Garage floors, polished concrete and commercial coatings installed on a slab we test first, by a crew that has worked Central Texas ground for more than twenty years.
Temple Epoxy Flooring has been installing epoxy garage floors, polished concrete, polyaspartic coatings and commercial resinous systems across Temple, Texas for more than twenty years. We coat residential garages, restaurant and clinic floors, service bays, warehouses and pool decks, and we do the unglamorous half of the work — grinding, moisture testing, joint treatment — as part of the job rather than as an upsell after something fails.
We lead with the slab rather than the color chart because Temple sits on unusually mixed ground. Roughly a third of the city is true shrink-swell clay, the Houston Black and Heiden soils this part of Texas is named for, and roughly half is a very different Mollisol that barely moves. Two houses a few miles apart can need genuinely different specifications, and a quote written without knowing which one you have is a guess dressed up as a number.
So every job starts with what is under the concrete and what is already on top of it. We will tell you what a coating can do on your floor, what it cannot, and where the honest limits sit.
What we do
Epoxy flooring and concrete coatings across Temple, Texas
Epoxy garage floor systems installed over a ground, tested slab, with flake or solid color and a polyaspartic wear layer.
Mechanically ground and polished concrete, densified and refined through a measured grit sequence to an agreed exposure and gloss.
Overlays, self-leveling and structural repair for concrete too worn to coat or polish, indoors and out.
Fast-cure, UV-stable polyaspartic and polyurea coatings, usually installed in a single day over a ground and tested slab.
Textured, slip-resistant pool deck resurfacing in colors chosen for surface temperature as much as appearance.
Diamond grinding, shot blasting and coating removal to leave a clean, profiled slab ready for its next floor.
Poured metallic epoxy with marbled pigment movement, for showrooms, retail floors and residential feature rooms.
Commercial and industrial resin floors specified to the traffic, chemistry and downtime a working building can actually allow.
Vinyl flake broadcast systems in full or partial coverage, chosen for texture, durability and how well they hide everyday marks.
UV-stable driveway coatings built to take vehicle traffic, hot tires and full Texas sun without ambering or lifting.
Diagnosis and repair of failing epoxy floors, from spot patching and recoating to full removal where the failure runs too deep.
We have been coating floors in this region for more than twenty years, which mostly means we have seen how systems fail here rather than how they look on the day they are finished. That experience is why moisture testing and joint treatment sit in our scope by default instead of being the two line items a low bid quietly leaves out.
No proposal leaves here before we know what your concrete sits on and how wet it is, because a third of Temple is high-plasticity clay and about half is not, so the same floor plan needs two different specifications rather than one price applied to both addresses.
Every slab is opened with diamond grinding or shot blasting to a measurable ICRI CSP profile. Acid etching leaves salts and a weakened layer behind, so a coating over an etched floor releases in sheets rather than bonding into sound concrete.
We never sell a coating as protection against a moving slab. A film follows the concrete it is bonded to, so on Houston Black clay a live crack is detailed as a joint and disclosed up front rather than filled rigid and left to telegraph through the finish a season later.
Our start time is set by slab surface temperature rather than the clock. On a humid morning the concrete runs colder than the air and holds condensation you cannot see, so we wait for the spread to open instead of coating a damp floor and calling the failure bad luck.
Any older slab is tested to ASTM F1869 or ASTM F2170 against ASTM F710 thresholds before material is ordered. Vapor driven up through concrete is the most common cause of blistering here, so we measure it while it is still a specification question rather than a warranty argument.
We walk you through what the warranty does not cover — substrate movement and untested moisture above all — before you sign. A buyer who understands the real risks decides better than one who finds them in small print after a crack reappears.
A garage coating is a sequence, not a product: assess the slab, grind it open, treat cracks and joints, prime, build, broadcast, and topcoat. We walk the floor with you first and mark what we find, so the scope is agreed before anything is mixed. Knowing the order matters because most failures trace to a step someone skipped rather than a resin someone chose badly.
The ground is not consistent across Temple, so we establish which soil your address sits over before specifying anything. Houston Black and Heiden are true Vertisols with very high shrink-swell; the Austin, Stephen and Purves soils elsewhere in town move a fraction as much. That answer changes how we treat cracks, what we promise about them, and sometimes whether a rigid system is the right call at all.
