border and an interior floor. - Interior gloss, exterior satin or textured, so both look right in their own light. - Plan the door threshold transition deliberately rather than letting it land wherever. ### Freeze-thaw and DFW slab movement on a patio Patios crack. Almost every patio in this metroplex over ten years old has a crack in it, and it is not a construction defect. Blackland Prairie clay swells with spring rain and shrinks in an August drought, and a patio slab pouring across that with no house weight on it moves with the soil. DFW also runs roughly 30 to 40 freeze-thaw cycles a winter. Water sitting in a crack or under an unsealed coating freezes overnight, expands, and thaws by mid-morning. Repeated thirty times a season, that is what widens cracks and pushes coatings off at the edges. Our treatment is the same discipline as any exterior slab. Dormant cracks get chased, filled with rigid polymer and ground flush so they disappear under the texture. Active cracks get a flexible polyurea that keeps moving with the slab. Control joints are honored through the coating or filled flexibly, never rigidly bridged. The perimeter gets sealed so water cannot get under the film from the edge. On a patio, the broadcast texture does something extra: it breaks up the sight line so filled cracks stop registering as lines across the slab. That effect is much stronger on a textured patio than it would be on a smooth one, and it is a good reason not to spec a smooth deck outdoors even setting slip resistance aside. ### How we coat a patio or pool deck 1. 1. Assess the slab, the drainage and the splash zone. We look at crack activity, control joints, spalling, previous coatings and how water moves across the deck after rain or splash-out. Around a pool we pay attention to the coping transition and the low spots that hold water, because those are where a coating starts to fail if they are not addressed first. 2. 2. Moisture testing where the slab warrants it. Exterior slabs sit directly on soil that holds water for weeks after a wet DFW spring, and a pool deck has water on it daily. Where we see darkening, efflorescence or a previous coating failure, we test moisture vapor emission and spec a vapor barrier primer if the numbers require one. 3. 3. Shot blast or diamond grind to profile. Broom-finished exterior concrete needs a more aggressive profile than a garage slab, so we shot blast or grind to a clean CSP 3 or better. Old sealers, cure and seal products, pool deck paint and previous coatings all come off completely. Nothing gets pressure washed and coated over. 4. 4. Crack, spall and joint treatment. Cracks are chased open, blown clean and filled, rigid polymer for dormant cracks and flexible polyurea for active ones. Spalls and salt-damaged surface get fast-set repair mortar and are ground flush. Control joints are honored or filled flexibly. The slab perimeter and the coping transition get sealed so water cannot get under the film. 5. 5. Prime, with a vapor barrier if required. A primer seals the porosity of the concrete and stops outgassing, which causes pinholing when a slab warms in direct sun during application. If moisture testing called for it, a 100 percent solids epoxy vapor barrier primer goes down first and gets its own cure window before anything else. 6. 6. Base coat, or cool-deck overlay. On a coating, the pigmented base goes down and quartz or flake is broadcast into it while wet. On a cool-deck build, a cement-based acrylic-modified overlay is applied and worked to a knockdown texture in a light integral color. This is where the deck gets its color and the bulk of its traction. 7. 7. Texture, borders and detail work. Knockdown texture is knocked flat at the right moment for the temperature that day, which on a 100-degree DFW afternoon is a short window. Borders and accent bands are taped and applied. Steps, the coping edge and any sloped section get extra attention because that is where wet traction matters most. 8. 8. UV-stable aliphatic topcoat with traction additive. A clear aliphatic polyaspartic topcoat goes down with the grit level you selected blended in. This coat carries the UV stability and the chlorine and salt resistance, and it is why we never use clear epoxy on a pool deck. The topcoat runs fully to the coping edge and the perimeter is sealed. 9. 9. Cure and return to service. Foot traffic is fine within a few hours, and we ask you to keep the pool cover and furniture off for a couple of days so the film finishes curing. We schedule around the forecast rather than pouring ahead of a storm, since rain on a curing exterior film causes permanent blushing. ### Patio and pool deck coating cost in DFW These are installed per square foot ranges for exterior DFW slabs in reasonable condition. Removing old pool deck paint or a failed coating, correcting drainage, or repairing salt-damaged surface adds cost, and each is itemized on the written quote before work starts. - Patio coating, textured: $6 to $8 per sq ft installed. Covered patios, back porches and entertaining areas that need color, durability and everyday wet traction. - Cool-deck overlay for pool surrounds: $8 to $12 per sq ft installed. Pool decks in full sun where surface temperature and barefoot traction are the deciding factors. - Crack and joint repair only: $3 to $8 per linear ft. Patios in good condition that need cracks and joints stabilized without a full resurfacing. - Typical 500 sq ft patio: $3,000 to $6,000 installed. A standard DFW back patio or pool surround, coated or overlaid with full traction texture. ### Questions and answers Q: How much does a patio coating cost in Dallas? A: Patio coatings in Dallas run $6 to $8 per square foot installed for a textured system, and cool-deck overlays for pool surrounds run $8 to $12. A typical 500 square foot patio lands between $3,000 and $6,000. Crack and joint repair on its own prices at $3 to $8 per linear foot. Q: Will a coated pool deck be too hot to walk on in Texas summer? A: Not if it is specced correctly. Plain concrete in full DFW sun reaches 130 to 150 degrees, and the fix is a light heat-reflective color, a knockdown or broadcast texture that reduces foot contact, and a cement-based cool-deck overlay. Dark colors are the main reason pool decks become unusable in July. Q: Are coated pool decks slippery when wet? A: Only if they are coated smooth, which we do not do outdoors. We broadcast graded quartz or flake into the base coat for mechanical texture, then blend polymer grit into the topcoat for a barefoot-friendly grip. We put a sample on the ground and have you stand on it with wet feet before deciding. Q: Does chlorine or a salt system damage a patio coating? A: It damages the wrong coating. Chlorine is an oxidizer that bleaches non-resistant films, and salt chlorine generators leave residue that is corrosive and expansive in concrete pores. An aliphatic polyaspartic topcoat resists both and does not yellow under UV, which is why we never use clear epoxy on a pool deck. Q: Can you coat a patio that has cracks in it? A: Yes, a cracked patio can be coated, and almost every DFW patio over ten years old has cracks from Blackland Prairie clay moving under it. Dormant cracks get chased open, filled with a rigid polymer and ground flush. Active cracks get a flexible polyurea filler, and the broadcast texture then breaks up the sight line so filled cracks stop being visible. Q: How long does a patio coating last in DFW? A: A properly prepped patio coating with an aliphatic topcoat should serve 10 to 15 years before the topcoat needs refreshing. Splash zones and traffic paths wear first. The wear layer can generally be scuff sanded and recoated instead of removing the whole system, at a fraction of the original cost. Q: Can my patio match my garage floor or interior flooring? A: Yes, and coordinating is worth planning up front. We usually recommend a shared palette rather than an exact match, since an outdoor deck needs more texture and a lighter color than an interior floor. Because we install both, the colors are chosen together on one visit instead of coordinated between two contractors. Q: How long before I can use my patio after it is coated? A: Foot traffic is fine within a few hours of the final topcoat, and furniture and a pool cover should stay off for a couple of days while the film finishes curing. We schedule exterior work around the DFW forecast, because rain landing on a curing coating causes permanent blushing in the finish. --- ## Concrete Floor Services in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/concrete-services Service type: Decorative Concrete Services Professional Garage Concepts finishes existing concrete slabs across Dallas and Fort Worth four ways: mechanically polished, stained or dyed, sealed, and coated for industrial duty. Every one of those starts with the slab you already have. Nothing here is poured new, and nothing here is a covering laid on top of a floor you paid for once already. We have worked on DFW floors since 2001. The company holds 532 Google reviews at a 4.8 star average, an A+ rating with the BBB, and is licensed, bonded and insured. Our commercial client list includes Herzog and Coca-Cola. We run two showrooms, at 220 N Main Street in Keller and 801 Greenview Drive in Grand Prairie, so you can put a hand on a finished sample before you sign anything. Every other concrete contractor in this metroplex asks you to pick a finish from a photograph. This page routes you to the right finish. If you already know what you want, jump to polished concrete, concrete staining, sealed concrete or industrial coatings. If you do not, read the comparison below. The wrong finish on the right slab is the most expensive mistake in this trade, because removing a failed coating costs $1.00 to $3.00 per square foot before the real work starts. ### Four finishes, four different jobs These are not four grades of the same product. They are four different things done to concrete, with different equipment, different timelines and different failure modes. Picking between them is a question about traffic, chemicals, appearance and what your slab will physically allow. Here is the honest short version of each. - Polished concrete. Diamond grinding through a sequence of grits until the slab itself becomes the finished surface. Nothing is added on top except a densifier that soaks in and a stain guard. It cannot peel, because there is no film to peel. Best for showrooms, retail, offices, warehouses, and homes where the slab is sound. - Stained or dyed concrete. Acid stain reacts with the lime in the slab and produces mottled, variable color. Water-based dye lays in more evenly and hits colors acid cannot. Both need a sealer or a polish over the top to survive traffic. Best for patios, entries, living areas, restaurants and any floor where you want color instead of gray. - Sealed concrete. A penetrating silane or siloxane that soaks in and repels water and salt, or a topical film that sits on the surface and adds sheen. This is the cheapest thing you can do to a slab and the right answer for driveways, patios, warehouse floors that only need dust control, and any exterior concrete facing Texas freeze and thaw. - Industrial coatings. Urethane cement, novolac epoxy, static dissipative systems and heavy-build epoxy or polyaspartic, chosen for a specific chemical, thermal or electrical problem. Best for food and beverage plants, manufacturing, automotive service bays, warehouses and any floor that gets hot washed, hit with acid, or driven on by loaded lifts all day. ### How to pick, in the order the decision actually happens Most people start with a photograph and work backward. That is the wrong direction, and it is why so many DFW floors get a finish the slab cannot support. Start with the slab, then the use, then the look. Walk your floor and answer these five questions before you call anyone. If you can answer them, we can usually give you a real number over the phone. - What is on it now? Bare concrete, tile, carpet glue, vinyl, old paint or an old coating. Anything that is not bare concrete has to come off, and demolition runs $1.00 to $3.00 per square foot depending on how stubborn it is. - Is it inside or outside? Exterior concrete in Texas gets UV, thermal cycling and standing water. That rules out most topical films and pushes you toward a penetrating sealer or a UV stable system. - Does it get wet, hot or chemical? Washdown, steam, hydraulic fluid, battery acid and brine each disqualify a different system. This single question decides the industrial spec. - How much square footage? Concrete finishing prices are strongly size-dependent because mobilization and setup cost the same on 600 square feet as on 6,000. A 600 square foot salt and pepper polish prices near $9.00 per square foot. The same finish at 5,000 square feet prices from $3.50. - Can you give up the floor for a few days, and when? Grinding is loud and dusty. Coatings need cure time. For a working building, the schedule is usually a bigger constraint than the price. ### What DFW slabs do to a concrete floor Dallas and Fort Worth sit on Blackland Prairie clay, which swells when wet and shrinks when dry. That soil moves under every slab in this metroplex, and it is the reason concrete floors here behave differently than the same floor in Phoenix or Denver. Any contractor who talks about your floor without talking about your soil is selling you a finish and not a floor. Three things follow from that. First, control joints and cracks move seasonally, so joint fill has to be chosen for movement rather than just filled and forgotten. Second, many DFW slabs are post-tensioned, which limits how aggressively we can grind and where we can drill or cut, and we verify tendon layout before any deep cut. Third, slab moisture matters more than people expect. Vapor driving up through a slab on grade will push a film-forming coating off the concrete, sometimes a year later, which is exactly why a polish or a penetrating sealer is often the safer specification on a slab with an unknown or missing vapor barrier. We test moisture before we quote a film-forming system on any interior slab where the vapor barrier is unknown. If the reading comes back high, we tell you before you spend money, not after the coating blisters. - Expansive clay soils that move the slab seasonally, so joints and cracks are treated as moving elements - Post-tension slabs, common in DFW residential construction, which limit grind depth and cutting - Slab moisture vapor emission on older slabs with no vapor barrier under them - Surface temperatures over 100 degrees in an uncooled DFW garage or warehouse, which affects cure and pot life - Hot tire pickup from vehicles that have been sitting in Texas summer heat, which is a coating problem and not a polished concrete problem ### Industries we finish concrete for The right system changes completely depending on what happens on the floor. A retail floor and a food plant floor are both concrete, and almost nothing else about them is the same. These are the five categories most of our concrete work falls into. - Commercial. Offices, medical and dental suites, gyms, churches, breweries, salons and tenant finish-out across Dallas and Fort Worth. Usually a polished slab or a stain and polish combination, scheduled around a certificate of occupancy date. We coordinate with the general contractor and hit the date on the schedule. - Residential. Living areas, kitchens, basements, patios, sunrooms and garages in DFW homes. Post-tension slabs and small square footages drive both the method and the price. Residential jobs are where cream polish and acid stain do their best work, and where the showroom sample matters most. - Manufacturing. Plant floors, machine shops, fabrication bays and process areas. This is urethane cement and novolac epoxy territory, specified around thermal shock, chemical exposure and point loading from equipment, with safety striping laid out to match your traffic plan. - Warehousing and distribution. Distribution centers, cold storage, 3PL space and racked warehouse floors across the DFW logistics corridor. Densify and polish is the low-cost, high-durability answer for most of this square footage, with joint fill under lift traffic and striping for aisles, racking and pedestrian walkways. - Retail. Storefronts, showrooms, restaurants, grocery and big-box space. Polished concrete carries the highest reflectance and the lowest lifetime maintenance cost of anything you can put down, and it is the reason so many national retail brands specify it by default. ### One contractor for the floor, the door and everything between We are a garage and building envelope contractor that also finishes concrete. That combination is unusual in DFW, and it matters more than it sounds. If you are polishing a shop floor, you probably also need the overhead door serviced, the dock leveler looked at, or cabinets and storage put in against the wall. Running those as separate vendors means separate schedules, separate warranties and two crews pointing at each other when something does not line up. We do doors, gates, floor coatings, decorative concrete, cabinets and slat wall with our own people. One point of contact, one schedule, one warranty conversation. No DFW competitor offers that whole list, which is the entire reason we built the company this way. And we have showrooms. Both locations hold real finished samples: a polished panel you can see under real light, actual flake blends, stain samples on real concrete rather than on a printed card. Concrete color does not photograph accurately, ever. Come look at it. ### What we need before we can quote A concrete quote that is not based on a site visit is a guess. We do site visits, and for commercial work we return most estimates within a couple of business days once we have walked the floor. For a fast phone estimate, have this ready: approximate square footage, what is currently on the floor, interior or exterior, the building age if you know it, and what happens on that floor day to day. For commercial and industrial work, also tell us your shutdown window and whether the building will be occupied while we work. That last item changes the price more than any finish selection does. - Square footage, even rough, and the shape of the space - Current floor condition and any existing covering or coating - Known cracks, spalls, low spots or previous repairs - Whether the slab is post-tensioned - Interior or exterior, conditioned or unconditioned - Chemical, thermal or washdown exposure for industrial floors - Your date, and whether nights or weekends are an option ### How a concrete floor job runs from first call to walk-through 1. Site visit and slab assessment. We come out and look at the actual concrete. We check flatness, existing coverings, cracks, joints, spalling and how deep the cream layer runs, and on interior slabs with an unknown vapor barrier we test for moisture. This visit decides what is possible, not just what is preferred. 2. Written scope and finish selection. You get a written scope naming the exact system, the finish level, the joint treatment and the square footage. Finish selection happens at the showroom or on your own slab with a test patch. Test patches are the only way to know how a specific stain will read on a specific floor. 3. Demolition and surface preparation. Old flooring, adhesive, paint and failed coatings come off first. Prep runs from a light diamond grind for a penetrating sealer to a full shot blast for a heavy industrial buildup, and it is the single largest predictor of whether a floor lasts. Nobody wins an argument with bad prep. 4. Crack, joint and spall repair. Cracks are chased out and filled, spalls are patched, and control joints are cleaned and filled with the right material for the movement they see. On DFW slabs sitting on expansive clay, joints get a semi-rigid fill in traffic areas and a flexible sealant where the slab actually moves. 5. Dust containment and protection. We wall off the work area with plastic and run HEPA vacuums on the grinders. In occupied buildings, adjacent finishes, racking, equipment and doorways get protected before a machine turns on. Ram Board or equivalent floor protection is available where trades follow us. 6. The finish itself. Grinding and polishing through the grit sequence, stain or dye application, sealer application, or coating buildup, depending on the system. This is the part everyone pictures, and it is usually the shortest phase of the job. 7. Protection and cure. Polished floors get a densifier and a stain guard. Stained floors get a sealer. Coated floors get their topcoat and then their cure time, which is where the schedule usually lives. We give you a written return-to-service time for foot traffic and for vehicles or equipment, and they are not the same number. 8. Walk-through and maintenance handoff. We walk the floor with you in the light you will actually live with, correct anything that needs correcting, and hand over a written maintenance routine. For polished floors that means the right pH neutral cleaner and nothing acidic. For coatings it means what to keep off the surface and when to look at the topcoat again. ### What concrete floor finishes cost in DFW These are installed DFW ranges, not quotes. Concrete pricing is strongly size-dependent because setup costs the same on a small floor as on a large one, so a small residential job prices near the top of every band and a large commercial floor prices near the bottom. - Sealed concrete: $1.50 to $4 per sq ft. Driveways, patios, warehouse floors that need dust control, exterior slabs facing Texas UV and freeze cycles - Polished concrete: $3.50 to $12 per sq ft. Retail, offices, warehouses, showrooms and homes where the existing slab is sound - Stained and dyed concrete: $2 to $8 per sq ft. Patios, entries, living areas, restaurants and any floor that needs color instead of gray - Industrial coatings: $5 to $12+ per sq ft. Warehouses, manufacturing, food and beverage, automotive service and any floor with a chemical or thermal problem ### Questions and answers Q: What concrete floor services do you offer in Dallas and Fort Worth? A: We polish, stain, dye, seal and industrially coat existing concrete slabs throughout Dallas and Fort Worth. That covers mechanically polished concrete, acid stain and water-based dye, penetrating and topical sealers, and heavy-duty systems like urethane cement and novolac epoxy for plants and warehouses. We do not pour new slabs. Most of our work is finishing concrete that is already in place, whether that is a 400 square foot patio in Keller or a 40,000 square foot distribution floor in Grand Prairie. Q: How much do concrete floors cost per square foot in DFW? A: Concrete floor finishes in DFW run roughly $1.50 to $12 per square foot installed, depending on the system and the size of the floor. Sealing sits at the low end, polished concrete runs $3.50 to $12, staining adds $2 to $8, and industrial coatings start around $5 and climb with the spec. Size moves the number more than the finish does. Mobilization costs the same on 600 square feet as on 6,000, so small residential jobs price near the top of every band. Q: Should I polish my concrete or coat it? A: Polish the slab if it is structurally sound and you want a floor that cannot peel, because polished concrete has no film on top to delaminate. Coat it if you need chemical resistance, thermal shock resistance, a specific color, or if the slab is too damaged or too wet for polishing to look right. On a Dallas garage that gets hot tires in July, a polished or properly specified polyaspartic floor both work. A cheap big-box epoxy kit does not. Q: Can you finish concrete in an occupied Dallas building? A: Yes. We wall off work areas in plastic, run HEPA dust collection on every grinder, and schedule noisy phases for nights or weekends when the building has to keep operating. Most commercial and industrial floors we do in DFW are phased so only part of the space is out of service at a time. Tell us your operating hours on the first call. It changes the sequencing, and it is easier to plan for than to work around later. Q: Does the Blackland Prairie clay under DFW slabs affect a concrete floor finish? A: Yes. The expansive clay under Dallas and Fort Worth swells and shrinks with moisture, which moves slabs seasonally and opens control joints and cracks. That is why we treat joints as moving elements and choose a semi-rigid fill for traffic areas and a flexible sealant where the slab genuinely moves. It also means no honest contractor here will promise that an existing crack will never show again. We repair, we blend, and we tell you what to expect. Q: How long does a concrete floor job take? A: A typical residential polished or stained floor takes two to four working days on site. Sealing a driveway or patio is usually one day. Warehouse and industrial coating work runs longer and is normally phased across nights or weekends so production keeps running. Cure time is separate from work time. We give you a written return-to-service date for foot traffic and a later one for vehicles. Q: Do you have a showroom where I can see concrete finishes in person? A: Yes, two of them: 220 N Main Street, Suite A in Keller and 801 Greenview Drive in Grand Prairie. Both hold real finished concrete samples you can look at under real light rather than photographs. Concrete color and gloss do not photograph accurately. Every ranking concrete contractor in DFW asks you to choose from a website gallery. We would rather you put your hand on it first. Q: Can you do the floor and the garage door on the same project? A: Yes, and it is the reason most customers call us instead of two contractors. We install and service garage doors, driveway gates, floor coatings, decorative concrete, cabinets and slat wall with our own crews, so one company schedules the whole job and stands behind all of it. We have been doing this in DFW since 2001 and hold 532 Google reviews at 4.8 stars. --- ## Polished Concrete in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/concrete-services/polished-concrete Service type: Polished Concrete Polished concrete is your existing slab ground and refined with progressively finer industrial diamonds until the concrete itself becomes the finished floor. There is no coating, no topping and no film. That is the whole point, and it is the reason a properly polished floor cannot peel, blister, delaminate or fail from hot tire pickup, because there is nothing on top of the concrete to lift off. Professional Garage Concepts polishes concrete across Dallas, Fort Worth and the surrounding metroplex. We have worked on DFW floors since 2001, hold 532 Google reviews at a 4.8 star average, carry an A+ BBB rating, and are licensed, bonded and insured. Commercial clients include Herzog and Coca-Cola. You can see finished polished panels in person at our Keller or Grand Prairie showrooms, which matters here more than in any other finish we sell, because gloss and aggregate exposure do not photograph honestly. This page covers what mechanical polishing actually is, the grit sequence, gloss levels, the three aggregate exposure classes and what determines which one you can get, densifiers, joint fill, stain guarding, and real per square foot pricing including add-ons. If you read one section, read the one on aggregate exposure. It is where most polished concrete disappointment in DFW comes from. ### What mechanical polishing actually is, and what it is not Mechanical polishing is an abrasive process. Planetary grinders fitted with diamond segments cut into the surface of the slab, and each successive pass uses a finer diamond that removes the scratch pattern left by the pass before it. Once the surface is refined far enough, the concrete reflects light on its own. The gloss is a property of the concrete, not of something applied to it. That is very different from the two things often sold under the same name. A topical polish, sometimes called a polished overlay, a guard coat or a burnished floor, is a wax, acrylic or urethane film buffed to a shine. It looks similar on day one. It wears through in traffic lanes, it needs stripping and reapplying, and it can peel. A coating, meaning epoxy, polyaspartic or urethane, is a plastic film bonded to the slab. Coatings have real advantages, chemical resistance and unlimited color chief among them, but they are a film with a bond line, and every film has a way to fail. The test is simple. If a contractor quotes polished concrete and the scope lists a product that gets rolled or sprayed on to create the shine, it is not mechanically polished concrete. Ask what grit sequence they run and what densifier they use. If there is no answer, that is your answer. - Mechanically polished: gloss comes from refining the concrete itself. No film. Cannot peel. - Topical polish or guard coat: gloss comes from an applied wax or acrylic. Wears through traffic lanes. Requires stripping and recoating. - Coating: epoxy, polyaspartic or urethane film bonded to the slab. Colorable and chemical resistant, but it is a film with a bond line. - Grind and seal: a real middle option. The slab is ground flat, then sealed rather than polished. Cheaper, faster, and it is a film. ### The grit sequence, step by step Polishing runs in two stages using two different kinds of diamond tooling. Metal bond diamonds do the cutting. Resin bond diamonds do the refining. Skipping steps in either stage is the most common corner cut in this trade, and it shows up months later as a floor that looks hazy or scratches easily. A typical full polish runs something like this. Metal bond 30 or 40 grit opens the floor and establishes the aggregate exposure. Metal bond 80 removes those scratches. Metal bond 150 refines further. Then the densifier goes down and is allowed to react. Then resin bond 100 or 200, 400, 800, 1500 and, on the highest gloss floors, 3000. Each pass has to fully remove the scratch pattern from the previous one before the next pass begins, which is why the last three passes take longer than people expect and produce almost no visible dust. The number of passes is not fixed. A soft slab takes more; a hard, well-cured slab takes fewer. What is fixed is the discipline: no skipped grits, and the floor is checked under raking light between stages. ### Gloss levels: what 400, 800, 1500 and 3000 grit actually look like Gloss level is a description of how far up the resin grit sequence the floor was taken. It is reported on a four-level scale, and each level corresponds roughly to a finishing grit. Higher is not automatically better. It is a choice about reflectivity, maintenance and how much the floor will show a scuff. What changes between levels is reflected image clarity. At a low gloss the floor reflects light diffusely. At a high gloss you see distinct reflections of lights and objects, the way a polished stone floor behaves. In a Dallas retail space, a high gloss floor bounces enough light that lighting designers often reduce fixture count. In a busy Fort Worth warehouse aisle, a mid gloss is usually the smarter specification, because it holds its appearance between maintenance cycles better than a mirror does. - Level 1, flat or ground. Finished around 100 to 200 grit. Very little reflection. Common in back-of-house, mechanical rooms and warehouse space where dust control matters more than looks. - Level 2, satin. Finished around 400 grit. A low sheen with no distinct reflected image. Reads as a clean, matte industrial floor. Popular in modern residential and restaurant work. - Level 3, semi-polished. Finished around 800 grit. Clear reflection at a distance, softer up close. The most commonly specified level for retail and office floors and the best all-around balance of appearance and maintenance. - Level 4, highly polished. Finished at 1500 to 3000 grit. Sharp reflected images, wet-looking gloss. Highest impact and the level that shows scuffs and maintenance lapses most readily. - Moving from a lower gloss to a higher one adds roughly $0.40 to $0.75 per square foot to the job. ### Aggregate exposure: cream, salt and pepper, and rock cut How deep we cut on the first pass determines what you see in the finished floor, and this is the single most important decision in polished concrete. Concrete is cement paste with sand and stone in it. When it was placed, the finisher floated the paste to the top, so the very surface is nearly pure paste. Cut a little and you keep that paste. Cut deeper and you open the sand. Cut deeper still and you slice the stone in half. Here is the part most contractors do not put in writing. You do not entirely get to choose. What exposure is achievable depends on the slab you already own: how thick the cream layer is, how flat the slab was finished, how uniformly the aggregate settled, and how much material we can safely remove. On a slab with high spots and low spots, cutting deep enough to expose aggregate in the low areas means cutting far deeper in the high areas, and the exposure will vary across the room. On a post-tension residential slab, common throughout DFW, there is a limit to how much material comes off before we are cutting into cover we should not touch. We grind a test area first and show you what your specific slab gives at each depth. That test costs almost nothing and it is the difference between a floor you love and a floor you tolerate. - Cream polish, sometimes called Class A or no exposure. The paste layer stays. You get a soft, cloudy, uniform look with almost no stone showing. The least expensive polish because the least material is removed. $3.50 to $6.00 per square foot. - Salt and pepper, Class B or fine aggregate exposure. Cut roughly one sixteenth of an inch down to reveal the sand. A speckled, even, consistent look and the most requested finish in DFW. From $3.50 per square foot on large floors, near $9.00 on small ones. - Rock cut, Class C or D, full aggregate exposure. Cut a quarter inch or more to slice through the large stone. Reads like terrazzo. Dramatic, expensive, and the exposure most dependent on what the slab actually contains. $9.50 to $12.00 per square foot. - Honest caveat: aggregate distribution in a slab is never perfectly uniform. Rock cut floors show variation. That variation is the character of the finish, and if you want perfect uniformity you want a coating, not a polish. ### Densifiers, and why they are not optional A densifier is a liquid silicate, usually lithium, that soaks into the open concrete after the cutting passes. It reacts with the free calcium hydroxide in the cement paste and forms additional calcium silicate hydrate, which is the same compound that gives concrete its strength. The result is a harder, tighter surface with fewer open pores. Three things follow. The floor stops dusting, which is the main reason warehouses densify at all. The surface holds a polish better and to a higher gloss, because there is more solid material for the fine grits to refine. And the concrete becomes more resistant to liquid getting in, though densifier alone is not a stain blocker and any contractor telling you otherwise is overselling it. Timing matters. The densifier goes down after the metal bond passes and before the resin passes, so it penetrates open concrete rather than a closed surface. A densifier applied at the end of the job, on top of a finished polish, mostly sits there. Every polished floor we install includes a lithium densifier at the correct point in the sequence. ### Joint fill and crack repair on DFW slabs Control joints are saw cuts that tell the slab where to crack. They are doing their job when a crack appears in them. In a polished floor, an unfilled joint is a trap for dirt, an edge that spalls under wheel traffic, and the first thing your eye goes to in a room. We clean joints out to a clean edge and fill them with a semi-rigid polyurea in areas that see forklift, cart or vehicle traffic. Semi-rigid fill supports the joint edge under a hard wheel, which is what stops the spalling that ruins warehouse floors. Where the slab genuinely moves, at isolation joints and at construction joints on expansive Blackland Prairie clay, we use a flexible sealant instead, because a rigid fill in a moving joint tears itself out. Random cracks are chased out, filled and, where possible, seeded with matching aggregate or sand so they read as part of the floor. Be realistic about the result. A repaired crack in a polished floor is a repaired crack. It will be visible if you look for it. On a floor sitting on North Texas clay it may also open again seasonally. We will tell you which cracks are cosmetic and which are structural before we quote, and we do not paper over the difference. - Joint fill from $2.50 per linear foot - Cutting, cleaning and refilling previously filled joints from $4.25 per linear foot - Minor crack and surface repair $1.00 to $2.00 per square foot - Major repair, patching or leveling $2.00 to $3.00 per square foot ### Stain guarding and what polished concrete will and will not resist Polished concrete is dense, but it is still concrete, and concrete is porous. Densifier tightens the surface. It does not make it impervious. The last step on every floor we polish is a penetrating stain guard, an impregnating treatment that sits inside the top of the concrete and gives you time to wipe up a spill before it soaks in. What it handles well: water, most food spills, coffee, oil drips on a garage floor if you catch them. What it does not handle: acids. Vinegar, citrus, wine, tomato, and acidic cleaners will etch polished concrete, which is a physical reaction with the cement and not a stain sitting on the surface. Etching cannot be cleaned off. It has to be repolished. This is the honest limitation of the product, and it is why we tell every homeowner the same thing: pH neutral cleaner only, forever. Stain guard is a consumable. In a Dallas home it typically holds for several years. In a restaurant or a retail entry, plan on reapplying more often. Reapplication is a clean and wipe process, not a refinishing job, and it is inexpensive compared with anything you would do to maintain a coated floor. ### Polished concrete in Dallas and Fort Worth buildings Polished concrete has the lowest lifetime cost of any hard floor we install, which is why national retail and warehouse operators specify it by default. It is also increasingly common in DFW homes, particularly in modern builds, converted spaces and any room where the slab is already there and the owner would rather see the concrete than cover it. A few DFW-specific notes. Polished concrete holds up well in this climate because it does not care about heat. A slab in an uncooled Grand Prairie warehouse hitting 100 plus degrees does not stress a polish the way it stresses a coating. Thermal mass also works in your favor in summer, since the floor stays cooler than the air. On the other side, polished concrete is hard and it is loud, so in a residential open plan expect to want rugs and soft furnishings for acoustics. - Commercial: offices, medical suites, breweries, churches, gyms and tenant finish-out, usually at gloss level 3 - Residential: living areas, kitchens, sunrooms and garages, usually cream or salt and pepper at level 2 or 3 - Manufacturing: plant floors that need dust control and a hard, non-peeling surface under equipment - Warehousing and distribution: densify and polish at level 1 or 2, with semi-rigid joint fill under lift traffic - Retail: level 3 or 4 for reflectance, often with dye worked into the polish for brand color ### Maintaining a polished floor Maintenance is genuinely simple and genuinely non-negotiable. Dust mop daily or as often as the traffic warrants, because grit on the floor is sandpaper under every shoe and wheel. Damp mop or auto-scrub with a pH neutral cleaner. Never use anything acidic, and never use a cleaner that leaves a film, because film-building cleaners are how a mechanically polished floor ends up looking like a waxed one. On a commercial floor, an auto-scrubber with the right pad handles the whole routine. On a residential floor, a microfiber mop and a neutral cleaner is the entire program. Every few years, depending on traffic, the floor gets a burnish and the stain guard gets reapplied. A commercial floor in a heavy DFW retail entry might want that annually. A Dallas home typically goes far longer. A properly polished floor that is cleaned correctly does not need to be replaced, and that is the argument for it over every alternative. ### How we polish a concrete floor 1. Slab assessment and test grind. We walk the floor, check flatness and hardness, look at joints and cracks, and grind a test area to see what your slab actually gives at each cut depth. You look at the test patch before we agree on an exposure class. This step is what keeps expectations and reality in the same room. 2. Demolition and containment. Carpet, tile, vinyl, adhesive, paint and any failed coating comes off first. Removal runs $1.00 to $3.00 per square foot depending on what is bonded down and how well. We wall off the area with plastic and run HEPA dust collection on every machine so adjacent space stays usable. 3. Metal bond cutting passes. Planetary grinders with metal bond diamonds, typically 30 or 40 grit, open the slab and establish aggregate exposure, then 80 and 150 grit passes remove the previous scratch pattern. This stage sets the look of the floor. Everything after it is refinement. 4. Crack, spall and joint work. With the slab open, cracks are chased and filled, spalls are patched, and control joints are cut clean and filled. Traffic joints get semi-rigid polyurea for edge support. Moving joints get a flexible sealant, because North Texas clay will move them seasonally no matter what we put in them. 5. Densifier application. Lithium silicate densifier is applied to the open concrete and allowed to react. It forms additional calcium silicate hydrate inside the surface, which hardens the slab, stops dusting and lets the resin passes bring up a higher gloss. Timing is the whole trick here, and it happens before the resin passes, not after. 6. Dye, if the floor is being colored. Water-based dye goes down after densifying and is worked into the open surface, then locked in by the remaining polish passes. Dye adds $1.00 to $2.00 per square foot. Because it sits inside the concrete rather than on it, a dyed polish wears the way the concrete wears. 7. Resin bond polishing passes. Resin diamonds at 100 or 200, 400, 800, and where the gloss level calls for it 1500 and 3000, each fully removing the scratch pattern from the pass before. We check under raking light between grits. The last passes are slow, quiet and almost dustless, and they are what separates a real polish from a ground floor. 8. Stain guard and walk-through. A penetrating stain guard goes on the finished surface, and the floor is burnished. We walk it with you under the building's own lighting, correct anything that needs it, and hand over the maintenance routine in writing. Foot traffic is usually same day. We give you a separate written date for vehicles or equipment. ### Polished concrete pricing in Dallas and Fort Worth These are installed DFW ranges and not a quote. Polished concrete is strongly size-dependent: the same salt and pepper finish prices near $9.00 per square foot on a 600 square foot room and from $3.50 on a 5,000 square foot floor, because setup, containment and mobilization cost the same either way. - Cream polish: $3.50 to $6.00 per sq ft. Homes and offices where you want a soft, uniform, low-variation floor and the least material removed - Salt and pepper: $3.50 to $9.00+ per sq ft. The most requested finish in DFW. Retail, warehouse, commercial and residential floors that want an even speckled look - Rock cut, full aggregate: $9.50 to $12.00 per sq ft. Showpiece floors in retail, lobbies, restaurants and homes that want a terrazzo-like look from the existing slab - Add-ons, priced separately: +$0.40 to $3.00 per sq ft. Anything beyond the base polish. Quoted line by line so you can see what each item costs ### Questions and answers Q: Is polished concrete a good flooring option for Dallas's hot climate? A: Yes. Polished concrete is one of the best floors for Dallas heat because there is no film to soften, blister or lift. A slab hitting 100 degrees in an uncooled DFW garage or warehouse does not affect the finish, and the slab's thermal mass keeps the floor cooler than the air. It is also the reason hot tire pickup, the common complaint about cheap garage coatings in Texas, is not a polished concrete problem at all. Q: How much does polished concrete cost per square foot in Dallas? A: Polished concrete in Dallas runs $3.50 to $12.00 per square foot installed, depending on aggregate exposure and floor size. Cream polish is $3.50 to $6.00, salt and pepper runs from $3.50 on large floors to near $9.00 on small ones, and rock cut full aggregate exposure is $9.50 to $12.00. Size drives the number harder than the finish does. Very large commercial floors can reach $1.00 to $3.50 per square foot. Q: Is polished concrete slippery when it rains or when tracked-in soil gets inside? A: Polished concrete is not inherently slippery, and a properly polished floor typically tests at or above the slip resistance of polished stone or tile. Wet is a different question. Any hard smooth floor is slick with water or fine tracked-in soil on it, and Dallas entries collect both during a storm. The practical fix is entry matting and a cleaning routine. Where wet exposure is constant, we specify a lower gloss level or add a traction treatment instead. Q: How does polished concrete hold up in high-traffic commercial spaces around Dallas? A: Very well, which is why national retail and distribution operators specify it. Because the wear surface is the concrete slab itself, there is no coating to wear through in traffic lanes, and a densified polished floor in a busy Dallas retail entry will typically outlast any coating put in the same location. The wear you will see is loss of gloss over years, not failure. Burnishing brings it back without replacing anything. Q: Do Dallas-area businesses need to reseal or re-polish polished concrete often? A: No. Polished concrete needs no resealing in the way a coated or sealed floor does, because the finish is the concrete itself. The penetrating stain guard is reapplied periodically, typically annually in heavy retail and food service traffic and far less often in offices and homes. A burnish every year or two in a busy Dallas or Fort Worth commercial space restores gloss. Full repolishing is a rare, many-years-out event. Q: Can polished concrete be used in Dallas-area homes, or is it just commercial? A: Polished concrete works in homes and is increasingly common in DFW residential construction, particularly in modern builds, converted garages, sunrooms and open living areas built on slab. Most Dallas homes get a cream or salt and pepper finish at gloss level 2 or 3, which reads as a clean matte or satin floor rather than a warehouse. The main residential tradeoff is acoustics. The floor is hard and reflective, so plan on rugs and soft furnishings. Q: Can cracks or imperfections in existing concrete be repaired before polishing? A: Yes. Cracks are chased out and filled, spalls and pop-outs are patched, and old control joints are cut clean and refilled before the finish passes. Minor repair runs $1.00 to $2.00 per square foot and major repair or leveling runs $2.00 to $3.00. Be realistic about the result. A repaired crack remains visible if you look for it, and on the expansive clay under DFW some cracks reopen seasonally. We identify which is which before quoting. Q: How quickly can polished concrete floors be used after installation? A: Foot traffic is usually allowed the same day the polish is finished, because there is no coating that needs to cure. Furniture, racking and vehicle traffic typically wait 24 hours to let the stain guard fully set. That is the single biggest scheduling advantage polished concrete has over any coated system. For phased commercial work in Dallas or Fort Worth, that means we can hand back sections of a building as we finish them. Q: What is the difference between polished concrete and epoxy for a garage floor in Fort Worth? A: Polished concrete refines the slab itself, so there is no film to peel and no hot tire pickup, but color is limited to dyes and the existing aggregate. Epoxy and polyaspartic add a bonded film that gives unlimited color, flake and chemical resistance, at the cost of a bond line that can fail. In a Fort Worth garage, both work when installed properly. The decision usually comes down to whether you want color or you want zero film. Q: Are polished concrete floors suitable for people with allergies or sensitivities? A: Yes. Polished concrete holds no fibers, has no pile to trap dust or dander, and offers no seams or grout lines for mold or allergens to sit in. Densifying also stops the concrete dusting that untreated slabs produce, which is a real irritant in warehouses and garages. The floor cleans with a pH neutral cleaner and water, so no strippers, waxes or film-building products are needed on it. --- ## Concrete Staining in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/concrete-services/concrete-staining Service type: Concrete Staining Concrete staining puts color into an existing slab rather than on top of it. There are two ways to do that, and they are genuinely different products: acid stain, which chemically reacts with the lime in the concrete to produce permanent, variable, mottled earth tones, and water-based dye, which is a fine pigment carried into the open pores of the slab in a much wider range of colors. Both need something over the top, either a sealer or a mechanical polish, before they can take traffic. Professional Garage Concepts has been staining concrete across Dallas, Fort Worth and the surrounding metroplex since 2001. We hold 532 Google reviews at a 4.8 star average, an A+ rating with the BBB, and we are licensed, bonded and insured. Both showrooms, in Keller and Grand Prairie, hold stain samples on real concrete, which matters because a stain color card and a stained floor are two different things. One thing up front, because it saves people money. Stain will not hide a bad slab. Color is translucent. Every patch, every trowel mark, every old adhesive shadow and every crack telegraphs straight through, and in some cases the stain makes them more obvious rather than less. If your slab is damaged, the honest answers are repair it first, polish it, or coat it with an opaque system. We will tell you which before we quote. ### Acid stain versus water-based dye Acid stain, properly called reactive stain, is a solution of metallic salts in a mild acid. It does not color the concrete so much as chemically alter it. The acid opens the surface, the metallic salts react with free lime in the cement, and the result is a new mineral deposit locked into the concrete. It cannot fade, it cannot peel, and it cannot be washed out, because it is now part of the slab. The palette is limited to what those reactions produce: browns, tans, ambers, rust reds, and a handful of blue-greens from copper. Water-based dye is pigment, ground fine enough to travel into the concrete's pores, carried in water or solvent. No chemical reaction takes place. That means the color goes down more predictably and evenly, and it opens up the whole range that acid stain cannot reach: grays, blacks, deep blues, greens, and saturated commercial brand colors. Dye is the standard choice for coloring a polished floor. Its weakness is UV. Most dyes are not UV stable, so dye is an interior product unless it is protected, while acid stain holds color outdoors indefinitely. The two can be combined. A common approach on a residential Dallas floor is an acid stain base for depth and variation, with dye worked in for accents or to push the tone in a direction acid cannot reach. - Acid stain: chemical reaction, permanent, translucent, mottled and variable, earth tone palette, UV stable, works outdoors. - Water-based dye: pigment in pores, more even and predictable, full color range including grays and blacks, generally not UV stable, interior use. - Acid stain needs neutralizing and thorough rinsing after it reacts. Dye does not. - Dye is the standard for