Smectitic clay takes on water and expands, then dries and contracts, and on the heaviest ground here that cycle keeps cracks open for a large share of the year. A slab bridging soil that is doing this gets loaded unevenly and relieves the stress by cracking. Understanding it as an annual cycle rather than a one-time settling event is what separates a realistic floor specification from an optimistic one.
We look at edge condition, width variation along the run, and whether the two sides sit level with one another to judge whether a crack has stopped or is still working. A dormant crack can be filled and forgotten. A live one cannot, and treating the second like the first is how a finished floor develops a matching line through the coating within a year.
Where a crack is still moving we treat it as a control joint and detail it deliberately, using a semi-rigid polyurea filler chosen to accept movement rather than a rigid paste that simply transfers it into the coating. We also tell you it may telegraph again seasonally. That is an honest maintenance item, and calling it one now is better than calling it a warranty claim later.
On an older slab we run calcium chloride testing to ASTM F1869 or place in-situ relative humidity probes to ASTM F2170, reading both against the thresholds in ASTM F710. The plastic sheet test in ASTM D4263 is asymmetric and we treat it as such: a positive result fails a slab outright, but a negative one is not evidence the slab is dry.
Diamond grinding removes the closed, troweled surface layer and any previous sealer, leaving an open profile the primer can key into. We select the grit sequence and the diamond bond against the concrete’s own hardness — the counterintuitive rule being that hard concrete takes a soft bond. Coating a sealed or power-troweled floor without this step is the single most common reason a new system releases.
Much of the newer construction around Temple is post-tensioned, meaning steel tendons run under tension through the slab. That changes what may be cut, cored or mechanically fixed, and it makes joint cutting a decision rather than a default. We establish slab type before any saw comes out, because a cut tendon is a structural repair, not a flooring problem.
The floor has to be completely clear, including shelving, freezers, and whatever has accumulated along the walls over the years. We agree in advance what we move and what stays with you, and we allow realistic time for it. Getting this settled at quoting stage is what keeps a two-day install from becoming a four-day one for reasons that have nothing to do with the coating.
How a floor ends is what people actually look at: the line at the garage door, the step into the house, and the perimeter where the coating meets the wall. We agree the termination detail up front — a clean saw-cut edge, a rolled and feathered turn-down, or a coved base where the room warrants it — because a well-installed floor with an improvised edge reads as unfinished.
How a coating comes away tells you why it failed. Large clean sheets lifting with concrete dust on the back mean prep never opened the surface, while small dish-shaped blisters mean vapor pressure from beneath and flaking confined to the tire tracks points to a cure or product problem. We read that pattern before quoting, because the fix depends entirely on the cause.
Blistering is usually osmotic: moisture moving up through the slab pushes the film off the concrete from below. We test rather than assume, then decide between a moisture-mitigation primer and full removal based on the reading. Recoating a blistered floor without measuring what caused it reliably produces the same blisters in the same places.
Warm tires soften some coatings and the tire then lifts the film as the car cools, leaving patches that mirror the tread. It is a product and adhesion problem rather than a wear problem. A properly ground profile with a polyaspartic or polyurea wear layer resists it; a thin one-part paint on an unprepared slab almost never does.
A consumer kit is harder to take off than bare concrete is to prepare, because the coating is bonded just well enough to clog tooling and just badly enough to release in patches. We use PCD tooling to shear it off and then grind to a fresh profile. It is real work and we price it honestly rather than pretending the new system can go straight over it.
Single-component garage paint over concrete nobody moisture tested is the most common failure we are called to. The film is thin, permeable in the wrong way, and bonded to a closed surface. There is no coating over the top of it that fixes any of that, so this is a removal job, and saying so early saves you paying twice.
A slab that powders under your hand has a weak surface, and one that beads water has a sealer on it. Both prevent a coating from keying in. Grinding removes the dust layer and the sealer together and, where the concrete beneath is still soft, a lithium silicate densifier hardens it before we build anything on top.
Each removal method suits a different situation: shot blasting profiles large open floors quickly, diamond grinding gives controlled results and works to the edges, and PCD tooling shears off stubborn coatings that would otherwise glaze the diamonds. We pick per floor rather than per crew habit, and containment and dust extraction are part of the plan indoors.