coloring polished concrete, because it goes in before the final resin passes and gets locked in by them. - Both need a sealer or a polish over the top. Neither is a wear surface by itself. ### Why acid stain results are variable, and why that is the point An acid stained floor is never uniform, and no contractor can make it uniform. The color depends on how much free lime is available at each spot of the slab, and that varies with how the concrete was mixed, how it was floated and troweled, where it cured faster, where a hose ran across it, where a patch was made, and what has soaked into it over the years. Two adjacent rooms poured on the same day from the same truck will stain differently. That variation is what people are buying. A well-stained floor has depth, movement and translucence that no manufactured flooring reproduces, and it looks like stone or leather rather than like a product. If you want an even, repeatable, matches-the-sample color, acid stain is the wrong specification. You want dye, or you want an opaque coating. This is why we always do a test area on your actual slab. A sample panel made from someone else's concrete tells you nothing about what your floor will do. We stain a section, seal it, and you look at it in your own light before we do the whole room. On a Fort Worth job with several pours in the same building, we test each one, because they will not match and it is better to know that on day one. ### Sealing, polishing and what actually protects the color Stain is color. It is not protection. An unsealed stained floor will pick up every spill and wear in every traffic path within weeks. What goes over the color determines how the floor performs and, to a large extent, how it looks, because the topcoat controls sheen and how much the color darkens. There are three sensible ways to finish a stained floor. A topical film sealer, usually acrylic or urethane, sits on the surface and deepens the color the way water on a rock does. Acrylics are inexpensive and easy to recoat but wear faster. Urethanes are much tougher and are the right answer for a commercial interior. A penetrating sealer soaks in and leaves the natural matte look with no film to wear through, which is what most exterior stained patios in DFW should get. Or the stained floor gets mechanically polished, which locks color in with no film at all and gives you the most durable result available. Maintenance depends entirely on which you chose. A film sealed floor gets recoated when it starts to wear through in the traffic lanes, and how often depends on the traffic and not on a calendar. A polished stained floor needs only a pH neutral cleaner and periodic stain guard. - Acrylic sealer: lowest cost, strongest color pop, easiest to recoat, shortest life. Good for patios and low-traffic interiors. - Urethane or polyaspartic topcoat: much harder, better chemical and UV resistance, the right choice for a commercial interior floor. - Penetrating silane or siloxane: no film, natural matte finish, best for exterior stained concrete in Texas sun. - Mechanical polish over dye: no film at all, longest life, lowest maintenance, highest up-front cost. - Any film sealed floor gets slick when wet. A slip resistant additive belongs in the final coat on patios, pool decks and entries. ### Indoor and outdoor staining in Texas Indoors, you have every option. Acid stain or dye, film sealer or polish, any sheen you want. The slab is stable, it is dry, and the color is protected from UV. Most interior stain work we do in Dallas and Fort Worth is living areas, entries, restaurants, retail and converted garages, and a good share of it is stain combined with polishing. Outdoors, the rules narrow fast. UV eliminates most dyes, which is why exterior work is almost always acid stain. Texas sun and thermal cycling are hard on film sealers, and a film that traps moisture on an exterior slab will cloud, blush white and eventually flake, because water moving up through the slab has nowhere to go. Freeze and thaw cycles, which DFW gets several of most winters, accelerate that. On patios, walkways and pool decks we usually specify acid stain with a penetrating sealer or a UV stable film in a low build, plus traction additive, and we build in drainage awareness rather than fighting it. Pool decks get one additional constraint: surface temperature. A dark stain on a west-facing Dallas pool deck in August will be uncomfortable to walk on barefoot. Lighter tones are a functional decision there, not just an aesthetic one. ### Combining stain with polishing and scored patterns Two techniques take a stained floor from colored concrete to a designed floor, and both are more affordable than most people assume because the slab is already there. Dye and polish together is the highest-performing decorative concrete floor we install. The dye goes in after the densifier and before the final resin passes, so the color is inside the concrete and the polish is the wear surface. Nothing is on top to peel or wear through. Adding dye to a polish costs $1.00 to $2.00 per square foot on top of the polish price, which makes it one of the best value decisions available in the whole category. Scoring is saw cutting a pattern into the slab and staining the areas differently, so the floor reads as tile, planks, a grid, a border or a custom layout. Cuts are shallow, they are permanent, and they can follow any geometry you can draw. Scoring runs $3.00 to $5.00 per square foot, and custom designs, medallions, borders and logos run $5.00 to $15.00 per square foot depending on complexity. A scored and stained entry in a Dallas retail space costs a fraction of what the same look costs in real stone. - Dye plus polish: color inside the slab, no film, lowest lifetime maintenance. Add $1.00 to $2.00 per sq ft to the polish price. - Acid stain plus polish: variable natural color with a mechanically polished wear surface. - Saw cut scoring: $3.00 to $5.00 per sq ft. Grids, plank layouts, borders and room-defining patterns. - Custom designs, medallions and logos: $5.00 to $15.00 per sq ft, quoted from your artwork. - Multi-color layering: an acid stain base with dye accents, tested on your slab before production. ### What staining will not fix This is the section that saves people the most money, so read it before you spend anything. Stain is translucent. It changes the color of what is there. It does not cover, level, hide or repair. Here is what shows through a stained floor, every time. Patches, because patch material has different lime content and takes stain completely differently. Trowel marks and burnish marks left by the original finisher. Old adhesive residue from carpet or tile, which blocks stain entirely and leaves ghost patterns. Cracks, which stain darker along the edges and become more visible rather than less. Wheel tracks, oil spots and anything that soaked into the slab in a previous life. Chemical damage and efflorescence. And any place where a saw cut or a repair changed the surface. If your slab has those problems, you have three honest options. Repair the slab and accept that repairs will read differently. Polish it, which produces a much more uniform surface than staining does. Or coat it with an opaque epoxy, polyaspartic or flake system, which is the only category that genuinely hides what is underneath. We will walk your floor and tell you which one it is. That conversation is free, and it is a lot cheaper than staining a slab that should not have been stained. ### How we stain a concrete floor 1. Slab evaluation and honest assessment. We look at the slab in daylight and under raking light, checking for adhesive residue, patches, trowel burn, cracks and contamination. If the floor is not a good stain candidate we say so at this visit. This is the single most useful hour in the whole project. 2. Test area on your own concrete. We stain, neutralize and seal a test section of your actual floor and you look at it in your own lighting. On buildings with more than one pour we test each one, because separate pours stain differently and there is no way to make them match. Nothing goes into production until you approve the test. 3. Stripping and surface preparation. Coverings, adhesive, old sealers, paint and curing compounds come off completely. Anything left on the slab blocks stain and leaves a ghost. Prep is usually a diamond grind, and demolition of existing flooring runs $1.00 to $3.00 per square foot. 4. Repairs and any scoring. Cracks and spalls are repaired, and saw cut patterns are laid out and cut at this stage while the slab is bare. Scoring runs $3.00 to $5.00 per square foot. Cuts are permanent, so layout gets marked on the floor and approved before a blade touches it. 5. Stain or dye application. Acid stain is sprayed and worked to control the mottling, then given time to react. Dye is applied to open concrete and can be layered for depth. Application technique is most of the craft here, and it is the reason two crews get different floors from the same product. 6. Neutralize and rinse. Acid stain has to be neutralized with a basic solution and rinsed until the residue is fully removed and the slab reads neutral. Skipping or shortcutting this step is the number one cause of sealer failure on stained floors, because a sealer over unneutralized residue will not bond. 7. Seal or polish. Once the slab is dry, the color gets its protection: a penetrating sealer, a film sealer in the sheen you selected, or a full mechanical polish. Slip resistant additive goes into the final coat on patios, entries and pool decks. Sheen selection is made against the test area, not a brochure. 8. Cure, walk-through and care instructions. Film sealers need cure time before furniture and traffic, typically 24 hours for foot traffic and longer for anything heavy. We walk the finished floor with you and hand over written care instructions, including which cleaners will damage the finish. On a stained floor, the wrong cleaner is the fastest way to ruin it. ### Concrete staining prices in Dallas and Fort Worth These are installed DFW ranges, not quotes. Staining price depends heavily on slab condition, how much prep and repair the floor needs, and how complex the pattern is. A stain over a clean bare slab and a stain over a slab with carpet adhesive on it are different jobs. - Basic stain and seal: $2 to $4 per sq ft. Patios, entries, garages and interior floors on a clean, sound slab with a single color - Stain and polish: $4.50 to $10 per sq ft. Interior floors that need color plus the lowest lifetime maintenance available. Living areas, retail and restaurants - Scored and patterned: $5 to $15+ per sq ft. Floors that should read as tile, plank, stone or a designed layout at a fraction of stone cost ### Questions and answers Q: How much does concrete staining cost in Dallas? A: Basic concrete staining in Dallas runs $2 to $4 per square foot installed, including prep, a single stain color and a sealer. Adding a saw cut pattern brings it to $3 to $5 per square foot on top of that, and custom designs, borders or logos run $5 to $15 per square foot depending on complexity. Stain combined with mechanical polishing runs $4.50 to $10 per square foot and is the most durable version of a colored concrete floor. Q: What is the difference between acid stained concrete and dyed concrete? A: Acid stain chemically reacts with the lime in the slab to create permanent, variable, mottled earth tones that cannot fade or peel. Water-based dye is fine pigment carried into the concrete's pores, which gives a much wider color range including grays and blacks and lays down far more evenly. Acid stain is UV stable and works outdoors. Most dyes are not, so dye is generally an interior product in Texas sun. Q: Will acid stain hide cracks and stains in my existing slab? A: No. Acid stain is translucent, so cracks, patches, trowel marks, old adhesive residue and oil spots all show through, and in many cases stain makes them more visible rather than less. Anything already in your slab will still be there under the color. If the slab is damaged, the honest options are repairing it first, polishing it, or covering it with an opaque flake or epoxy coating. Q: Does stained concrete hold up outdoors in Dallas and Fort Worth? A: Yes, when it is acid stain protected by the right sealer. Acid stain is UV stable and will not fade in Texas sun, which is why exterior DFW patios and pool decks get reactive stain rather than dye. The sealer is the part that wears, not the color. We usually specify a penetrating sealer or a low-build UV stable film outdoors, because a heavy film on an exterior slab can trap moisture and cloud. Q: How long does stained concrete last? A: The color is permanent. Acid stain becomes part of the concrete chemically and cannot fade or wear off, and dye locked into a polished floor lasts as long as the polish does. What has a service life is the protective layer over the color. An acrylic sealer on a Dallas patio typically needs recoating every two to three years. A urethane topcoat indoors goes much longer, and a polished floor needs no film at all. Q: Is stained concrete slippery? A: Sealed stained concrete is slippery when wet, the same as any hard smooth floor with a film on it. The fix is a slip resistant additive broadcast into the final sealer coat, which adds fine texture without changing the look, and it belongs on every patio, pool deck and entry we seal. Inside a dry Dallas living space it is a non-issue. Outside, it is standard on our scope. Q: Can I stain my concrete and polish it too? A: Yes, and it is the best-performing version of a colored concrete floor. Dye is applied during the polishing sequence, after the densifier and before the final resin passes, so the color sits inside the slab and the polished concrete itself is the wear surface. No film, nothing to peel. Adding dye to a polish costs $1.00 to $2.00 per square foot over the polish price. Q: Can you match a stain color exactly to a sample? A: Not with acid stain, and any contractor who promises that is setting you up to be unhappy. Reactive stain color depends on the free lime in your specific slab, so the same product produces different results on different concrete, and even different pours in the same building will vary. If you need a repeatable, exact color, we use dye or an opaque coating instead. We always test on your slab first. --- ## Concrete Sealing in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/concrete-services/concrete-sealing Service type: Concrete Sealing Concrete sealing protects a slab from water, salt, oil and staining, and it splits into two categories that behave nothing alike. Penetrating sealers, usually silane or siloxane, soak into the concrete and line the pores from the inside, leaving no film and almost no change in appearance. Topical sealers, usually acrylic, urethane or polyaspartic, form a film on the surface that adds gloss, deepens color and blocks stains but can wear, peel or cloud if it is used in the wrong place. Picking correctly is almost entirely about where the slab is and what moves through it. Professional Garage Concepts has been sealing concrete across Dallas and Fort Worth since 2001. We hold 532 Google reviews at a 4.8 star average, an A+ BBB rating, and we are licensed, bonded and insured. Sealing is also the least expensive service in our concrete line and often the highest return, particularly on exterior DFW concrete facing UV, thermal cycling and the handful of hard freezes this metroplex gets most winters. ### Penetrating sealers: silane and siloxane A penetrating sealer is a small-molecule liquid that soaks into concrete and chemically bonds inside the capillary pores, creating a water-repellent lining below the surface. Nothing sits on top. The slab looks essentially the way it looked before, just slightly darker while it is curing, and there is no film to wear off, scratch, cloud or peel. Silanes have the smallest molecule and penetrate deepest, which makes them the right choice for dense, hard-troweled concrete and for slabs that need protection from water and de-icing salt. Siloxanes have a larger molecule and work better in more porous concrete and masonry. Most quality products on the market are blended silane siloxane, which covers both cases. The important behavior is vapor permeability. A penetrating sealer repels liquid water coming in from the top while still letting water vapor escape from the slab. That is why it is the correct product on exterior concrete, on slabs with no vapor barrier under them, and on any DFW driveway or patio sitting directly on clay that stays wet for weeks after a storm. A film in those locations traps moisture and eventually fails. - Invisible finish. No gloss change, no darkening once cured, no film to scuff. - Vapor permeable, so the slab can breathe and moisture will not blister the sealer. - No slip resistance change, because there is no film on the walking surface. - Cannot peel or wear through, since there is nothing on top to wear. - Does not block oil or stain the way a film does, and does not stop the concrete from looking like concrete. ### Topical film-forming sealers A topical sealer builds a film on the surface. That film is what produces the wet look on a stamped patio, the gloss on a stained floor, and the stain blocking on a garage or warehouse slab. Three families cover almost all of it. Acrylics are inexpensive, easy to apply, easy to recoat, and the shortest-lived. Urethanes are far harder and more chemical resistant and are the standard for a commercial interior. Polyaspartic topcoats cure fast, resist UV well and are the most durable of the three. Films have one absolute rule: the slab under them has to be dry and has to stay dry. Moisture driving up through a slab with no vapor barrier will push a film off the concrete, sometimes months later, and the failure looks like white clouding, blushing or flaking. This is the most common sealer failure we get called to fix in DFW, and it is almost always an exterior slab or an older interior slab poured directly on clay. Use a film when you need appearance or stain blocking indoors, on a stamped or stained surface, or on a garage floor. Use a penetrating sealer when the slab is outdoors, when the moisture condition is unknown, or when you want the concrete to look like concrete. - Acrylic: lowest cost, strong color enhancement, wears fastest, recoat every two to three years outdoors in DFW. - Urethane: much harder, better abrasion and chemical resistance, the interior commercial standard. - Polyaspartic: fast cure, best UV stability of the film group, most durable, highest cost. - All films change appearance, usually darkening the concrete and adding sheen from matte to high gloss. - All films are slick when wet unless a traction additive is broadcast into the final coat. ### Which sealer is correct for your DFW slab The decision comes down to four questions: is it inside or outside, is there a vapor barrier under it, do you want the appearance to change, and does it need to block stains. Exterior concrete in Dallas and Fort Worth, meaning driveways, sidewalks, patios and pool decks, usually wants a penetrating silane siloxane. It survives UV because there is no film for UV to break down, it survives freeze and thaw because water is not sitting in the pores waiting to expand, and it will not cloud from below. The exception is decorative exterior concrete, stamped or stained, where the owner wants the wet look. There we use a low-build, UV stable, breathable film and accept a recoat cycle. Interior slabs are the opposite. Garage floors, warehouse floors, shops and basements generally want a film, because the film is what blocks oil and stains and gives you something you can wipe. If the slab has no vapor barrier and tests high for moisture, we either use a moisture-tolerant primer system or move to a penetrating product and manage expectations. We test before quoting a film on a slab where the barrier is unknown. - Driveway, sidewalk, patio on grade: penetrating silane siloxane. - Stamped or stained exterior concrete: low-build UV stable breathable film, with traction additive. - Pool deck: penetrating sealer plus traction, and lighter colors, since a dark sealed deck gets hot underfoot in a Dallas August. - Garage floor: film sealer or a full coating. A penetrating sealer will not stop oil staining. - Warehouse slab needing dust control only: densifier plus penetrating sealer, or densify and polish. - Interior slab with unknown vapor barrier: moisture test first, always. ### Reseal intervals under Texas UV, and slip resistance Texas sun is hard on film sealers. UV breaks down the resin, thermal cycling works the film against a slab that expands and contracts daily, and DFW gets both in quantity. As a working rule for exterior concrete here, an acrylic film needs recoating every two to three years, a UV stable urethane or polyaspartic goes three to five, and a penetrating silane siloxane holds five to ten years because there is no film for the sun to attack. Interior films last considerably longer, since the driver is traffic and not sunlight. The honest test is water. Pour a cup on the slab. If it beads, the sealer is working. If it soaks in and darkens the concrete, it is time. That single test is more reliable than any calendar. Slip resistance is not optional on anything anyone walks on wet. A film sealed surface is slick when wet, and a sealed pool deck or patio without traction is a genuine hazard. We broadcast a fine polymer or aluminum oxide grit into the final coat, which adds texture you can feel but barely see and does not change the color. On pool decks, patios, entries, ramps and any exterior stairs, we include it by default and will tell you if you ask us to leave it out that we would rather not. ### How we seal a concrete floor or slab 1. Assess the slab and test for moisture. We look at the concrete's age, porosity, condition and existing sealer, and on interior slabs where the vapor barrier is unknown we test moisture before quoting any film. An old sealer that is still partly intact has to be identified, because the new product has to be compatible with it or the old one has to come off. 2. Clean and prepare the surface. The slab is cleaned of dirt, oil, efflorescence and any failing sealer, usually by pressure washing outdoors or diamond grinding indoors. Oil spots get degreased and, where they have soaked in, may need a poultice. Sealer applied over contamination does not bond, and that is most sealer failures right there. 3. Repair, then let it dry. Cracks and spalls are repaired and joints are addressed before anything goes down. Then the slab has to be genuinely dry, which after a pressure wash in DFW usually means a day or more depending on humidity. Sealing a damp slab is how you get a cloudy floor. 4. Apply the sealer. Penetrating sealers are flooded on and worked in until the slab stops accepting product, with no puddles left standing. Film sealers go down in thin, even coats, typically two, with the traction additive broadcast into the last one. Thin coats are the rule, because a heavy film traps solvent and clouds. 5. Cure and return to service. Penetrating sealers are usually walkable within hours and take vehicles the next day. Film sealers need longer, typically 24 hours for foot traffic and 48 to 72 for vehicles, and more in cool or humid weather. We give you both dates in writing and we do not shorten them because someone is in a hurry. ### Concrete sealing prices in DFW These are installed DFW ranges and not a quote. Price moves with slab condition and prep more than with the sealer itself. A slab that needs pressure washing, degreasing and crack repair before sealing costs more than the sealing does. - Penetrating sealer: $1.50 to $2.50 per sq ft. Driveways, sidewalks, patios and any exterior DFW concrete on grade - Topical film sealer: $2 to $4 per sq ft. Garage floors, stamped or stained concrete, interior slabs that need stain blocking and sheen - Densify and seal, commercial: $1.50 to $3 per sq ft. Warehouse and industrial slabs that need dust control and abrasion resistance without a full polish ### Questions and answers Q: How much does concrete sealing cost in Dallas? A: Concrete sealing in Dallas runs roughly $1.50 to $4 per square foot installed, depending on the sealer and how much prep the slab needs. Penetrating silane siloxane sealers sit at the low end, around $1.50 to $2.50, and topical film sealers run $2 to $4 including two coats and a traction additive. Prep drives the price more than the product. Pressure washing, degreasing and crack repair are usually the larger line items. Q: How often should concrete be resealed in Texas? A: In DFW, exterior acrylic film sealers need recoating every two to three years, UV stable urethane or polyaspartic films go three to five years, and penetrating silane siloxane sealers last five to ten because there is no film for the sun to break down. Interior sealers last longer since traffic, not UV, is the wear driver. The simple test: pour water on the slab. If it beads, the sealer is still working. Q: Should I use a penetrating or a topical sealer on my driveway? A: Use a penetrating silane siloxane on a DFW driveway. It repels water and salt from inside the pores, survives Texas UV because there is no film to break down, and stays vapor permeable so moisture rising through the slab cannot cloud or blister it. The concrete keeps its natural look. Topical films on exterior driveways are the most common sealer failure we get called to repair in Dallas and Fort Worth. Q: Will sealing concrete make it slippery? A: A topical film sealer is slippery when wet, but a penetrating sealer changes slip resistance almost not at all because it leaves no film on the surface. Where a film is the right product on a walking surface, we broadcast a fine polymer or aluminum oxide traction additive into the final coat. On pool decks, patios, entries and exterior stairs, we include traction additive by default rather than as an upgrade. Q: Can you seal a concrete floor that has no vapor barrier under it? A: Yes, but the product has to change. Moisture driving up through a slab with no vapor barrier will push a film sealer off the concrete, which shows up as white clouding or flaking months later. On those slabs we use a vapor permeable penetrating sealer or a moisture-tolerant primer system. We moisture test any interior slab where the barrier is unknown before quoting a film, which is common on older Dallas and Fort Worth buildings. Q: Does sealing stop concrete dust in a warehouse? A: Sealing alone helps, but a lithium silicate densifier is the product that actually stops concrete dusting. It reacts inside the surface to harden the paste, so the slab stops shedding fine powder under forklift and foot traffic. We then seal over the densified surface for stain resistance. Densify and seal runs about $1.50 to $3 per square foot and is the lowest-cost durable answer for a DFW warehouse floor. --- ## Industrial Concrete Coatings in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/concrete-services/industrial-coatings Service type: Industrial Floor Coating Industrial concrete coatings are engineered floor systems chosen for a specific problem: thermal shock, chemical attack, static, impact, or a floor that has to be washed down and returned to service on a shift schedule. This is not the same category as a decorative garage floor, and the specification process is not the same either. It starts with what happens on your floor and works backward to the product. Professional Garage Concepts has done commercial and industrial work in Dallas and Fort Worth since 2001. Our commercial client list includes Herzog and Coca-Cola. We hold 532 Google reviews at a 4.8 star average, an A+ rating with the BBB, and we are licensed, bonded and insured. We also keep a current W-9, certificate of insurance and safety documentation ready to send the same day you ask, so your purchasing process does not sit waiting on a vendor packet. The number that matters on an industrial floor is not dollars per square foot. It is hours of lost production. A cheaper system that puts your line down an extra two days costs more than the premium system that did not. We schedule around that, and every scope we write states the return-to-service time for foot traffic and for equipment separately. ### Urethane cement and urethane mortar Urethane cement, also called urethane mortar, is the system for wet processing, thermal shock and heavy impact. It is a trowel-applied floor typically laid at a quarter inch, built from a urethane binder with cement and graded aggregate. Two properties make it the specification of record in food and beverage plants and in any area that gets hot washed. First, its thermal expansion rate is very close to that of concrete, which means when boiling water or steam hits the floor, the coating and the slab move together instead of the coating shearing off. Epoxy does not do this. An epoxy floor in a steam cleaning area will delaminate, and it is only a question of when. Second, it tolerates moisture in the slab far better than epoxy does, so it can be installed on slabs that would fail a moisture test for a conventional coating. Urethane cement is also installed with an integral cove base up the wall, so there is no seam at the wall to fail and nothing for bacteria to sit in. Floors get sloped to drain where the process requires it. This is a heavy, textured, functional floor and it is not trying to look pretty. It is trying to still be there in ten years. - Withstands steam cleaning, boiling water and hot washdown without delaminating - Thermal expansion matched to concrete, which is why it survives thermal shock - Installs over slabs with higher moisture content than epoxy will tolerate - Integral cove base and slope to drain for sanitary areas - Typical uses: food and beverage processing, breweries, commercial kitchens, cold storage, wet manufacturing, chemical mixing rooms - Textured by design for traction under wet conditions ### Chemical-resistant novolac epoxy Novolac epoxy is what you specify when the floor sees concentrated acids or aggressive solvents. Standard bisphenol-A epoxy holds up to mild chemicals, oils and detergents perfectly well. Push it to sulfuric acid, hydrochloric acid, or high-concentration solvents and it softens, blisters and lifts. Novolac resin has a higher crosslink density, which gives it a much broader chemical resistance range and better performance at higher temperatures. The practical use cases in DFW are battery charging areas in distribution centers, plating and finishing lines, chemical storage and mixing rooms, laboratories, wastewater areas and any secondary containment that holds something aggressive. Novolac is usually built at a higher film thickness than a standard epoxy, often with a broadcast aggregate for traction, and it can be run up walls and curbs as part of a containment system. Specifying this correctly requires knowing what is actually on your floor. Bring us the safety data sheets. Chemical resistance charts are specific to concentration and to temperature, and a product that handles 10 percent of something will not necessarily handle 70 percent of it. We will not guess at this. ### ESD and static-dissipative flooring Static-dissipative flooring gives static a controlled path to ground instead of letting it build on people and equipment. It matters in electronics assembly and repair, in server and data rooms, in cleanrooms, in ordnance and munitions handling, and anywhere solvents or fine combustible dust make a spark a safety issue rather than an annoyance. These systems are built as an assembly, not a single product. A conductive primer or carbon-loaded grid is laid over the prepared slab, tied into copper grounding strips, and connected to the building ground. The topcoat is a static-dissipative epoxy or urethane formulated to hold surface resistance in a target range, generally between 10 to the sixth and 10 to the ninth ohms depending on what your standard requires. The floor is then tested and readings are documented. Two practical notes. Your target resistance range comes from your own standard or your insurer, so tell us the number rather than asking us to pick one. And ESD floors need maintenance with the correct cleaner, because ordinary floor finish will insulate the surface and take the floor out of spec without anyone noticing until it is tested. ### Industries and areas we coat across DFW The DFW logistics and manufacturing corridor runs from Alliance down through Grand Prairie and Arlington to south Dallas, and we work across all of it. Different buildings need very different floors. - Warehousing and distribution. Racked warehouse floors, cross-dock areas, staging and pick lanes, battery charging rooms and cold storage. Usually densify and polish or a mid-build epoxy, with joint fill under lift traffic and full aisle and safety striping. - Manufacturing. Machine shops, fabrication bays, assembly lines, paint and finishing areas. Specified around point loading from equipment, dropped tools, coolant and hydraulic fluid, and forklift traffic. - Food and beverage. Processing floors, packaging halls, walk-in coolers, commercial kitchens and breweries. This is urethane cement territory: hot washdown, integral cove base, slope to drain and a floor with no seams for bacteria to occupy. - Automotive service. Dealership service departments, fleet shops, quick lube bays and truck maintenance facilities. Needs oil and brake fluid resistance, hot tire resistance in the DFW summer, and a surface that reads clean to a customer walking past the bay. - Aviation and hangars. Hangar floors and MRO shops, where fuel and hydraulic fluid resistance plus a bright reflective surface are both part of the spec. - Laboratories and clean areas. Chemical resistance, cleanability, a jointless installation and controlled static where the process requires it. ### Line striping, safety marking and secondary containment A coated floor is also a communication surface, and this is the part of the scope that most often gets left out and then added later at higher cost. We lay out and stripe aisles, pedestrian walkways, forklift traffic lanes, equipment footprints, staging and inventory zones, exit paths, fire extinguisher and eyewash locations, electrical panel clearances and dock positions. Striping goes down in the same coating system as the floor, not in tape and not in traffic paint. That distinction matters. Tape peels under a pallet jack. Traffic paint wears off in the lane where it is needed most. A striping line laid in the coating and topcoated over it lasts as long as the floor does. We follow standard color conventions for aisle, hazard and equipment marking, and we lay everything out with your safety manager before a line goes down, because the layout is a plant decision and not a coating decision. Secondary containment is a related and separate scope. Containment areas around tanks, drums, transformers and chemical storage need a chemically compatible coating carried continuously across the floor, up the curb or dike wall, and into any coved corner, with no seam a liquid could find. We build these in novolac or a chemically appropriate system based on what is stored, and we coat the full inside of the containment rather than just the floor of it. - Aisle, walkway and forklift lane striping laid in the coating system, not taped or painted on - Hazard marking, equipment footprints, exit paths and panel clearance zones - Dock position numbering and staging zone layout - Anti-slip aggregate broadcast into ramps, wet areas and pedestrian crossings - Secondary containment coated floor, curb, dike wall and cove as a single continuous system - Trench drains, pits and equipment pads coated to match the surrounding floor ### Working around your production schedule This is where most industrial coating projects actually succeed or fail. Every coating system has a cure schedule, and cure time is the constraint on your building, not application time. A standard epoxy buildup can need 24 to 72 hours before equipment rolls on it. A polyaspartic topcoat can be back in service in a fraction of that. Choosing between them is often a schedule decision more than a performance decision, and we put both options in front of you with the return-to-service hours next to each price. We work nights and weekends as standard practice, not as an exception. Most DFW plant and warehouse floors we coat are done in phases, with a section walled off, prepped, coated and handed back before the next section opens. That takes longer in total calendar time and it keeps you shipping, which is nearly always the cheaper trade. For a full shutdown, we plan backward from your restart time and staff it accordingly. Dust and containment matter in an occupied building. Shot blasting and diamond grinding are done with vacuum recovery, work areas are sealed in plastic with negative air where required, and we coordinate with your EHS group on access, lockout, hot work and anything else your site requires before the first machine comes off the trailer. - Night, weekend and holiday shifts at no drama and quoted up front - Phased sectional work so only part of the floor is out of service at a time - Written return-to-service hours for foot traffic and for equipment, quoted per system - Fast-return polyaspartic topcoats where the schedule is the binding constraint - Vacuum-recovery shot blasting and grinding, containment, and negative air where needed - Coordination with your EHS and maintenance teams on access, lockout and site rules - 24/7 emergency availability for a floor failure that is stopping production ### Vendor documents: what your purchasing department needs from us General contractors and plant purchasing groups cannot issue a PO to a vendor who is not set up, and this is where industrial flooring projects lose a week for no good reason. We keep the packet current and send it the same day you ask for it. No back and forth, no waiting on an insurance agent. If your process needs something not on this list, ask. We would rather fill out your form on day one than find out about it when the PO is stuck. - Completed W-9 for vendor setup - Certificate of insurance, with your entity named as additional insured and the endorsement attached when your contract requires it - Proof of general liability, auto and workers compensation coverage - Safety data sheets for every product going into your building, sent before mobilization - Product technical data sheets so your engineer can review the specification - Written scope of work with system buildup, film thickness and return-to-service times - Site-specific safety plan and job hazard analysis for the work area - License, bonding and BBB documentation, and references from DFW commercial work - Lien waivers on the schedule your contract specifies ### How an industrial floor coating project runs 1. Site walk and exposure survey. We walk the floor with your maintenance or EHS lead and document what actually happens on it: chemicals and concentrations, temperatures, washdown method, wheel loads, drainage and existing damage. We ask for safety data sheets on anything that hits the floor. This survey is what selects the system. 2. Moisture and bond testing. We test the slab for moisture vapor emission and relative humidity and pull bond tests where the existing surface is questionable. On older DFW slabs poured without a vapor barrier, this test is what decides between a conventional epoxy, a moisture-tolerant primer, or urethane cement, which handles wetter slabs than epoxy will. 3. Written specification and schedule. You get a written system buildup, film thickness, striping layout, containment scope and per-system return-to-service hours, with the shutdown plan attached. Vendor documents go over at this stage so purchasing can move in parallel rather than after the fact. 4. Containment and mobilization. The work area is walled off in plastic, negative air is set up where required, and adjacent equipment, racking and product are protected. We coordinate access, lockout and any site-specific requirements with your team before equipment comes off the trailer. 5. Mechanical surface preparation. Shot blasting or diamond grinding with vacuum recovery opens the slab to the profile the manufacturer specifies for that system. Old coatings come off, laitance comes off, and oil-contaminated concrete gets treated or removed. Nothing bonds to a floor that was not prepared, and prep is where cheap bids get cheap. 6. Repair, joints and detail work. Spalls, gouges, joints and cracks are repaired with materials compatible with the coating going over them. Drains, pits, equipment pads, curbs and containment walls get their detail work and cove base. This stage is slow, it is unglamorous, and it is where floors are won or lost. 7. System application. Primer, body coat and topcoat go on to the specified thickness, with aggregate broadcast where traction is required and cove base troweled in on sanitary floors. Urethane cement is trowel applied at its specified depth. We measure wet film thickness as we go rather than estimating from gallons used. 8. Striping, testing and handback. Aisle and safety striping is laid out with your safety manager and installed in the coating system, then topcoated. ESD floors are resistance tested and the readings documented. We walk the floor with you, confirm the return-to-service times in writing, and hand over maintenance instructions and product data. ### Industrial floor coating pricing in DFW These are installed DFW ranges and not a quote. Industrial pricing depends on the system, the condition of the slab, how much of the cost is preparation, and whether the work runs on nights, weekends or a phased shutdown. Off-hours work carries a premium that is almost always smaller than the production you would lose otherwise. - Densify and seal, or polish: $1.50 to $6 per sq ft. Warehouse, distribution and dry manufacturing floors that need dust control, abrasion resistance and light reflectance with no film - Epoxy and polyaspartic systems: $5 to $12 per sq ft. Machine shops, service bays, hangars, assembly areas and general plant floors needing chemical resistance and a cleanable surface - Urethane cement and novolac: Quoted by system per sq ft. Food and beverage, wet processing, hot washdown areas, chemical rooms and secondary containment - ESD, striping and containment: Quoted with scope per sq ft. Electronics, data centers, ordnance handling, and any facility needing safety marking or spill containment ### Questions and answers Q: What is the best floor coating for a warehouse in Dallas? A: For most Dallas warehouse floors, densify and polish or a mid-build epoxy is the right answer. Densifying stops concrete dusting under forklift traffic, costs $1.50 to $6 per square foot, has no film to delaminate, and returns to service fastest. Epoxy at $5 to $12 per square foot suits floors needing chemical resistance. Semi-rigid joint fill under lift traffic matters more than the coating choice on a racked floor. Q: Why does a food plant floor need urethane cement instead of epoxy? A: Urethane cement expands and contracts at nearly the same rate as concrete, so it survives steam cleaning and boiling water washdown that would shear an epoxy floor off the slab. It also installs over slabs with higher moisture content than epoxy tolerates, and it is laid with an integral cove base. An epoxy floor in a hot washdown area will delaminate. It is a question of when, not whether. Q: How long will my DFW warehouse or plant be down for a floor coating? A: Most industrial coating work in DFW is phased so the building never fully shuts down. A section is walled off, prepped, coated and handed back before the next opens. Where a full shutdown is required, expect 24 to 72 hours of cure before equipment traffic on a standard epoxy system, and considerably less with a polyaspartic topcoat. We work nights and weekends as standard, and every quote states return-to-service hours. Q: Can you coat a floor while our Fort Worth plant is running? A: Yes. We wall work areas off in plastic, run negative air where required, and use vacuum recovery on all shot blasting and grinding so dust stays contained. Work is scheduled on nights, weekends or phased sections around your production plan, and we coordinate access, lockout and site rules with your EHS group first. Most of our Dallas and Fort Worth industrial work happens in occupied, operating buildings. Q: Do you provide a W-9, certificate of insurance and safety documentation? A: Yes, and we send them the same day you ask. That packet includes a completed W-9, a certificate of insurance naming your entity as additional insured with the endorsement when your contract requires it, proof of general liability, auto and workers compensation coverage, safety data sheets for every product entering your building, and a site-specific safety plan. We are licensed, bonded, insured and BBB A+ rated, working in DFW since 2001. Q: What is ESD flooring and does my facility need it? A: ESD or static-dissipative flooring gives static electricity a controlled path to ground, through a conductive grid tied to building ground and a topcoat that holds surface resistance in a target range. You need it in electronics assembly, data and server rooms, cleanrooms, ordnance handling and areas with combustible dust. Typical targets run between 10 to the sixth and 10 to the ninth ohms. Your required range comes from your own standard, so tell us the number. Q: How much do industrial concrete coatings cost per square foot in DFW? A: Industrial floor systems in DFW generally run $5 to $12 per square foot for epoxy and polyaspartic buildups, and $1.50 to $6 for densify and seal or polish. Urethane cement, novolac epoxy and ESD systems are quoted by specification because the material cost varies with thickness and chemistry. Surface preparation is often the largest single line item, and off-hours scheduling carries a premium worth paying against lost production. Q: Can you stripe aisles and safety markings as part of the coating job? A: Yes, and it costs far less done with the floor than added afterward. We lay striping into the coating system and topcoat over it, so it does not peel like tape or wear off like traffic paint. That covers aisles, pedestrian walkways, forklift lanes, equipment footprints, exit paths, panel clearances and dock positions. Layout is approved with your safety manager before any line goes down. --- ## Garage Organization in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/garage-organization Service type: Garage Organization Garage organization means getting everything you own off the slab and onto a wall or a ceiling, using cabinets, slat wall, overhead racks and a work surface sized to what you actually store. This page covers what each system is good at, how to plan a layout that still fits your vehicles, and what it costs in Dallas-Fort Worth. The common mistake is buying storage before measuring the contents. People buy eight feet of cabinets, discover the ladder and the wheelbarrow still have nowhere to go, and end up with an expensive garage that is still full. The fix is boring and it works: inventory first, layout second, purchase third. Professional Garage Concepts has been building out DFW garages since 2001, and we do the storage, the floor coating, the lighting and the door with our own crews. You can see the cabinets and the slat wall in person at our Keller or Grand Prairie showroom before you buy any of it. Call (817) 381-6173 to set up a measurement visit. ### Measure What You Own Before You Buy Anything Storage gets designed around contents, not around wall length. Before we draw an elevation we want a rough inventory, and you can build it in twenty minutes with a tape measure and your phone. Count the bins and note their size, because bin depth sets shelf depth. Measure the longest thing you own, usually a ladder, an edger or a kayak, because that item decides whether it hangs vertically or lives overhead. Count bikes and note whether they are road, mountain or kids, because tire width changes the hanger. Note the wheelbarrow, the mower, the generator and anything else with a footprint that has to sit on the slab no matter what. Then do the part people skip: measure your vehicles. A crew-cab pickup is about 20 feet long, and a standard DFW two-car garage is often 20 by 20 feet of usable slab. If you put 24-inch-deep cabinets across the front wall, the truck no longer clears the door. That single measurement decides more about the layout than the budget does. - Bin count and bin dimensions, which set shelf and cabinet depth - The longest item you own, which decides vertical hanging versus overhead - Bike count and tire type, which decides hanger style - Wheeled equipment that must stay on the floor - Vehicle length and width with mirrors out, measured, not estimated ### Three Zones: Wall, Ceiling, Floor Every good garage layout sorts storage by how often you touch it. The wall zone, roughly 30 inches to 78 inches off the floor, is for anything you use weekly. Hand tools, yard tools, sports gear, cleaning supplies, the things you go into the garage to get. Slat wall and cabinets own this zone because both are reachable standing up. The ceiling zone is for anything you touch twice a year. Holiday bins, camping gear, luggage, spare car parts. Overhead racks in the dead air above the garage door track are the cheapest usable storage in the building, as long as the rack is lagged into joists or truss framing and the load respects the rating. Four-by-eight racks are commonly rated in the 400 to 600 pound range, and that rating assumes correct fasteners into structure, not drywall anchors. The floor zone is for vehicles and wheeled equipment. That is the whole list. Anything on the floor that is not on wheels is a layout failure, and it is also the thing that makes a coated floor look bad within a month. ### Cabinets, Slat Wall, Racks and Benches: What Each One Is For These systems solve different problems, and most good DFW garages use three of the four. Cabinets hide things and lock things. They are the right answer for chemicals, power tools, paint, anything you do not want visible or reachable by a kid. Powder-coated steel boxes hung on a wall rail are the durable choice in an unconditioned Texas garage. Cabinets are the most expensive line item per linear foot of the four. Slat wall does the opposite. It keeps things visible and lets you move every hook, basket and shelf horizontally any time you want. It is the flexible surface, and it is the cheapest way to clear a floor fast. PVC panels hold up in humidity where MDF panels do not. Overhead racks are pure volume storage for bulk that never moves. A workbench turns the garage into a room you use instead of a room you park in. Bike and sports storage sits between slat wall and dedicated hangers, and it is usually where the family fight over floor space ends. - Cabinets: hide it, lock it, protect it from dust. Best for chemicals, tools, paint, valuables. - Slat wall: see it, reach it, move it. Best for hand tools, yard tools, sports gear, hoses. - Overhead racks: bulk and seasonal. Best for bins, luggage, decorations, spare parts. - Workbench: a work surface with power, a vise and drawers under it. Sized to what is left after vehicles. - Bike and sports storage: vertical hangers, ball claws and rack systems to zero out the footprint. ### Workbenches, Bikes and Sports Gear Three specific items decide whether a garage layout works for a family, and all three get treated as afterthoughts. The workbench is the first. A bench needs 24 to 36 inches of depth, power within reach, and light directly over the work surface, and it has to fit in what is left after the vehicles park. If the garage is tight, a shallower 20 inch bench against the side wall beats a deep bench across the front wall that costs you a parking spot. Bikes are the second, and they are the most common source of floor clutter in a DFW garage. Vertical hangers drop the footprint to almost nothing, horizontal hangers keep kids' bikes reachable without an adult, and both should land over a stud rather than in the span between two. Sports and yard gear is the third. Balls, bats, helmets and gloves go in open baskets on slat wall where a kid can actually put them back. Long-handled yard tools go on hooks. Anything that has to be put away by a nine-year-old should be visible and at their height, or it ends up on the floor again by Saturday. ### Get It Off the Floor Before the Floor Gets Coated If a floor coating is anywhere in your plans, do the storage design first even if you install the storage second. Here is why the order matters. The coating goes down across the entire slab, wall to wall, so there are no bare strips behind cabinets and no cut lines that show when you move something later. That means the coating crew needs an empty garage, and it means cabinets and slat wall get installed after the floor has cured, not before. But the design has to come first, because cabinet rails, slat wall panels and rack hangers all anchor into framing, and it is much better to know where they land before the drywall gets patched and painted and before the lighting is placed. It also affects the coating itself. If you want a coved base at the wall, the cabinet layout changes what gets coved. Running both scopes with one contractor removes the coordination entirely. We design the storage and the floor at the same visit, then sequence the install so nothing gets done twice. ### What a Texas Garage Does to Cheap Storage A DFW garage is not a conditioned room. It sits above 100 degrees on August afternoons, drops near freezing on January mornings, and swings through humidity every time a storm front comes through. That environment eats a specific list of materials. Particle board and MDF cabinet boxes absorb moisture at the cut edges, swell, and lose screw bite. Doors start to sag, and once a box has swollen it never goes back. Big-box wire shelving rusts at the welds. MDF-core slat wall panels do the same thing as MDF cabinets, only they are also carrying weight on a horizontal groove. The other thing DFW does is flood garages. A hard North Texas storm with wind pushes water under the door and across the slab, and an inch of water across a garage floor is a normal event, not a rare one. Anything sitting directly on the slab gets wet at the bottom two inches. That is the single strongest argument for wall-mounted cabinets and for keeping the bottom edge of slat wall a few inches off the floor. ### How a Garage Organization Project Runs 1. 