The counterintuitive rule in this work is that hard concrete needs a soft bond and soft concrete needs a hard one, so the matrix wears at the right rate to keep exposing fresh diamond. Getting it backwards either polishes the floor without cutting it or destroys tooling. Reading the slab first is how prep stays predictable instead of turning into an expensive afternoon.
Almost every warranty in this trade excludes cracking caused by substrate movement, and most exclude moisture-driven failure where testing was declined. Those two exclusions cover the most likely failure modes on Central Texas ground. We put them in front of you before the sale, because a warranty whose exclusions you discover afterwards was never the protection you thought you were buying.
A sound, well-bonded floor that is simply worn can often be abraded and recoated. A floor that is releasing, blistering or sitting on an untested slab has to come off. We give you the honest version even when it is the more expensive one, because a recoat over a failing system fails again on its own schedule and takes the second investment with it.
At dawn in a Central Texas summer the gap between air temperature and dew point can close to a few degrees, and concrete lags air temperature, so the slab is the coldest surface in the room. Waiting until mid-morning lets the slab warm and the spread widen. Those few hours are the difference between a bonded floor and one that fails for reasons nobody can see at the time.
The working rule is that the surface must sit at least five degrees above the dew point, and it is the surface that matters, not the weather app. We measure the slab rather than the air, because on a humid morning the two can differ enough to move a floor from safe to unsafe without any visible change in conditions.
Condensation on a cool slab is a continuous microscopic film long before it looks damp. Coating over it traps water at exactly the bond line, which shows up weeks later as patchy adhesion. This is a summer problem here rather than a winter one, and it catches people out precisely because the day feels hot and dry.
Temple averages about thirty-three nights a year at or below freezing, which is enough to matter and few enough to be forgotten. A cold slab slows cure sharply, and some products simply stop cross-linking below their minimum. We schedule around it rather than installing into it and hoping the afternoon warms up enough to catch up.
The median last freezing night falls in mid-March and the first in late November, so the risky weeks sit at the edges of the cold season rather than in the middle of it. Those shoulder weeks are the ones that catch people, because the daytime conditions look fine and the overnight low undoes the day’s work.
Resin chemistry accelerates with temperature, and a product with roughly an hour of working time on a mild day can drop to about twenty minutes on a hot one. That changes batch sizes, crew positions and how much floor we open at once. Mixing a summer job like a spring job is how material kicks in the bucket instead of on the floor.
Temple sees around twenty days a year at or above a hundred degrees, and an uninsulated slab in direct sun runs far hotter than the air above it. High surface temperatures shorten working time, can flash-cure a film before it wets out properly, and raise the risk of pinholing as air pushes out of the concrete.
Install into a sharp drop and you get slow cure, extended recoat windows, a soft final film, and in the worst case a system that never reaches its rated hardness. Blush and haze are more likely too. When a genuine cold snap is coming we move the date, because a rescheduled job costs a few days and a botched one costs the whole floor.
Many systems have a maximum recoat time as well as a minimum: go back too soon and you trap solvent, leave it too long and the first coat has cured too hard for the next to bond chemically, forcing an abrasion step. That window moves with temperature, which is why the schedule is written around the slab and not the calendar.
A coating reaches foot-traffic hardness well before full cure, and vehicle traffic — especially warm tires — needs the longer figure. We give you both dates in writing. Driving on a floor that is walkable but not cured is one of the most common ways a sound installation gets marked in its first week.
In a commercial kitchen the floor is assessed on whether it is smooth, durable, easily cleanable and nonabsorbent, along with how it meets the wall and how it drains. We build to those criteria and hand over a system that answers them directly, so the floor is not the thing that turns up as a finding on an inspection report.
Texas adopts the FDA Food Code through the Texas Food Establishment Rules in 25 TAC Chapter 228, and the surface requirements sit in Food Code section 6-101.11: smooth, durable and easily cleanable throughout, and nonabsorbent in areas subject to moisture. Knowing the actual wording matters, because it is performance-based language and a system either satisfies it or does not.
Operators worry that a slip-resistant floor conflicts with the requirement to be smooth. It does not: Food Code section 6-201.11 carries an express exception for antislip floor coverings and applications used for safety reasons. That is why a quartz or aggregate broadcast belongs in a wet kitchen, and we specify the texture level to the actual work happening on that floor.