1. Measurement and inventory visit. We measure the garage, locate the studs and ceiling framing, note the door track and opener rail, and go through what you store. We measure the vehicles that park there. Nothing gets designed off a floor plan alone. 2. 2. Layout and showroom selection. You see the actual cabinet boxes, drawer slides, powder-coat colors, slat wall panels and accessories at the Keller or Grand Prairie showroom. We lay out the walls to scale so you know exactly what goes where before you commit. 3. 3. Written scope and order. You get an itemized proposal with each system priced separately, so you can add or drop a cabinet run or a wall of slat wall and see what it does to the total. Materials are ordered once you approve. 4. 4. Install day. Slat wall panels are screwed into every stud, cabinet rails are lagged into framing, boxes are hung and leveled, overhead racks go into joists or trusses, and accessories are set where you want them. Most single-garage installs finish in one day. 5. 5. Walkthrough and adjustment. We load the system with you, adjust hook and shelf positions, level doors and drawers, and haul away the packaging. Accessory positions are meant to be changed, so we show you how to move them yourself later. ### Garage Organization Costs in Dallas-Fort Worth These are planning ranges for a standard two-car DFW garage, not a quote. Wall length, cabinet depth, accessory count and ceiling framing all move the number, and you get a firm written price after we measure. - Clear the Floor: $1,200 to $3,000 starting at. You want the floor back this month without a full build-out - Working Garage: $4,500 to $9,500 installed. A real cabinet run with a bench, plus flexible wall storage - Storage and Floor Together: $7,000 to $14,000 installed. Doing the floor and the storage on one schedule, in the right order ### Questions and answers Q: How much does garage organization cost in Dallas? A: Garage organization in Dallas typically runs $1,200 to $3,000 for slat wall and overhead racks, $4,500 to $9,500 for a powder-coated cabinet run with a bench and full wall storage, and $7,000 to $14,000 when a floor coating is included on the same schedule. Wall length and accessory count drive the number. Q: Should the floor coating or the storage go in first? A: The floor coating goes in first and the storage goes in after it cures, because coating the entire slab wall to wall means no bare concrete hides behind cabinets, no cut lines appear when you move something later, and grinding dust never reaches new drawers. Storage installs once the floor can take a ladder and a cabinet dolly. Q: What is the best garage storage system for a Texas garage? A: Powder-coated steel cabinets mounted on the wall, PVC slat wall rather than MDF, and overhead racks lagged into ceiling framing hold up best in an unconditioned Dallas-Fort Worth garage, where summer temperatures pass 100 degrees and humidity swings with every storm front. Particle board and MDF swell at the edges and never recover. Q: How much weight can overhead garage storage racks hold? A: Four-by-eight overhead garage racks are commonly rated in the 400 to 600 pound range, and that rating only applies when the rack is lagged into ceiling joists or truss framing with the specified fasteners. Drywall anchors are not a mounting method. We locate framing before installing and spread the load across multiple members. Q: Cabinets or slat wall, which should I buy first? A: Buy slat wall first if the goal is clearing the floor quickly and cheaply, and buy cabinets first if the goal is locking up chemicals, power tools and valuables or getting a real work surface into the garage. Slat wall costs less per linear foot and every accessory moves later without tools. Q: How long does a garage organization install take? A: Most two-car garage organization installs finish in one day, and larger three-car garages or full cabinet-and-bench build-outs take two, assuming the garage has been cleared to the walls before the crew arrives. If a floor coating is part of the project, storage goes in after the coating cures, usually a few days later. Q: Can you install garage storage if my house has a post-tension slab? A: Yes, and post-tension slabs are exactly why we anchor cabinets, slat wall and overhead racks into wall studs and ceiling framing instead of drilling into the concrete, since those slabs carry steel tendons under tension that must never be hit. It is also why wall-mounted cabinets are the default on most DFW homes built in the last thirty years. Q: Can I see the cabinets and slat wall before I buy? A: Yes, we keep cabinets, slat wall and accessories on the floor at both showrooms, 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie, so you can open real drawers, load a real slide and compare powder-coat colors under real light. Every other ranking DFW storage company sells from a catalog. --- ## Custom Garage Cabinets in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/garage-organization/garage-cabinets Service type: Garage Cabinet Installation Garage cabinets in Dallas-Fort Worth come down to four decisions: what the box is made of, whether it hangs on the wall or stands on the slab, how the drawers are rated, and what the top is. This page covers all four honestly, including the failure modes nobody selling cabinets likes to talk about. The reason this matters more here than in most markets is the environment. A DFW garage sits above 100 degrees in August and near freezing in January, and the humidity swings hard every time a storm front comes through. Cabinet materials that are perfectly fine in a conditioned kitchen fail in an unconditioned garage, usually within a few years, usually at the edges and the fasteners. Professional Garage Concepts has been installing garage storage across DFW since 2001, and this is the page where our showrooms matter most. You cannot judge a drawer slide from a product photo. Come to 220 N Main Street, Suite A in Keller or 801 Greenview Dr in Grand Prairie, put weight in a drawer, and pull it out. Call (817) 381-6173 to set up a measurement visit. ### Powder-Coated Steel vs Melamine vs Plywood Three materials cover almost every garage cabinet sold in DFW, and they are not close to equivalent in an unconditioned space. Powder-coated steel is the durable answer. The box is formed sheet steel, typically in the 18 to 24 gauge range depending on the panel, welded or riveted, then powder coated and baked. It does not absorb moisture, it does not swell, it does not sag, and it can be wiped down with a degreaser. The trade-off is cost and weight, and the fact that a bad powder coat can chip. It is the standard for a reason. Melamine is particle board with a melamine facing. The facing is fine. The core is the problem: the exposed edges wick moisture, and once the core swells the panel is done. In a garage that sees humidity swings and occasional water on the slab, melamine boxes commonly show swollen bottom edges and sagging doors within a few years. Plywood, specifically 3/4 inch birch or marine-grade ply with sealed edges, is a legitimate premium option. It holds screws better than any particle board product, it is dimensionally stable, and it takes a beating. It costs more than melamine, it is heavy, and every cut edge has to be properly sealed or you are back to wicking moisture. - Powder-coated steel: best moisture and heat performance, cleanable, highest durability per dollar - Plywood with sealed edges: strong screw retention, dimensionally stable, heavy, premium cost - Melamine over particle board: lowest cost, swells at the edges, sags over time in a Texas garage - Wire shelving: cheap, but the welds rust in DFW humidity and it holds nothing dust-free - Any box: check the back panel, because a thin unsupported back is where cheap cabinets rack out of square ### Why Particle Board Fails in an Unconditioned Texas Garage It is worth being specific about the failure, because it is predictable. Particle board is wood chips and resin pressed into a panel. The melamine or laminate facing seals the two flat faces. It does not seal the cut edges, and every panel in a cabinet has cut edges: the bottom, the back rabbet, the shelf pin holes, the hinge cups. Moisture enters there. In a DFW garage, moisture enters constantly. The slab gives off vapor. Humidity spikes when a front moves through. Water gets pushed under the door during a hard storm and sits on the floor for a few hours. A hot car parked inside sheds heat and moisture all evening. Over a few seasons, the core at those cut edges takes on water and expands. Expansion is not reversible. Once it swells, screw holes lose their bite, the door hangs low, and the box goes out of square. The first visible symptom is usually a door that will not close flush, and the second is a bottom edge that looks fat. By then the box is not repairable. Steel and sealed plywood do not have this failure mode. ### Wall-Mounted or Floor-Standing, and Why It Matters in a DFW Storm Wall-mounted cabinets hang from a continuous steel rail or French cleat lagged into the wall studs. Floor-standing cabinets sit on the slab on legs or a toe kick. We install both, and in North Texas we recommend wall-mounted for most of the run. The reason is water. A hard DFW storm with wind drives rain under the garage door, and an inch of water moving across a garage slab is a normal event here, not an exotic one. Anything sitting on the floor takes that water at the bottom edge. With a steel box on legs, you get some rust risk and a wipe-down. With a particle board box, that one event ends the cabinet. Wall-mounted has three more advantages. You can squeegee, hose and coat the entire slab underneath, which keeps the floor coating continuous and makes cleanup trivial. You can set the mount height to clear a floor jack, a compressor or a bin. And on the many DFW homes with post-tension slabs, you avoid drilling anchors into concrete that has steel tendons under tension running through it. The limit on a wall-mounted run is the wall, not the cabinet. Rails get lagged into every stud, minimum two fasteners per stud, and we verify the framing before we hang anything. Floor-standing units still make sense under a long work surface, for very heavy tool storage, and in garages where the framing will not cooperate. ### Drawer Slides, Hinges and the Parts That Actually Wear The box gets the attention and the hardware does the work. Drawer slides are the single best tell for cabinet quality. Ball-bearing full-extension slides are rated as a pair, at full extension, with an evenly distributed static load. Common ratings run 75, 100, 150 and 200 pounds per pair. A drawer full of sockets and a bench vise is a real load, so the rating matters, and so does what the rating means. It is not a promise about a drawer you slam shut with a jack handle rolling around in it. Full extension matters in a garage because a half-extension slide hides the back third of the drawer, which is where things go to be lost. Hinges should be steel, adjustable in at least two axes so doors can be brought back into line after the house settles, and rated for the door weight. Handles should be through-bolted, not screwed into a panel face. The other thing to check is whether the shelves are adjustable and how they carry load. A shelf that sits on four pins in a steel box is fine. A shelf that sits on four pins in a particle board box is a hole waiting to elongate. - Ask for the drawer slide rating in pounds per pair, and whether it is full extension - 75 to 100 pound slides are fine for general storage, 150 to 200 pound for hand tools and hardware - Two-axis adjustable steel hinges so doors can be re-aligned years later - Through-bolted pulls, not screws into a panel face - Locks on at least one cabinet if you store chemicals, blades or power tools around kids ### Countertops and Work Surfaces The top is where you will actually use the cabinets, so pick for the work you do. Stainless steel, typically 16 to 18 gauge over a substrate, is the workhorse. It takes heat, solvents and impact, it wipes clean, and it will show scratches and fingerprints from day one. Powder-coated steel matches the boxes and looks the best of the metal options, but it will chip where you hammer on it. Butcher block or solid maple is the choice if you do woodworking or want the garage to look like a shop. It needs oil once or twice a year in this climate, and it will move a little with seasonal humidity. Phenolic resin is the expensive, nearly indestructible answer if you work with chemicals. The one to avoid is a laminate top over an MDF or particle board core. That is the same failure mode as the cabinet boxes, in the place most likely to see spilled liquid. ### Why You Should See Cabinets Before You Buy Them Every other company ranking for garage cabinets in Dallas-Fort Worth is a franchise or a truck-based operation selling from a photo gallery, a color chart and a virtual designer. We run two physical showrooms, and cabinets are the product where that gap is widest. Here is what a photograph cannot tell you. It cannot tell you what a 100 pound rated slide feels like compared to a 200 pound rated slide when both are loaded. It cannot tell you whether the box flexes when you lean on the open door. It cannot show you how a powder-coat color reads under garage LED versus daylight, and garage LEDs are cooler than the studio lighting in the catalog. It cannot show you the gap tolerance between doors on a finished run, which is the difference between a cabinet that looks built-in and one that looks bolted on. So come look. 220 N Main Street, Suite A in Keller, or 801 Greenview Dr in Grand Prairie. Open the drawers, put your weight on a shelf, hold the countertop samples next to the cabinet color. Then decide. ### How Cabinet Installation Works 1. 1. Measure and locate framing. We measure the wall runs, ceiling height, door track and opener rail, and we locate every stud in the run. We also measure the vehicles that park there so the cabinet depth does not cost you a parking bay. 2. 2. Showroom selection. You choose box configuration, powder-coat color, drawer count, slide rating and countertop material in person in Keller or Grand Prairie. We lay the elevation out to scale so you can see the finished wall before you order it. 3. 3. Order and schedule. You get an itemized written price by cabinet, not a lump sum, so you can add or remove a base unit and see the difference. We schedule the install after any floor coating has cured, because cabinets go on a finished floor. 4. 4. Install and adjust. The mounting rail is lagged into every stud, boxes are hung and leveled across the run, doors and drawers are adjusted for even reveals, and the countertop is set. We load a drawer with you, walk the run, and take the packaging with us. ### What Garage Cabinets Cost in Dallas-Fort Worth These are planning ranges for a standard install, not a quote. Run length, box material, drawer count, slide rating and countertop choice all change the number, and we give you a firm written price by cabinet after measuring. - Starter Run: $2,200 to $4,000 starting at. One wall, closed storage for chemicals and tools - Cabinets and Bench: $4,500 to $9,500 installed. A working garage with a real work surface and drawer storage - Full Wall Build-Out: $10,000+ starting at. Two or three walls, tall storage, and a finished-room look ### Questions and answers Q: How much do custom garage cabinets cost in Dallas? A: Custom garage cabinets in Dallas typically run $2,200 to $4,000 for a single wall starter run, $4,500 to $9,500 for cabinets with a work surface and drawer bank, and $10,000 or more for a full multi-wall build-out. Box material, run length, drawer count and countertop choice drive the price. Q: Are custom garage cabinets a good investment? A: Custom garage cabinets pay for themselves when they replace floor clutter with usable parking space and keep tools out of dust, heat and moisture, and powder-coated steel boxes last for decades in an unconditioned Texas garage instead of a few years. Big-box particle board units usually need replacing before the cabinets are paid off. Q: What should I consider when choosing garage cabinets? A: Consider four things: what the box is made of, whether the cabinets mount to the wall or stand on the slab, the load rating of the drawer slides, and the countertop material, because those four decisions determine how long the run survives a Texas garage. Powder-coated steel on the wall is the durable default here. Q: Are melamine or particle board cabinets okay in a garage? A: Particle board and melamine cabinets do not hold up in an unconditioned Dallas-Fort Worth garage, because the cut edges wick moisture, the core swells, screw holes lose their bite and doors begin to sag, usually within a few years. Powder-coated steel or sealed 3/4 inch plywood are the materials that survive Texas heat and humidity swings. Q: Should garage cabinets be wall-mounted or floor-standing? A: Wall-mounted is the better default in Dallas-Fort Worth because storms regularly push water under the garage door, and anything sitting on the slab takes that water at the bottom edge. Wall mounting also lets the floor coating run continuously underneath and avoids drilling anchors into post-tension slabs. Floor-standing bases still make sense under a long work bench. Q: How much weight can garage cabinet drawers hold? A: Ball-bearing full-extension drawer slides are rated as a pair at full extension with an evenly distributed static load, most commonly at 75, 100, 150 or 200 pounds, so a drawer holding sockets and hand tools should be on 150 pound slides or better. Full extension matters, because half-extension slides hide the back third of the drawer. Q: How long does garage cabinet installation take? A: Most garage cabinet installations in Dallas-Fort Worth finish in one day, and a large multi-wall build-out with countertops takes two, assuming the install walls have been cleared beforehand and any new floor coating has already cured. Cabinets always go on a finished floor, never before the coating. Q: Can I choose the colors and finishes? A: Yes, cabinet boxes, door fronts and countertops come in a range of powder-coat colors and materials, and you can compare them side by side under real light at our Keller or Grand Prairie showroom before you order anything. Powder-coat colors read differently under garage LEDs than they do in a catalog photo. --- ## Garage Slat Wall in Dallas and Fort Worth URL: https://www.professionalgarageconcepts.com/garage-organization/slat-walls Service type: Slat Wall Installation Garage slat wall is a horizontal grooved panel system that covers a wall and accepts hooks, baskets, shelves and hangers anywhere along its length. It is the cheapest and fastest way to clear a garage floor, and unlike shelving or pegboard, every accessory moves whenever you want it to. The two decisions that matter are the panel material and how it is fastened. PVC panels hold up in an unconditioned Dallas-Fort Worth garage. MDF panels, which is what most big-box slat wall is, do not. And the weight a panel actually holds is set by the fastening schedule behind it, not by the number printed on the box. Professional Garage Concepts has installed garage storage across DFW since 2001. We fasten into every stud, we keep the bottom edge off the slab, and we carry the accessories in stock at both showrooms so you can handle them before you order. Call (817) 381-6173. ### PVC vs MDF Slat Wall PVC slat wall is extruded plastic, usually with an internal rib structure or a solid profile, and it does not absorb water. You can hose it down, it does not swell, and it keeps its load rating through a humid August and a wet January. It costs more per panel and it is the only material we recommend for a DFW garage. MDF slat wall is medium density fiberboard with a vinyl or laminate face. It is what most home center slat wall is, and it is cheaper for a reason. MDF is a wood fiber panel, so it takes on moisture at the edges and at every screw hole. In a garage that swings from freezing mornings to 100 degree afternoons and gets water pushed under the door during storms, MDF swells, the groove distorts, and the panel loses the ability to grip an accessory. Once a groove opens up, hooks pull out under load. The other difference is cleanability. A garage wall gets grease, dust and tire scuff on it. PVC wipes. MDF with a laminate face wipes until the face lifts, and then it does not. - PVC: waterproof, washable, holds its rating in humidity, higher panel cost - MDF: lower cost, swells at edges and screw holes, groove distorts, common in big-box kits - Aluminum-reinforced PVC: highest load capacity, used where a run carries heavy hanging loads - Check whether the groove has a reinforcing insert, because that is what carries a hook under load ### How Weight Capacity Is Actually Rated Slat wall is rated per linear foot of panel, not per hook, and that distinction is where most people get it wrong. A panel rated at, say, 75 pounds per linear foot means a four-foot section can carry roughly 300 pounds spread evenly across it, when the panel is fastened as specified into structural framing. It does not mean you can hang 300 pounds off one hook in the middle of that section. Point loads concentrate stress on a few inches of groove and on the fasteners nearest to them. Individual accessories carry their own separate ratings, commonly in the 25 to 50 pound range for a standard hook and higher for a purpose-built bike or ladder hanger. The real capacity of your wall is whichever is lowest: the accessory rating, the panel rating per linear foot, or the fastening. The fastening is the part a homeowner controls and the part that most often gets shortchanged. A panel screwed into drywall anchors holds almost nothing regardless of what the panel is rated for. A panel screwed into every stud at 16 inches on center, with the specified screw count per panel per stud, holds what the manufacturer published. We fasten into structure every time, and we spread heavy items like bikes and ladders across studs rather than hanging them between them. - Panel ratings are per linear foot with the load distributed, not per hook - Hooks and baskets carry their own ratings, often 25 to 50 pounds each - The weakest link is usually the fastening, not the panel - Heavy items go over a stud, never in the span between two studs - Rating assumes the manufacturer fastener schedule, so screw count and screw type matter ### Installing Over Drywall, Over Studs, and Over Masonry Slat wall can go over almost any garage wall, and the method changes with what is behind it. Over finished drywall is the most common DFW case. We locate every stud, then screw through the panel groove into the framing at each one, using the manufacturer screw count per panel per stud. The drywall is just a spacer here; it carries nothing. This is why a slat wall install that took an hour with drywall anchors will fail and one that took a morning with a stud finder will not. Over open studs, in an unfinished garage, the panels fasten straight to the framing. That is the strongest configuration and it also saves you the cost of drywall on that wall. Over masonry or brick, which shows up on some older DFW garages and on party walls, furring strips get anchored to the block first, then the panels attach to the furring. Never adhesive alone on masonry. Two details we do on every install. We hold the bottom edge of the panel four to eight inches off the slab, so a storm that pushes water across the floor never reaches the panel and so a squeegee has room to work. And we leave an expansion gap at panel ends, because PVC moves with a 60 degree temperature swing and a panel run pinned tight at both ends will bow. ### Accessories, and How Slat Wall Compares to Pegboard and French Cleat The accessory ecosystem is the reason slat wall wins for most garages. Hooks in J, U and loop shapes for hand tools and cords. Wire and solid baskets for balls, gloves and spray cans. Shelves in 12 and 15 inch depths. Vertical and horizontal bike hangers. Ladder hooks, hose reels, paper towel holders, magnetic strips, and small cabinets that hang directly on the wall. All of it moves horizontally in seconds without a drill. Pegboard is the cheap alternative and it is a different tier of product. Standard pegboard is 1/8 or 1/4 inch hardboard, hooks sit in single holes, and the classic failure is a hook lifting out of the hole every time you remove the tool hanging on it. Load capacity is a fraction of slat wall, and hardboard has the same moisture problem MDF does. French cleat is the DIY answer and it is genuinely strong. A row of beveled cleats screwed into studs will carry serious weight, and it costs almost nothing in materials. The catch is that every hanger, shelf and holder has to be shop-built by you, and you can only position things where a cleat row exists. It is a great system if building the accessories is part of the fun. Slat wall costs more than both and gives you continuous horizontal adjustment, a large catalog of ready accessories, and a surface you can wash. For most DFW homeowners who want the garage done rather than the garage as a project, that is the trade worth making. - Slat wall: continuous adjustment, big accessory catalog, washable, highest cost - Pegboard: cheapest, low capacity, hooks lift out, hardboard swells in humidity - French cleat: very strong and very cheap, but you build every accessory yourself - Common accessory set to start: 10 hooks, 2 baskets, 1 shelf, 1 bike hanger, 1 ladder hook ### What Garage Slat Wall Costs in Dallas-Fort Worth These are planning ranges for professionally installed PVC panels fastened into framing, not a quote. Wall length, ceiling height, accessory count and wall condition change the number, and you get a firm written price after we measure. - One Wall: $700 to $1,600 starting at. Clearing the floor along the wall you walk past every day - Working Walls: $1,800 to $3,500 installed. Two walls of coverage plus bikes, ladders and yard tools - Slat Wall and Cabinets: $4,500+ starting at. Flexible open storage between closed powder-coated cabinets ### Questions and answers Q: How much weight can garage slat wall hold? A: Garage slat wall is rated per linear foot, not per hook, and a panel fastened into every stud commonly carries a distributed load in the range of 50 to 100 pounds per linear foot. Individual hooks and baskets have their own ratings, often 25 to 50 pounds. Fastening into framing, not drywall anchors, is what makes the published rating real. Q: Is PVC or MDF slat wall better for a Texas garage? A: PVC is the better choice for a Dallas-Fort Worth garage because it does not absorb water, does not swell and can be washed down, while MDF slat wall takes on moisture at its edges and screw holes until the groove distorts and hooks pull out under load. Most big-box slat wall kits are MDF. Q: Can slat wall be installed over drywall? A: Yes, slat wall installs over finished drywall as long as the screws pass through the panel and into the wall studs behind it, because the drywall carries none of the load and panels held only by drywall anchors will not hold the rated weight. That is the most common failure in DIY installs. Q: Slat wall vs pegboard, which should I choose? A: Slat wall holds far more weight, keeps hooks locked in place when you lift a tool off, and can be washed down, while pegboard is cheaper but limited to light hand tools and tends to lift hooks out of their holes. Pegboard is hardboard, so it also swells in an unconditioned Texas garage. Q: How much does slat wall cost in Dallas? A: Professionally installed PVC slat wall in Dallas typically runs $700 to $1,600 for one wall with a starter accessory set, and $1,800 to $3,500 for two walls with bike hangers, shelves and baskets. Wall length, ceiling height and accessory count drive the price, and we give a firm written number after measuring. Q: Can I move the hooks and shelves later? A: Yes, that is the main advantage of slat wall: every hook, basket, shelf and hanger slides into the horizontal groove and can be repositioned anywhere along the panel in seconds, with no tools and no new holes in the wall. You can rearrange the whole wall when your storage needs change. --- ## Complete Garage Remodel in Dallas-Fort Worth, One Contractor Start to Finish URL: https://www.professionalgarageconcepts.com/complete-garage-transformation Service type: Garage Remodeling A complete garage remodel covers the whole room: the floor coating, the cabinets, the slat wall, the overhead racks, the lighting, the garage door, the opener, and on many DFW properties the driveway gate. This page explains how that job is scoped, sequenced, priced and warrantied when one contractor owns all of it. Almost nobody in Dallas-Fort Worth sells it that way. The coating franchises do floors and storage but will not touch your door or your gate. The door companies do doors, sometimes gates, and will not pour, grind or coat concrete. So the homeowner becomes the general contractor by default, chasing four trades who each blame the one before them. Professional Garage Concepts has been doing garage doors, gates, floor coatings, decorative concrete, cabinets and slat wall out of North Texas since 2001. Same company, same crews, same phone number when something needs a second visit. Come see it first: we run two showrooms, in Keller and in Grand Prairie, where you can put your hand on the actual door section, hold the actual flake blend, and look at a metallic pour under real light before you spend a dollar. Call (817) 381-6173 or book a design consultation. ### What a Complete Garage Remodel Actually Includes A garage makeover in Dallas-Fort Worth usually gets sold to you in pieces. Here is the full scope, priced and scheduled as one project, so you can decide what you want in phase one and what waits. Most DFW homeowners start with the floor and the storage, then add the door once they see how much better the room looks. Roughly a third of the full-scope projects we run also include a driveway gate, because the same crew is already on site with the same operator brands. - Floor coating: flake, solid color or metallic, over a mechanically ground and repaired slab - Cabinets: powder-coated steel or plywood, wall-mounted or floor-standing, with a work surface - Slat wall: PVC panels with hooks, baskets, shelves and bike hangers, run wall to wall or in zones - Overhead racks: ceiling storage lagged into joists or trusses for seasonal and bulk items - Lighting: LED strip or high-bay fixtures sized to the bay count, plus outlets where the bench goes - Garage door: insulated Amarr sections, hardware, weatherseal and a new bottom seal - Opener: LiftMaster or Chamberlain, belt or wall-mount jackshaft, with sensor alignment and remotes - Driveway gate: swing or slide, with a DoorKing or All-O-Matic operator, safety loops and access control - Extras people forget: hose bib access, EV charger clearance, floor drain treatment, cove base at the wall ### The Sequencing Problem Nobody Warns You About The order of operations decides whether the garage looks built or looks assembled. Get it wrong and you pay twice. Overhead work goes first. Drywall patching, ceiling racks, lighting and any electrical happen before a single square foot of coating goes down, because drilling into joists rains dust and metal shavings, and a dropped lag bolt chips a fresh topcoat. Once the ceiling is done, the slab gets ground, the cracks get routed and filled, and the coating goes down across the entire floor, wall to wall, with nothing standing on it. The coating goes in before the cabinets for four specific reasons. One, a continuous floor has no cut-in lines or bare strips hiding behind a cabinet run. Two, diamond grinding throws concrete dust that no plastic sheeting fully keeps out of new drawers. Three, when you reconfigure the garage in five years, moving a cabinet does not expose a rectangle of raw gray slab. Four, floor-standing cabinet feet and leveling glides need to sit on the finished surface, not get coated around. Then the cure window. Polyaspartic and polyurea topcoats generally take foot traffic in a few hours and vehicles in about 24. Standard epoxy wants several days before you park on it. Cabinets and slat wall go up after the coating has cured hard enough to take a ladder and a cabinet dolly. The door is the one piece that moves in the schedule, and it moves for a real reason. A garage door install means angle iron, drilling at the jambs, and a 250 to 400 pound assembly being walked through the opening. If your existing door still runs, we hang the new one after the floor cures and protect the surface. If the existing door is broken, missing, or coming off for the remodel, the new door goes in first, because you need to close that opening overnight while a coating cures and North Texas wind is not gentle about blown grit. ### Why Five Contractors Means Five Schedules and Nobody Owns the Result Run the whole-garage job the normal way and you hire an epoxy crew, a cabinet company, an electrician, a garage door company, and a fence contractor for the gate. Five estimates, five deposits, five insurance certificates, five crews who have never met, and five calendars you have to line up yourself. What actually happens is that the cabinet installer shows up on day nine because that is the day he had, and the coating went down on day eight. The electrician needs the ceiling before the floor and gets there after. The door company measures an opening that the coating crew has since coved at the base. Everybody is technically right and your garage is wrong. When something fails later, the coating company says it is the cabinet anchors and the cabinet company says it is the slab. One contractor removes the argument. We set one schedule, one site supervisor, one written scope, and one company that answers the phone when you call about any part of it. The estimate covers the whole room, so you can see what happens to the number when you move the metallic floor to a flake system or push the gate to next spring. And the work is backed by the company that did all of it, not split across four warranties that each end where the other begins. - One measurement visit instead of five, with one set of dimensions everyone builds to - One schedule, sequenced correctly, so no trade undoes the trade before it - One point of contact at (817) 381-6173 for the floor, the cabinets, the door and the gate - One company standing behind the finished garage instead of four pointing at each other - Licensed, bonded and insured, IDA certified, BBB A+ rated, and in DFW since 2001 ### Two Showrooms, Because a Photo of a Floor Is Not a Floor Every competitor ranking for garage remodel work in DFW is a truck-based operation or a franchise running off a photo gallery and a color chart. One of the biggest names in the category sells its whole design process through a virtual door designer, for the simple reason that there is no room you can walk into. We have two: 220 N Main Street, Suite A in Keller, and 801 Greenview Dr in Grand Prairie. That matters more than it sounds like it should, because the three most expensive decisions in a garage remodel are all things a screen gets wrong. Flake blends do not photograph accurately. A blend that reads warm gray on a phone can read blue on a 400 square foot slab. Metallic pours are worse, because the whole point of a metallic system is that it moves with the light, and a JPEG has one light. Powder-coat cabinet colors shift under LED versus daylight. And a garage door is a texture and a shadow line, not a swatch. Stand in front of a real Amarr section, run your hand across the stile, open a real drawer with a 100 pound rated slide in it, and you will make a different decision than you would have made online. That is the entire argument for driving twenty minutes. ### The Floor: What Survives a 100 Degree Texas Garage Your garage slab in August sits well over 100 degrees, and the tires that just came off I-35 are hotter than that. Hot tire pickup is what happens when a soft or thin coating grabs the tread of a hot tire and lifts off in patches. It is the number one failure in this category and the number one thing a big-box roll-on kit does within two summers. What prevents it is not the color, it is the prep and the resin. The slab gets mechanically ground with diamond tooling to open the pores, not acid etched. Cracks get chased out and filled with a rigid polyurea. Control joints get treated as joints, not skimmed over. Then a bonding coat goes down into open concrete, the flake or metallic layer goes on, and a polyaspartic or polyurea topcoat locks it in. Blackland Prairie clay moves under these slabs seasonally, which is why crack repair is a specified step here and an afterthought elsewhere. For a working garage that will hold cabinets and vehicles, a full-broadcast flake system is the practical default: it hides dust, hides minor slab imperfection, and gives you traction. Metallic is the showpiece and prices accordingly. If your slab is sound and you want a lower sheen industrial look, polished concrete is on the table too. ### Storage: Walls First, Ceiling Second, Floor Last The organizing principle is simple. Anything you touch weekly goes on the wall at eye level. Anything seasonal goes overhead. The floor holds vehicles and nothing else. That means slat wall and cabinets carry the daily load, overhead racks carry the Christmas bins and the camping gear, and the two car bays stay clear. A standard DFW two-car garage is often 20 by 20 feet of usable slab. A crew-cab truck eats 20 feet of that length with the mirrors folded, which is exactly why the wrong cabinet depth at the front wall turns a two-car garage into a one-car garage with a workshop. We measure the vehicles that actually live there before we draw a cabinet elevation. Then we split the walls: a cabinet run with a work surface on one wall, slat wall with hooks and baskets on the wall you walk past, and racks in the dead air above the door track. - Cabinets: powder-coated steel boxes, wall-mounted where possible so nothing sits in water during a storm - Slat wall: PVC panels screwed into every stud, with hooks and baskets you can move any time - Overhead racks: 4 by 8 units commonly rated in the 400 to 600 pound range when lagged into framing - Bikes, ladders, and long-handled tools: vertical hangers so the footprint goes to zero - Workbench: 24 to 36 inches deep, sized to what is left after the vehicles park ### The Door, the Opener, and the Gate The garage door is the largest single visual element on most DFW homes and the heaviest moving thing you own. A remodel that upgrades the floor and leaves a dented, uninsulated 1990s pan door on the front of it is a half-finished job. We install Amarr doors with LiftMaster and Chamberlain openers. In North Texas the insulation decision is the one worth thinking about. An insulated sandwich section keeps the garage measurably cooler in August, which matters more than usual once you have cabinets, tools and anything with a battery living out there. Polystyrene insulation typically adds $500 to $1,000 to the door. Polyurethane, which is foamed in place and stiffens the section, generally adds $1,000 or more and gives you a quieter, more rigid door. Openers are $150 to $350 for the unit and install as a line item, and $100 to $300 to connect an opener to a newly installed door. If ceiling space is tight because the overhead racks are going in, a wall-mount jackshaft opener frees the entire center of the ceiling. On properties with a driveway entrance, the gate belongs in the same conversation. A real driveway gate with an operator generally starts around $4,500 and runs well past $15,000 for custom ornamental iron. We run DoorKing and All-O-Matic operators, with safety loops and access control. Doing it with the garage work means one mobilization and one company on the hook for both automated openings on the property. ### What a DFW Slab Does to a Garage Remodel North Texas garages have three conditions that a national franchise playbook does not account for, and they all show up in the scope. Expansive Blackland Prairie clay swells in the spring and shrinks in the summer, and the slab rides on top of it. That produces hairline cracking that is normal and structural cracking that is not. We look at crack width, offset and pattern before quoting a coating, because a coating bridges a hairline and telegraphs a moving crack. Many DFW homes sit on post-tension slabs. Those slabs have steel tendons under tension running through them, and drilling blind into one is a genuinely bad day. This is a direct argument for wall-mounted cabinets and racks anchored into framing rather than floor-standing units anchored into the slab. Where an anchor into concrete is unavoidable, it gets located first. And older slabs frequently have no vapor barrier underneath. Moisture vapor moves up through the concrete and pushes on the underside of a coating. We check for it. A slab that is pushing moisture gets a different primer, or it gets a different floor. Skipping that check is why coatings blister in this market. ### How a Complete Garage Transformation Runs, Start to Finish 1. 1. Design consultation at your house. We measure the slab, the ceiling height, the door opening, the framing and the vehicles that actually park there. We look at the slab condition, the crack pattern, the existing electrical and where water comes in during a storm. You tell us what you want the room to do. 2. 2. Showroom appointment in Keller or Grand Prairie. You pick the flake blend or metallic pour in person, under real light, at real scale. You open cabinet drawers, look at powder-coat colors, and stand in front of actual door sections. Nothing gets ordered off a photograph. 3. 3. One written scope and one schedule. You get a single itemized proposal covering the floor, the storage, the lighting, the door, the opener and any gate work, with each line priced separately so you can move pieces in or out. The schedule shows what happens on which day and which trade is on site. 4. 4. Clear-out and demo. The garage has to be empty to the walls. Most homeowners handle this themselves over a weekend; we can arrange help if you need it. Old shelving, failed coatings, and anything anchored to the walls comes out on day one. 5. 5. Overhead work: ceiling, lighting, racks. Drywall repairs, painting, electrical, LED fixtures and overhead racks all go in while the floor is still bare concrete. Anything that generates dust or drops hardware happens now, before there is a finished surface underneath to protect. 6. 6. Slab prep and floor coating. Diamond grinding opens the concrete profile, cracks are routed and filled with rigid polyurea, joints are treated, and the coating system goes down across the entire floor. Flake is broadcast to rejection and scraped back, then the polyaspartic or polyurea topcoat seals it. 7. 7. Cure, then cabinets and slat wall. The floor cures before anything stands on it. Slat wall panels get screwed into every stud, cabinet rails get lagged into framing, and boxes are hung, leveled and adjusted. Countertops, drawers and accessories go on last. 8. 8. Door, opener and gate. The new door sections, track, springs and hardware go in with the finished floor protected, the opener is mounted and the safety reversal is tested, and any gate operator is installed, programmed and loop-tested. Timing on the door shifts earlier when the old door has to come off before the coating. 9. 9. Final walkthrough. We walk the whole garage with you, run the door and the gate, check the coating under work light, and hand over care instructions, remotes, keys and paperwork. Anything on the punch list gets closed by our crew, not a subcontractor you have never met. ### What a Full Garage Remodel Costs in Dallas-Fort Worth These are planning ranges for a standard two-car DFW garage, not a quote. Slab condition, garage size, door size, cabinet run length and gate scope all move the number, and you get a firm written price for every line item before anything is ordered. - Floor and Basics: $5,500 to $9,000 starting at. You want the room clean, bright and usable without touching the door - Full Garage: $12,000 to $22,000 installed. The whole room done at once, including a new insulated door - Full Property: $25,000+ starting at. Metallic floor, custom door, and a driveway gate on the same schedule ### Questions and answers Q: How much does a complete garage remodel cost in Dallas-Fort Worth? A: A complete garage remodel in Dallas-Fort Worth typically runs $5,500 to $9,000 for floor coating and basic storage, $12,000 to $22,000 for the full room including a new insulated door and opener, and $25,000 or more when a metallic floor, a custom door or a driveway gate is included. Slab condition and garage size move the number most. Every line item is priced separately in writing. Q: How long does a full garage transformation take? A: Most complete garage remodels in Dallas-Fort Worth take five to ten working days on site, spread across two to three weeks so the floor coating can cure before cabinets, slat wall and the new door go in. Overhead work and lighting take a day, slab prep and coating take two, and storage, door and opener installation take two to three more. Q: Can one contractor really do the floor, the cabinets, the door and the gate? A: Yes, Professional Garage Concepts installs garage doors, openers, driveway gates, floor coatings, decorative concrete, cabinets and slat wall with our own crews, which is unusual in Dallas-Fort Worth, where the coating franchises will not touch a door or a gate and the door companies do not coat floors. One scope, one schedule, one company to call afterward. Q: Why does the garage floor coating go in before the cabinets? A: Coating the entire slab first gives you a continuous floor with no bare strips hidden behind cabinets, keeps concrete grinding dust out of new drawers, and lets you reconfigure the garage later without exposing raw concrete. Floor-standing cabinet feet are meant to sit on the finished surface, not be coated around. Q: Do I have to empty my garage before you start? A: Yes, the garage has to be cleared to the bare walls and slab before work begins, because the grinding equipment needs the entire floor and concrete dust reaches anything left inside, including items covered with plastic. Most homeowners handle this over a weekend using the driveway and a tarp, and we can arrange help if the volume is unmanageable. Q: How soon can I park on a new garage floor coating? A: With a polyaspartic or polyurea topcoat you can usually walk on a new garage floor within a few hours and park a vehicle on it in about 24 hours, while a standard epoxy system needs several days before it takes vehicle traffic. We give you the exact cure schedule for your system at the final walkthrough. Q: Do you have a showroom where I can see the products? A: Yes, we run two showrooms in Dallas-Fort Worth, at 220 N Main Street, Suite A in Keller and 801 Greenview Dr in Grand Prairie, where you can touch real door sections, hold actual flake blends and open real cabinet drawers. Every other ranking DFW competitor works out of a truck or a franchise catalog. Q: Can I do the garage remodel in phases? A: Yes, and many Dallas-Fort Worth homeowners do, usually in this order: floor coating first, then cabinets and slat wall, then the garage door and opener, then the driveway gate if there is one. We design the full garage up front so phase-one work never has to be undone, and we keep your measurements, colors and layout on file. Q: Will a garage makeover help when I sell my Dallas-Fort Worth house? A: A coated floor, built-in storage and a new insulated door are three of the first things a buyer notices in a North Texas listing, because the garage is usually the last unfinished room in an otherwise finished house. It also removes an obvious repair item from the inspection conversation. We do not promise a resale figure, and anyone who quotes you one is guessing. Q: Do you install driveway gates as part of a garage remodel? A: Yes, we install swing and slide driveway gates with DoorKing and All-O-Matic operators, safety loops and access control, and we schedule that work alongside the garage remodel so there is one mobilization and one company responsible for both automated openings on the property. A real gate with an operator generally starts around $4,500. --- ## City-level service answers ### Garage Door Repair Buying moment: a door that will not open, will not close, or came off its track - Same-day and 24/7 emergency dispatch across the metroplex - Trucks stocked with springs, cables, rollers and opener parts - Written diagnosis before any work starts, so you approve the price first What usually breaks first: Torsion springs, lift cables, nylon or steel rollers, hinges, the bottom bracket and the opener logic board account for most of what we replace. A door that reverses on its own is usually a photo eye out of alignment or a limit setting that drifted. A door that groans and shudders is almost always dry rollers and worn hinges. A door that will not lift at all, with a visible gap in the spring coil, is a spring failure and is not a DIY repair. Why we do not quote a price over the phone: Two doors that look identical can carry different spring weights, different track radius and different opener rail types. Quoting blind either overcharges you or sets up a change order once we arrive. We give you the diagnostic visit terms up front, then a written number on site before a wrench comes out. You approve or you do not, and there is no pressure either way. Safety, in plain terms: A torsion spring stores enough energy to break bones. So does a cable under load. We are IDA certified, licensed, bonded and insured, and we replace springs in pairs so the second one does not fail three months later on a door your family walks under every day. If a repair is not safe to make, we say so rather than patching it. ### Garage Door Spring Repair Buying moment: a snapped torsion spring and a door too heavy to lift - Torsion and extension springs stocked on every truck - Both springs replaced as a pair so the second failure never happens - Cycle-rated springs sized to your actual door weight, not a guess How to tell a spring actually broke: Look at the shaft above the door. A broken torsion spring shows a clean two to three inch gap in the coil. The door will feel impossibly heavy by hand and the opener will strain, hum, or lift it four inches and quit. You may have heard a bang like a gunshot from the garage. If any of that matches, stop using the opener. Forcing it turns a spring job into a bent track and a burned out motor. Cycle rating is the number that matters: A standard builder spring is rated around 10,000 cycles. One cycle is one open and one close. A family that comes and going four times a day burns roughly 3,000 cycles a year, which puts a builder spring at end of life in about seven years. We size replacements to the measured weight of your door and offer higher cycle springs when the door gets heavy use, which is most of the time in a two-driver household. Why both springs get replaced: On a two-spring door the springs age together under identical load. When one fails the other is at the same point in its life. Replacing only the broken one saves a little money today and buys a second service call, usually within a year, at full price. We replace as a pair and balance the door afterward so the opener is lifting a few pounds instead of a hundred. ### Garage Door Installation Buying moment: replacing a tired, dented or storm-damaged door - Two DFW showrooms where you can see and touch the actual door - Amarr dealer with wind-rated options built for Texas storms - Most single and double door installs finished in one day What a new door actually changes: The door is the largest moving object on the house and usually 30 percent of the elevation you see from the street. Beyond looks, an insulated door with a proper bottom seal and a tight perimeter changes what the garage feels like in August, which matters when the garage shares a wall with a bedroom or holds a water heater. A new door also comes with new springs, new rollers and a fresh track, which is where most of the noise came from. Insulation and the Texas summer: R-value on a garage door comes from the polyurethane or polystyrene core. A non insulated steel pan door offers almost nothing. A mid range insulated door lands around R-9 to R-13, and a premium three layer door goes higher. In North Texas the practical difference shows up in an attached garage that stops radiating heat into the house at 7pm, and in a workshop or gym that a single mini split can actually hold. What install day looks like: We protect the floor and the drive, remove the old door and haul it off, check the opening for square and plumb, set new track, hang the sections, wind and balance the springs, then reconnect and re-tune the opener with new limits and force settings. We test the safety reverse in front of you and walk you through the remote, the keypad and the manual release before we leave. ### Garage Door Opener Installation Buying moment: an opener that grinds, skips, or finally quit - LiftMaster and Chamberlain belt drive, chain drive and wall-mount units - Battery backup so the door still opens when the power goes out - Smart control and myQ setup done before we leave Belt, chain or wall mount: A belt drive is the quiet one and is the right call when a bedroom sits over or beside the garage. A chain drive costs less and is fine in a detached garage or where noise does not carry. A wall mount jackshaft unit bolts beside the torsion shaft, frees the entire ceiling for storage or a lift, and is the strongest option for tall or heavy doors. We size the unit to the door, not to a price point. Battery backup is not optional in Texas: Since 2019 California has required it and the industry followed, but the real argument here is the North Texas grid in an ice storm or a summer peak. Without backup, a power cut means pulling the manual release in the dark and lifting a heavy door by hand, and the door cannot be secured behind you when you leave. Every opener we install carries a backup battery rated for roughly twenty cycles on a full charge. Smart control, set up correctly: We pair the unit to myQ on your phone, connect it to your home wifi, program the wall console, the remotes and the exterior keypad, and confirm the notification settings so you actually get told when the door is left open. If you want package delivery into the garage or an integration with a camera or a hub, we set that up at install rather than leaving you a manual. ### Garage Floor Coating Buying moment: a stained, dusting or pitted slab you are tired of looking at - Diamond grinding and moisture testing before a drop of coating goes down - Polyaspartic systems that go down and cure in a single day - Flake, metallic and solid color systems, with real samples in the showroom Prep is the entire job: Coatings fail at the bond line, not in the film. We diamond grind the slab to open the pore structure, cut out and fill cracks and control joints, and moisture test before anything goes down. A roll-on kit from a big box store skips all of that, which is why those floors peel in sheets when a hot tire sits on them. If your slab needs a moisture vapor barrier, we tell you before we quote, not after. What the price depends on: Square footage, slab condition, whether an old coating has to come off, how much crack and joint repair the floor needs, and whether stem walls, steps or a threshold get coated. Full flake with a polyaspartic topcoat runs $6 to $10 per square foot installed. Metallic and quartz systems are quoted after we see the slab. We put the number in writing before we schedule. One day, and then you use it: A polyaspartic system goes down and cures fast enough that a crew that starts in the morning is finished the same afternoon. Foot traffic that evening, vehicles back in after about 24 hours. Epoxy base systems take longer to cure and are the right answer in some conditions, and we will say which one your slab wants rather than selling one system to everybody. ### Polyaspartic Garage Floor Coating Buying moment: a one-day floor that will not yellow, peel or chalk in Texas heat - Down in the morning, walk on it that evening, park on it the next day - UV stable, so it does not amber or chalk the way epoxy does - Flexible film that moves with a North Texas slab instead of cracking with it Polyaspartic versus epoxy, honestly: Polyaspartic is a polyurea. It cures in hours rather than days, stays UV stable, and stays slightly flexible, which matters on North Texas clay where slabs move seasonally. Epoxy builds a harder, thicker film and costs less, but it ambers under sunlight and is more prone to hot tire pickup. Most residential garages here are better served by a polyaspartic topcoat. Some slabs, particularly those with moisture issues, want an epoxy base underneath it. Why it survives a Texas garage: A closed garage in {city} can pass 120 degrees on a July afternoon and a tire coming off the highway is hotter than that. Hot tire pickup happens when a soft or poorly bonded film releases from the slab and sticks to the rubber. A properly ground slab under a polyaspartic system does not do this. The same chemistry shrugs off gasoline, brake fluid, road salt and battery acid, which is more than a garage floor usually has to survive. The one-day schedule: Grind and prep in the morning, crack and joint repair, base coat, full flake broadcast to refusal, scrape and vacuum the excess, then the polyaspartic topcoat. Crews are typically off the property the same afternoon. Light foot traffic that evening and vehicles back in after about 24 hours. You do not lose a weekend and you do not live with a garage full of tools in the driveway for three days. ### Epoxy Garage Floor Coating Buying moment: a hard, chemical-resistant floor at the lowest cost per square foot - 100 percent solids epoxy, not the water-based kit sold in a box - Diamond grinding and moisture testing before the primer goes down - Polyaspartic topcoat option so the floor holds its color in the sun Why store-bought epoxy fails here: A big box kit is water-based, thin, and instructs you to acid etch rather than grind. Etching does not open the slab the way a diamond grinder does, so the film sits on top instead of keying in. Add a 120 degree garage and a hot tire and the coating comes up in sheets within a season or two. We use 100 percent solids epoxy over a mechanically ground slab, which is a different product and a different outcome. Where epoxy is the right call: Epoxy builds a thicker, harder film than polyaspartic alone and it is the better base when a slab has moisture movement or needs a vapor barrier primer. It costs less per square foot. It is the standard choice for workshops, garages that see solvents and chemicals, and any interior slab that does not get direct sun. Where it is not the right call is a floor with sun exposure, because unprotected epoxy ambers. What the add-ons actually cost: Removing an existing failed coating runs $1.50 to $3 per square foot. A moisture vapor barrier primer runs $1 to $2 per square foot and is not optional if the slab tests wet. Crack and joint repair is quoted after inspection. We price those separately and visibly so the number on the quote is the number on the invoice. ### Polished Concrete Buying moment: a hard, low-maintenance floor with no coating to peel - Mechanically polished, not a coating, so there is nothing to delaminate - Cream, salt and pepper, and full aggregate rock cut exposures - Densified and sealed so the slab resists staining without a film on top The three exposure levels, and what they cost: Cream polish keeps the top surface of the slab and reads smooth and uniform, at $3.50 to $6.00 per square foot. Salt and pepper cuts just below the cream and shows fine sand aggregate, at $3.50 to $9.00. Rock cut goes deep enough to expose full stone and is the most dramatic and most labor intensive, at $9.50 to $12.00. The exposure you can achieve depends on how the slab was poured and finished, which we check before quoting. What drives your number up or down: Square footage moves price more than anything else because mobilization is fixed. A small residential floor carries a higher per foot rate than a 5,000 square foot commercial slab. Removing existing flooring, glue or thinset adds $1 to $3 per square foot. Joint filling, concrete repair and crack chasing are quoted separately. Dye adds $1 to $2, and stepping from a satin to a high gloss finish adds $0.40 to $3.00 per square foot. Why it outlasts every coating: A polished floor is not a layer sitting on the slab. Grinding and progressively finer resin diamonds close the surface, then a densifier chemically hardens it from within. There is no film, so there is nothing to peel, bubble, chip or hot tire lift. Maintenance is a dust mop and a neutral cleaner. In a warehouse or a showroom that means no recoat cycle and no downtime every few years. ### Commercial Garage Door Repair Buying moment: a dock door down and freight sitting on the floor - Rolling steel, sectional, high-speed, fire-rated doors and dock equipment - 24/7 emergency dispatch when a down door is stopping freight - Preventive maintenance agreements priced per door, per visit What a down door actually costs you: A blocked dock position does not cost the price of a repair. It costs detention on the trailer sitting outside, the labor standing idle inside, and the freight that misses its outbound window. That is why our commercial calls get dispatched around the clock and why we carry rolling steel and dock parts on the truck. The right comparison is never repair cost against nothing, it is repair speed against hourly throughput. Doors and equipment we service: Rolling steel service doors and counter shutters. Sectional overhead doors in steel and aluminum full-view. High-speed roll-up doors on cold storage and clean production lines. Fire-rated doors and their drop-test certification. Dock levelers, both hydraulic and mechanical, plus dock seals, shelters, bumpers, restraints and lights. Operators from LiftMaster and the major commercial brands, including logic boards, limits and safety edge circuits. Fire door drop testing and code exposure: NFPA 80 requires fire-rated door assemblies to be inspected and drop tested annually, with written records kept on site. Most facilities that fail an inspection do not fail because the door is broken, they fail because there is no documentation. We perform the test, correct what fails, and hand you the record. This is the cheapest line item on a commercial building and the most expensive one to be missing. Dock equipment is half the call: A dock position is a system, not a door. The leveler has to meet the trailer bed, the seal or shelter has to close the gap, the bumpers have to take the impact, and the restraint has to hold the trailer while a forklift is on it. When any one of those fails, the position is down even though the door still works. We service hydraulic and mechanical levelers, lip assemblies, seals, shelters, bumpers, restraints and dock lights alongside the doors, which means one vendor and one call instead of three. Brands, boards and parts we carry: LiftMaster commercial operators, logic boards and safety edge circuits. Rolling steel curtain, guides, bottom bar and endlock parts. Sectional door hinges, rollers, cables, drums, bearings and struts. High-speed door curtains, photo eyes and drive components. On a commercial call the difference between a same-day fix and a three-day wait is almost always whether the part was on the truck, which is why we stock rather than order. Working with your AP and your safety program: We carry a current certificate of insurance and a W-9 ready for vendor onboarding, and we can be added to a purchase order or a blanket PO structure. Crews arrive in company vehicles with proper PPE and will follow your site orientation, badge and lockout procedures. Written condition reports come back per door, which is what makes a maintenance budget a forecast rather than a series of surprises. Preventive maintenance beats emergency dispatch: A high-cycle dock door in {city} can run 200 cycles a day. On that duty cycle, springs, hinges, rollers and bottom bars are consumables with predictable lives. Our PM agreements schedule 1, 2, 4 or 6 to 12 visits a year depending on cycle count, priced per door per visit, and they catch the $200 part before it becomes the $2,000 after-hours call. Facilities that move from reactive to scheduled service typically stop seeing emergency callouts entirely. ### Driveway Gate Repair Buying moment: a gate stuck open, stuck shut, or an operator that died after a storm - LiftMaster, DoorKing and All-O-Matic operator service and board replacement - Safety loop, photo eye and UL 325 compliance checks on every visit - Hinge, post and track repair for gates moved by North Texas clay Storm damage and the control board: A gate that quit the morning after a North Texas thunderstorm is usually a surge casualty. The logic board takes the hit, sometimes the transformer with it. Boards are brand and model specific and we carry the common LiftMaster and DoorKing units. If the operator itself is old enough that boards are no longer made, we tell you that up front rather than charging a diagnostic to deliver bad news. When the ground is the problem: North Texas clay swells and shrinks by season, and a gate post set without an adequate footing will lean within a few years. The symptom looks electrical because the gate binds and the operator trips its overload, but the fix is structural. We check post plumb, hinge alignment and, on slide gates, track level and roller wear before we start replacing parts that were never broken. UL 325 is a safety standard, not paperwork: An automated gate is a several hundred pound machine that moves near children and vehicles. UL 325 requires primary and secondary entrapment protection: photo eyes, safety edges, or inherent force sensing, correctly placed and actually working. We test them on every visit and we will not reconnect an operator with defeated safety devices. If yours were bypassed by a previous installer, you will hear about it. ### Complete Garage Remodel Buying moment: a full garage redo without managing four separate contractors - One contractor for the floor, the door, the storage and the finish work - One schedule instead of four trades pointing at each other - Showroom samples of the actual flake, cabinet and door finishes The reason people call us instead of four companies: A garage redo normally means a coatings company, a door company, a cabinet company and somebody for the electrical, each with its own lead time and its own idea of who goes first. When the sequence slips, nobody owns it. We do the floor, the door, the opener, the storage and the finish work with one crew and one schedule, and the warranty has one name on it. Sequence matters more than people expect: The floor goes down after the door is hung and after any electrical is roughed in, never before, or the new coating gets scarred by the trades that follow. Cabinets and slat wall mount after the coating cures. Overhead racks go up before the cars come back in. Getting that order wrong is how a floor that cost several thousand dollars ends up with drill dust ground into it in week one. What the packages cover: Floor and Basics, at $5,500 to $9,000, is the coating plus a clean-up of the door, opener and lighting. A Full Garage, at $12,000 to $22,000, adds the new door, the opener, cabinet runs, slat wall and overhead storage. Full Property, from $25,000, extends the same treatment to the driveway, patio and any exterior concrete. Every one of them is quoted against your actual garage after a measure, not off a menu. --- ## Cities served ### Allen, TX (Collin County) URL: https://www.professionalgarageconcepts.com/near-me/allen-tx-garage-doors Population 112,000. ZIP codes 75002, 75013. Drive time about 45 minutes from our Grand Prairie showroom. Neighborhoods: Twin Creeks, Watters Crossing, Bethany Lakes, Star Creek, Montgomery Ridge. Landmarks: Watters Creek, Allen Event Center, Eagle Stadium, Allen Premium Outlets. Allen built out fast between 1995 and 2010, so most garages here are 20 to 30 years old and still running original torsion springs and steel rollers. Twin Creeks and Watters Crossing are front-load two-car, with a third bay on the larger sections. Spring replacement and opener swaps make up most Allen calls. A 10,000-cycle spring installed in 2003 has passed its rated life twice by now, and the chain drives from that era have no rolling code and no battery backup. ### Arlington, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/arlington-tx-garage-doors Population 398,000. ZIP codes 76001, 76006, 76010, 76012, 76013, 76015, 76016, 76017, 76018. Drive time about 15 minutes from our Grand Prairie showroom. Neighborhoods: Viridian, Interlochen, Woodland West, Southwest Arlington, North Arlington. Landmarks: AT&T Stadium, Globe Life Field, Six Flags Over Texas, UT Arlington, River Legacy Park. Arlington holds four housing generations at once. North Arlington near Randol Mill runs 1950s and 1960s ranch homes with 7-foot single-bay openings, Southwest Arlington off Green Oaks is 1990s two-car brick, and Viridian has been building three-car and tandem garages since 2012. Two very different jobs run side by side here. North Arlington homes need one-piece tilt-up doors converted to insulated sectional doors with new track, while the subdivisions south of I-20 are on their second round of spring and roller failures. ### Bedford, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/bedford-tx-garage-doors Population 49,000. ZIP codes 76021, 76022. Drive time about 15 minutes from our Keller showroom. Neighborhoods: Old Bedford, Harwood Road corridor, Central Drive corridor, Bedford Boys Ranch area. Landmarks: Bedford Boys Ranch Park, Old Bedford School, Bedford Splash, Central Park. Bedford filled in during the 1970s and 1980s, and most of the stock is single-story brick with attached two-car garages facing the street. The original wood jambs along Harwood and Bedford Road have taken 40 Texas summers and rot out in the bottom eight inches. Rotted jambs, worn rollers and 45-year-old steel doors drive the Bedford calls. Replacing a rusted door on a 1978 opening usually means new track, a rebuilt jamb and a new opener in the same visit. ### Carrollton, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/carrollton-tx-garage-doors Population 135,000. ZIP codes 75006, 75007, 75010. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Historic Downtown Carrollton, Josey Ranch, Rosemeade, Country Place, Furneaux. Landmarks: Downtown Carrollton Square, A.W. Perry Homestead Museum, Trinity Mills Station, Sandy Lake Amusement Park. Carrollton splits between 1980s Rosemeade and Josey Ranch two-car brick homes and a small historic core near the square with pre-1950 frame houses and detached garages. The 1980s stock still runs 7-foot openings and single-layer steel with no insulation. Most Carrollton work is a straight replacement with an insulated steel section and a new opener. Owners upgrade because the uninsulated original radiates heat straight through the shared wall into the house. ### Cedar Hill, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/cedar-hill-tx-garage-doors Population 49,000. ZIP codes 75104. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Lake Ridge, High Pointe, Historic Downtown Cedar Hill, Cedar Hill State Park area. Landmarks: Cedar Hill State Park, Joe Pool Lake, Uptown Village at Cedar Hill, Dogwood Canyon Audubon Center. Cedar Hill sits on the escarpment, so lots slope and driveways pitch hard toward the street. Lake Ridge and High Pointe homes from the 1990s and 2000s use three-car side-load and J-swing garages built to work with the grade. Sloped driveways are the tell in Cedar Hill. Water runs back under the door, so bottom seals and thresholds wear out early and rust starts in the bottom section. Boat traffic from Joe Pool adds cycles that springs were never sized for. ### Colleyville, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/colleyville-tx-garage-doors Population 26,000. ZIP codes 76034. Drive time about 12 minutes from our Keller showroom. Neighborhoods: Bransford, Whittier Heights, Glade Road corridor, Pleasant Run. Landmarks: Colleyville Nature Center, The Village at Colleyville, McPherson Park, Colleyville Heritage High School. Colleyville zoning held lots near one acre through the 1990s, so the stock is custom brick and stone with three-car and four-car side-load garages. Cedar and mahogany carriage doors are common, and they weigh two to three times what a steel door weighs. Wood door service leads the Colleyville list. A stained cedar door needs refinishing every 3 to 4 years in Texas sun, and the weight calls for correctly sized torsion springs and a jackshaft operator instead of a standard chain drive. ### Coppell, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/coppell-tx-garage-doors Population 42,000. ZIP codes 75019. Drive time about 20 minutes from our Grand Prairie showroom. Neighborhoods: Old Town Coppell, Riverchase, Northlake Woodlands, Coppell Greens. Landmarks: Andy Brown Park, Old Town Coppell Farmers Market, Coppell Nature Park, Wagon Wheel Park. Coppell built out almost entirely between 1985 and 2000 and has very little vacant land left. That gives you a whole city of garage doors installed inside one 15-year window, aging out on the same schedule. Coppell calls cluster around simultaneous end of life. Springs, rollers, cables and openers from the same 1990s install fail within a few years of each other, so one full replacement usually costs less than three separate service calls. ### Corinth, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/corinth-tx-garage-doors Population 23,000. ZIP codes 76208, 76210. Drive time about 30 minutes from our Keller showroom. Neighborhoods: Oakmont, Lake Sharon corridor, Corinth Parkway area. Landmarks: Lake Lewisville, Corinth Community Park, I-35E corridor, Lake Dallas ISD campuses. Corinth grew along I-35E from the late 1990s through the 2010s, with two-car and three-car front-load garages on quarter-acre lots. Homes on the Lake Lewisville side often carry a deeper third bay or an 8-foot-tall opening sized for a boat. Taller and wider openings need different hardware. An 8-foot-high or 16-foot-wide boat bay carries far more weight than a standard door, so spring sizing, reinforcement struts and opener horsepower all change on these jobs. ### Dallas, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/dallas-tx-garage-doors Population 1,300,000. ZIP codes 75204, 75206, 75209, 75214, 75218, 75219, 75220, 75225, 75229, 75230, 75231, 75238, 75240, 75243, 75248. Drive time about 20 minutes from our Grand Prairie showroom to downtown Dallas. Neighborhoods: Lakewood, Preston Hollow, Kessler Park, Lake Highlands, M Streets, Bishop Arts District. Landmarks: White Rock Lake, Klyde Warren Park, NorthPark Center, Fair Park, Dallas Arboretum, Reunion Tower. Dallas holds every era at once. Lakewood and the M Streets have 1920s and 1930s Tudors with detached alley-load garages, Preston Hollow runs 1950s ranch homes next to new builds, and Far North Dallas is 1980s two-car brick on standard lots. Alley-load garages are their own trade. Older detached structures have out-of-square openings and settled slabs, so a new door usually needs the jamb rebuilt and the track shimmed before anything hangs plumb and rolls quietly. ### Denton, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/denton-tx-garage-doors Population 155,000. ZIP codes 76201, 76205, 76207, 76208, 76209, 76210. Drive time about 35 minutes from our Keller showroom. Neighborhoods: Oak-Hickory Historic District, Robson Ranch, Denia, Southridge, Rayzor Ranch. Landmarks: University of North Texas, Texas Woman's University, Denton County Courthouse-on-the-Square, Denton Enterprise Airport. Denton runs from 1900s frame houses in the Oak-Hickory Historic District with detached rear garages to Robson Ranch, where nearly every home has two bays plus a golf cart bay. The rental belt around UNT is 1960s and 1970s stock, and many of those single-car garages were converted to bedrooms years ago. Golf cart doors and converted garages define the Denton mix. Robson Ranch alone keeps a steady run of 5-foot and 6-foot cart doors going, while the historic district needs carriage-style doors that read correctly on a 1920s elevation. ### DeSoto, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/desoto-tx-garage-doors Population 56,000. ZIP codes 75115. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Thorntree, Historic DeSoto, Hampton Road corridor, Pleasant Run corridor. Landmarks: DeSoto Town Center, Thorntree Country Club, Grimes Park. DeSoto built out through the 1980s and 1990s with brick two-story homes on quarter-acre lots and front-load two-car garages. The Thorntree area from the same period has larger custom homes with side-load bays and wider drives. Old openers drive most DeSoto calls. Anything installed before 1993 has no photo-eye reversing system, which fails current safety standards, and it is the first thing we replace on a 30-year-old setup. ### Duncanville, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/duncanville-garage-doors Population 40,000. ZIP codes 75116, 75137. Drive time about 20 minutes from our Grand Prairie showroom. Neighborhoods: Historic Downtown Duncanville, Armstrong Park area, Cedar Ridge, Wheatland Road corridor. Landmarks: Duncanville Fieldhouse, Armstrong Park, Historic Downtown Duncanville, Duncanville High School. Duncanville is largely a 1960s and 1970s ranch suburb with attached two-car garages and low 7-foot headers. Plenty of originals still have one-piece tilt-up doors or early steel sectionals on extension springs with no containment cables. Extension spring conversion is the common Duncanville job. Moving to a torsion system removes the single biggest failure risk in this housing stock, and it pairs naturally with new nylon rollers and straightened track. ### Euless, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/euless-tx-garage-doors Population 61,000. ZIP codes 76039, 76040. Drive time about 12 minutes from our Grand Prairie showroom. Neighborhoods: Bear Creek, Texas Star, Old Town Euless, Glade Parks. Landmarks: Texas Star Golf Course, Bear Creek Park, Glade Parks, Midway Park. Euless is mostly 1970s through 1990s two-car brick on flat lots, with newer construction around Glade Parks and Texas Star. Homes on the airport side sit under the approach path and get steady low-frequency vibration through their track and hardware. Noise brings in a lot of Euless work. Swapping steel rollers for 13-ball nylon rollers and moving from a chain drive to a belt drive cuts the racket, which matters when someone works nights at the airport and sleeps during the day. ### Farmers Branch, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/farmers-branch-tx-garage-doors Population 38,000. ZIP codes 75234, 75244. Drive time about 20 minutes from our Grand Prairie showroom. Neighborhoods: Brookhaven, Mercer Crossing, Valwood, Farmers Branch Historical Park area. Landmarks: Farmers Branch Historical Park, Brookhaven Country Club, Mercer Crossing, Valwood Industrial District. Farmers Branch is one of the oldest suburbs in the metroplex, block after block of 1950s and 1960s single-story ranch homes with small attached garages. Mercer Crossing added townhomes with tandem and rear-entry garages after 2015. Small openings are the constant here. A 1958 garage often has an 8-foot by 7-foot opening that no longer clears a modern crew-cab truck, so the job starts with widening the opening and reframing the header before any door goes up. ### Flower Mound, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/flower-mound-tx-garage-doors Population 80,000. ZIP codes 75022, 75028. Drive time about 20 minutes from our Keller showroom. Neighborhoods: Bridlewood, Wellington, Lakeside DFW, Old Town Flower Mound. Landmarks: The Flower Mound, Lake Grapevine, Twin Coves Park, Bridlewood Golf Club, Parker Square. Bridlewood, Wellington and the rest of the 1990s and 2000s subdivisions run three-car garages on quarter to half-acre lots, most of them front-load with one swing bay. Minimum lot sizes kept driveways long and turnarounds wide. Three doors per house changes the math. Flower Mound owners usually replace all three at once for a matched elevation, and the 16-foot double door runs roughly twice the cycles of the two singles beside it, so it should get the heavier spring. ### Forest Hill, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/forest-hill-tx-garage-doors Population 13,000. ZIP codes 76119, 76140. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Forest Hill Drive corridor, Wichita Street corridor, Oak Grove Road area. Landmarks: Forest Hill Civic and Convention Center, I-20 and US 287 interchange, Village Creek. Forest Hill housing runs small and older, mostly 1950s through 1970s frame and brick homes with single-car garages or carports. A good share of the original garages were enclosed for extra bedrooms decades ago. Repair beats replacement in Forest Hill more often than anywhere else we serve. A cable off the drum, a snapped extension spring or a stripped opener gear gets the door working again for a fraction of what a new door costs. ### Fort Worth, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/fort-worth-tx-garage-doors Population 1,000,000. ZIP codes 76102, 76104, 76107, 76109, 76110, 76112, 76116, 76123, 76131, 76132, 76133, 76137, 76179, 76244. Drive time about 25 minutes from our Keller showroom to downtown Fort Worth. Neighborhoods: Fairmount, Arlington Heights, Ryan Place, Tanglewood, Wedgwood, Far North Fort Worth. Landmarks: Fort Worth Stockyards, Sundance Square, Kimbell Art Museum, TCU, Will Rogers Memorial Center, Trinity Trails. Fort Worth spans a century of construction. Fairmount and Ryan Place have 1910s and 1920s homes with detached garages off the alley, Wedgwood and Meadowbrook are 1950s and 1960s ranch, and the Alliance corridor north of Loop 820 has been putting up three-car front-load garages since 2005. Two jobs dominate Fort Worth. Fairmount and Ryan Place need carriage-style doors built to non-standard 1920s openings, and the Alliance-area builder doors installed from 2005 to 2012 are on their second set of springs and their first opener replacement. ### Frisco, TX (Collin County) URL: https://www.professionalgarageconcepts.com/near-me/frisco-tx-garage-doors Population 230,000. ZIP codes 75033, 75034, 75035, 75036. Drive time about 40 minutes from our Keller showroom. Neighborhoods: Stonebriar, Starwood, Phillips Creek Ranch, Newman Village, Frisco Lakes. Landmarks: The Star, Toyota Stadium, Stonebriar Centre, PGA of America headquarters, Riders Field. Frisco is a 2000-and-newer city. Stonebriar, Starwood and Phillips Creek Ranch homes carry three-car garages, and the small-lot sections built after 2010 use rear-entry and tandem bays so the doors never face the street. Builder-grade springs are failing across Frisco at the same time. A 10,000-cycle spring installed in 2006 runs out its life around year 7 at four cycles a day, and thousands of doors crossed that line in the same stretch. We size replacements at 25,000 cycles so the next one is 20 years out. ### Garland, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/garland-tx-garage-doors Population 245,000. ZIP codes 75040, 75041, 75042, 75043, 75044. Drive time about 35 minutes from our Grand Prairie showroom. Neighborhoods: Firewheel, Duck Creek, Oakridge, Club Hill, Downtown Garland. Landmarks: Firewheel Town Center, Downtown Garland Square, Lake Ray Hubbard, Granville Arts Center, Spring Creek Forest Preserve. Garland's core neighborhoods went up between 1955 and 1980 with attached two-car garages and low headers. Firewheel and the northeast side are 1990s and 2000s brick two-story homes with wider 16-foot double doors. Hail is the Garland pattern. Storms tracking the I-30 and SH 78 corridor dent the flat steel panels on 1970s and 1980s doors, and because those panel profiles are discontinued, a two-panel claim usually turns into a full replacement. ### Grand Prairie, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/grand-prairie-tx-garage-doors Population 200,000. ZIP codes 75050, 75051, 75052, 75054. Drive time our Grand Prairie showroom is at 801 Greenview Dr, inside the city. Neighborhoods: Mira Lagos, Grand Peninsula, Dalworth Park, Westchester, Lake Parks, Great Southwest District. Landmarks: Lone Star Park, EpicCentral and Epic Waters, Traders Village, Joe Pool Lake, Grand Prairie Premium Outlets. Grand Prairie stretches roughly 25 miles north to south and changes housing every few miles. Dalworth Park and the north side hold 1940s and 1950s cottages with detached garages, the central belt is 1970s and 1980s two-car brick, and Mira Lagos and Grand Peninsula on the south end are 2005-and-newer three-car homes near Joe Pool Lake. We run both halves of the business out of this location. Homeowners walk in to compare Amarr sections and flake blends under real light, and the warehouses around us call for rolling steel and dock door service the same day. ### Grapevine, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/grapevine-tx-garage-doors Population 51,000. ZIP codes 76051. Drive time about 15 minutes from our Keller showroom. Neighborhoods: Historic Main Street District, Silver Lake, Dove Loop, Grapevine Lake shoreline. Landmarks: Historic Main Street, Grapevine Mills, Gaylord Texan, Grapevine Lake, Great Wolf Lodge. Grapevine mixes 1980s and 1990s two-car subdivisions with a historic Main Street district where some houses date to the 1800s. Newer homes near the lake carry three-car garages, and city design standards push brick and stone facades that pair naturally with carriage-style doors. Appearance drives most Grapevine sales. Owners replace a working flat steel door with an insulated carriage-house panel and glass because on these lots the garage door covers close to a third of the front elevation. ### Haltom City, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/haltom-city-tx-garage-doors Population 46,000. ZIP codes 76117, 76137. Drive time about 20 minutes from our Keller showroom. Neighborhoods: Belknap corridor, Haltom Road corridor, Northeast Haltom City, Denton Highway corridor. Landmarks: Loop 820 corridor, Denton Highway (US 377), Haltom City Public Library, Fort Worth Meacham International Airport. Haltom City housing dates mostly to the 1950s and 1960s, with small attached garages, 7-foot headers and original wood jambs still in place. The northeast side near Loop 820 added 1980s and 1990s two-car homes on larger lots. Commercial and residential run together here. The shops along Belknap need rolling steel and sectional service doors kept moving, and the 1950s houses behind them need one-piece doors converted to sectional with new track and jambs. ### Highland Park, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/highland-park-tx-garage-doors Population 8,800. ZIP codes 75205. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Highland Park Village area, Beverly Drive, Armstrong Parkway, Lakeside Drive. Landmarks: Highland Park Village, Dallas Country Club, Lakeside Park, Turtle Creek. Highland Park homes date largely to the 1920s and 1930s, and most sit on lots served by a rear alley with a detached garage. Openings are narrow by current standards, and the town's architectural review means a replacement door has to match the house rather than the catalog. Custom sizing and design approval shape every Highland Park job. We measure the actual 1930s opening, build to that dimension, and specify wood or wood-clad doors that read correctly on a Tudor, Colonial or Spanish elevation. ### Highland Village, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/highland-village-tx-garage-doors Population 16,000. ZIP codes 75077. Drive time about 25 minutes from our Keller showroom. Neighborhoods: Highland Shores, Briarhill, Doubletree Ranch, Copperas Branch. Landmarks: Lake Lewisville, Copperas Branch Park, Doubletree Ranch Park, The Shops at Highland Village, Unity Park. Highland Village built out between 1985 and 2005, and Highland Shores alone accounts for a large share of the housing. Lots run wide, three-car garages are standard, and homes closer to the water often have a deeper bay sized for a boat and trailer. Boat and trailer traffic drives Highland Village service. Extra daily cycles wear rollers and springs faster than a two-car commuter garage, so a door opening ten times a day in summer should get 25,000-cycle springs, not the builder standard. ### Hurst, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/hurst-tx-garage-doors Population 40,000. ZIP codes 76053, 76054. Drive time about 15 minutes from our Keller showroom. Neighborhoods: North East Mall district, Precinct Line Road corridor, Pipeline Road corridor, Hurst Hills. Landmarks: North East Mall, Hurst Conference Center, Chisholm Park, Central Park. Hurst is a 1960s and 1970s suburb with attached two-car garages, and the original doors were uninsulated steel or wood. A few blocks near Precinct Line and Pipeline still have single-panel tilt-up doors swinging out over the driveway. Heat is the practical Hurst problem. A west-facing uninsulated door pushes garage temperatures past 120F in July, so most replacements move to a polyurethane insulated door in the R-13 to R-18 range and a weather seal that actually contacts the slab. ### Irving, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/irving-tx-garage-doors Population 256,000. ZIP codes 75038, 75039, 75060, 75061, 75062, 75063. Drive time about 12 minutes from our Grand Prairie showroom. Neighborhoods: Las Colinas, Valley Ranch, Hackberry Creek, Irving Heritage District, Cottonwood Valley. Landmarks: Williams Square Mustangs, Toyota Music Factory, Mandalay Canal, University of Dallas, DFW Airport, Irving Convention Center. Irving carries three distinct housing types. South Irving and the Heritage District have 1950s and 1960s homes with single and two-car garages, Valley Ranch is 1980s with alley-load garages behind the house, and Las Colinas runs from 1990s custom homes to gated Cottonwood Valley estates with four-bay side-load garages. Valley Ranch alley-load garages need a different approach. There is no room to stage a truck in front of the door and the alley turning radius is tight, so we stage sections and hardware differently than on a front-load street. ### Keller, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/keller-tx-garage-doors Population 45,000. ZIP codes 76248, 76244. Drive time our Keller showroom is at 220 N Main Street, in Old Town Keller. Neighborhoods: Old Town Keller, Hidden Lakes, Marshall Ridge, Bear Creek, Keller Town Center. Landmarks: Keller Town Hall, Bear Creek Park, The Keller Pointe, Keller Sports Park, Old Town Keller. Keller built most of its current housing between 1995 and 2010 on half-acre and larger lots, with three-car garages standard and side-load bays common in Hidden Lakes and Marshall Ridge. Older Old Town property runs 1960s and 1970s with detached garages and metal shop buildings out back. Keller homeowners can touch the door before they buy it. We keep Amarr sections, LiftMaster openers and flake blends on the floor at Main Street, which matters when a three-door elevation is the largest visual decision on the front of the house. ### Lake Dallas, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/lake-dallas-tx-garage-doors Population 8,000. ZIP codes 75065. Drive time about 30 minutes from our Keller showroom. Neighborhoods: Downtown Lake Dallas, Lake Dallas shoreline, Swisher Road corridor. Landmarks: Lake Lewisville, Main Street Lake Dallas, Willow Grove Park. Lake Dallas is a small lakeside town of roughly 8,000 with 1950s and 1960s cottages near the water and 1990s and 2000s two-car homes on the west side. Garage sizes vary lot by lot because much of the town was platted before standard subdivision layouts existed. Humidity off the lake accelerates corrosion. Springs, cables and hinges rust noticeably faster within a mile of the shoreline, so we spec galvanized hardware and coated springs here instead of plain steel. ### Lewisville, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/lewisville-tx-garage-doors Population 133,000. ZIP codes 75057, 75067. Drive time about 25 minutes from our Keller showroom. Neighborhoods: Old Town Lewisville, Castle Hills, Vista Ridge, Valley Ridge. Landmarks: Lewisville Lake, Old Town Lewisville, LLELA Nature Preserve, Music City Mall, Railroad Park. Lewisville covers a wide range, from Old Town bungalows built before 1950 to Castle Hills, annexed in 2022, where 2000s homes carry three-car and rear-entry garages. The 1980s middle band along Valley Ridge is standard two-car front-load brick. The age spread means the parts spread is wide. A pre-1950 Old Town garage often needs a custom-width door built to measure, while Castle Hills homes mostly need spring and opener replacement on standard 16-foot and 8-foot openings. ### Mansfield, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/mansfield-tx-garage-doors Population 76,000. ZIP codes 76063. Drive time about 25 minutes from our Grand Prairie showroom. Neighborhoods: Walnut Creek, South Pointe, Lowe's Farm, Historic Downtown Mansfield. Landmarks: Historic Downtown Mansfield, Elmer W. Oliver Nature Park, Walnut Creek Country Club, Hawaiian Falls Mansfield, Methodist Mansfield Medical Center. Mansfield built most of its housing after 1998 and never stopped. Walnut Creek, South Pointe and Lowe's Farm carry three-car garages on standard lots, while the semi-rural tracts east of US 287 have detached shops and RV-height doors on acre-plus land. Two jobs run here at once. The 1998 to 2008 subdivisions are replacing original springs, rollers and openers on schedule, and the acreage east of town needs 10-foot and 12-foot-tall doors with jackshaft operators for shops and RV bays. ### McKinney, TX (Collin County) URL: https://www.professionalgarageconcepts.com/near-me/mckinney-tx-garage-doors Population 220,000. ZIP codes 75069, 75070, 75071, 75072. Drive time about 50 minutes from our Grand Prairie showroom. Neighborhoods: Historic Downtown McKinney, Stonebridge Ranch, Craig Ranch, Adriatica, Trinity Falls. Landmarks: Historic McKinney Square, TUPPS Brewery, Heard Natural Science Museum, McKinney National Airport, Adriatica Village. McKinney runs from an 1880s downtown square with detached alley garages to Stonebridge Ranch, Craig Ranch and Trinity Falls, where every home has two or three bays. The 1990s Stonebridge sections are now old enough that their original openers are giving out. Historic district work needs care in McKinney. A house on Kentucky or Tucker Street has a non-standard opening and design guidelines to satisfy, so we build to measured dimensions rather than hanging a stock 16-foot door. ### Mesquite, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/mesquite-tx-garage-doors Population 150,000. ZIP codes 75149, 75150, 75180, 75181, 75182. Drive time about 35 minutes from our Grand Prairie showroom. Neighborhoods: Town East, Creek Crossing, Historic Downtown Mesquite, Northeast Mesquite. Landmarks: Mesquite Championship Rodeo, Town East Mall, Mesquite Arts Center, Lake Ray Hubbard. Mesquite grew fastest from 1965 to 1985, and those homes have attached two-car garages with 7-foot headers and original wood jambs. Creek Crossing and the far east sections added 1990s and 2000s two-story brick with wider double doors. Hail claims and door age line up in Mesquite. Storms along the I-30 corridor dent 40-year-old flat panels, and since those profiles are no longer manufactured, matching two sections is usually impossible and the whole door gets replaced. ### Plano, TX (Collin County) URL: https://www.professionalgarageconcepts.com/near-me/plano-tx-garage-doors Population 290,000. ZIP codes 75023, 75024, 75025, 75074, 75075, 75093, 75094. Drive time about 40 minutes from our Grand Prairie showroom. Neighborhoods: Downtown Plano Arts District, Willow Bend, Legacy West, Deerfield, Los Rios. Landmarks: Legacy West, Downtown Plano Arts District, The Shops at Willow Bend, Oak Point Park, Toyota North America headquarters. Plano built in clear waves. East Plano near Los Rios is 1970s with two-car front-load garages and low headers, the 1980s belt around Willow Bend runs larger brick two-story homes, and West Plano and Legacy West added 2000s homes plus townhomes with rear-entry and tandem garages. The 1970s and 1980s stock is on its third round of hardware. Openers from that era have no photo eyes and no rolling code, and the original 7-foot doors sit low over the trucks and SUVs parked under them now, so header height comes up on almost every quote. ### Richardson, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/richardson-tx-garage-doors Population 120,000. ZIP codes 75080, 75081, 75082. Drive time about 35 minutes from our Grand Prairie showroom. Neighborhoods: Canyon Creek, Richardson Heights, Cottonwood Heights, Telecom Corridor, Prairie Creek. Landmarks: UT Dallas, CityLine, Eisemann Center, Cottonwood Park, Telecom Corridor. Richardson is largely a 1960s and 1970s city, with Richardson Heights and Canyon Creek full of single-story ranch homes and attached two-car garages. Original doors here are usually uninsulated steel hung on extension springs. Extension spring safety work leads the Richardson list. Many original systems have no containment cable, so a snapped spring becomes a projectile inside the garage. Converting to torsion removes the hazard and cuts the operating noise at the same time. ### Sachse, TX (Dallas County) URL: https://www.professionalgarageconcepts.com/near-me/sachse-tx-garage-doors Population 28,000. ZIP codes 75048. Drive time about 45 minutes from our Grand Prairie showroom. Neighborhoods: Woodbridge, Old Town Sachse, Sachse Road corridor, Ben Davis Road area. Landmarks: Woodbridge Golf Club, Sachse Community Park, President George Bush Turnpike, Lake Ray Hubbard. Sachse had fewer than 10,000 residents in 2000 and now has about 28,000, so the great majority of its garages date to 2000 or later. Woodbridge homes carry two and three-car front-load bays, with a small pocket of older property along Sachse Road. Sachse is hitting first-replacement age. Doors installed between 2002 and 2008 are pushing original springs and rollers past 15 years, and openers from that period predate both battery backup and modern rolling code security. ### Southlake, TX (Tarrant County) URL: https://www.professionalgarageconcepts.com/near-me/southlake-tx-garage-doors Population 32,000. ZIP codes 76092. Drive time about 12 minutes from our Keller showroom. Neighborhoods: Southlake Town Square, Timarron, Carillon, Clariden Ranch, Shady Oaks. Landmarks: Southlake Town Square, Dragon Stadium, Bob Jones Nature Center, Gateway Church, Grapevine Lake. Southlake homes are large, newer and heavily reviewed. Timarron, Carillon and Clariden Ranch carry three and four-car garages, most of them side-load or J-swing so no door faces the street, and HOA design standards control what can hang in the opening. Southlake buys on appearance and quiet operation. Wood-clad and full-view aluminum doors paired with jackshaft openers keep the ceiling clear and the noise down, and every specification clears architectural review before we build it. ### The Colony, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/the-colony-tx-garage-doors Population 46,000. ZIP codes 75056. Drive time about 35 minutes from our Keller showroom. Neighborhoods: The Tribute, Austin Ranch, Stewart Peninsula, Hidden Cove. Landmarks: Grandscape, Nebraska Furniture Mart, Lake Lewisville, Stewart Creek Park, Hidden Cove Park. The Colony has two housing eras that barely overlap. The original 1970s and 1980s sections have small two-car front-load garages on tight lots, while The Tribute and the north end run three-car and rear-entry garages built after 2005. The 1980s sections need structural attention first. Those garages have shallow headers and settled slabs, so we check floor level and jamb square before quoting a door, because a twisted opening will bind a brand new door inside a year. ### Trophy Club, TX (Denton County) URL: https://www.professionalgarageconcepts.com/near-me/trophy-club-tx-garage-doors Population 13,000. ZIP codes 76262. Drive time about 10 minutes from our Keller showroom. Neighborhoods: The Highlands at Trophy Club, Trophy Club Country Club area, Trophy Wood District, Trophy Club Drive corridor. Landmarks: Trophy Club Country Club, Trophy Club Park on Lake Grapevine, Byron Nelson High School, Trophy Club Town Hall. Trophy Club wraps around two golf courses, and the housing runs from 1980s originals near the country club to The Highlands, built after 2007 with three-car garages. Several sections slope toward the creek, so threshold drainage at the door matters more here than on flat ground. Adding a bay is the request we hear most in Trophy Club. Cutting a 5-foot or 6-foot cart door into an existing wall means new framing, a header sized for the load and a separate opener, so it is a carpentry job before it is a door job. ### Wylie, TX (Collin County) URL: https://www.professionalgarageconcepts.com/near-me/wylie-tx-garage-doors Population 60,000. ZIP codes 75098. Drive time about 50 minutes from our Grand Prairie showroom. Neighborhoods: Woodbridge, Bozman Farms, Historic Downtown Wylie, Birmingham Farms. Landmarks: Lake Lavon, Historic Downtown Wylie on Ballard Avenue, Founders Park, Woodbridge Golf Club. Wylie more than tripled in size after 2000, so most garages here were installed between 2002 and 2018. Bozman Farms and Woodbridge run two and three-car front-load bays, while the older blocks near the downtown square date to the 1940s and 1950s with detached garages off the alley. Hail comes through this corner of Collin County hard and often. The claims show up as dented steel sections, bent track and burned-out openers, and we document damage panel by panel so the adjuster sees what actually needs replacing.