Where floors are cleaned with water, section 6-201.13 requires floor and wall junctures to be coved and sealed, with drains and grading to suit. A seamless integral cove formed in the resin removes the crevice a tiled or applied base leaves behind, and it is one of the few details that reliably satisfies that closure requirement on inspection.
There is no federal approved-product list for flooring and no state one either, so “USDA approved” and “health department approved” flooring do not exist, whatever a brochure says. The federal requirement is performance-based and so is the Texas rule. We specify to the written criteria and say so, rather than quoting an approval nobody actually issues.
A kitchen floor taking hot water, grease, food acids and daily washdown is a harder environment than most industrial floors. Urethane cement handles thermal shock and chemical attack far better than a standard epoxy build, and it can be laid at a thickness that tolerates steam cleaning without debonding, which is why it is our default behind a working line.
Rooms disinfected every day need a surface with no grout lines to harbor soil and enough chemical resistance to take repeated disinfection without dulling or softening. A seamless resinous floor with a coved base cleans completely, and specifying the topcoat against the actual products in use keeps the finish from degrading within a year.
Service bays face dropped tools, hot tires, brake fluid, oil and solvent. That combination needs a high-build system with genuine chemical resistance and a topcoat that resists hot tire pickup, plus enough texture to stay safe when the floor is wet with whatever has been spilled on it. Bay layout and drainage get designed in rather than worked around.
Racking aisles, forklift wheels and pallet traffic concentrate wear into narrow lines. We specify build thickness to the traffic pattern rather than uniformly across the building, treat joints properly because that is where hard-wheeled traffic does its damage, and set out line marking so the layout survives the traffic that is about to run over it.
Most commercial floors have to be installed without shutting the operation down, so the work is phased into sections, nights or weekends with containment between the working area and the live one. Fast-cure polyaspartic systems exist largely for this reason. We plan the sequence and the return-to-service times with you before the first section is opened.
Temple Epoxy Flooring provides epoxy flooring throughout the greater Temple area, with the same crews and the same standards on every job.
Good to know
Price follows the condition of the slab far more than the square footage. A sound floor needing grinding, flake and a topcoat sits at the low end; one needing an old coating sheared off, moisture mitigation and joints cut and filled costs considerably more, because that is days of work before any color goes down. We quote after seeing the concrete, not over the phone.
Most residential garages are a one or two day install. Foot traffic is usually the next morning; vehicle traffic is several days later, because a coating reaches walk-on hardness long before full cure. We give you both dates in writing. Putting a hot tire on a floor that is walkable but not cured is how good work gets marked in its first week.
Texas does not license flooring or coatings contractors, so nobody in this trade holds a state license and any company claiming one is describing something that does not exist. What we can show is real and checkable: general liability cover, workers' compensation, a Texas sales and use tax permit and our City of Temple contractor registration.
No, and we will not pretend otherwise. A coating is a thin film bonded to the concrete, so it goes where the concrete goes. On ground that swells and shrinks seasonally, a crack that is still moving will eventually show through any rigid finish. What a coating does is seal the surface and give it abrasion and chemical resistance.
A standalone residential floor coating is a finish, and the City of Temple's permit categories cover additions, electrical, HVAC, roofing, plumbing and remodeling rather than floor finishes. Commercial is different: a floor delivered as part of a finish-out sits inside a permitted scope. We will tell you where your job falls before we start.
Epoxy is the body of most systems, a high-build resin that fills and carries the color or flake. Polyaspartic and polyurea are usually topcoats: thinner, much faster curing, better against sunlight and slightly more flexible. Most floors we install use both, because one product doing both jobs means compromising at one end.
Because vapor rising through concrete is the most common cause of a coating letting go, and it is invisible until the floor blisters. We use calcium chloride testing to ASTM F1869 or in-situ probes to ASTM F2170, read against ASTM F710. The plastic sheet test in ASTM D4263 is indicative only: a positive fails a slab, a negative proves nothing.
Sometimes, and we will say when the answer is no. A sound, well-bonded coating can occasionally be abraded and recoated. A peeling floor, a store-bought kit or anything over an untested slab has to come off, because a new system is only as good as what it is stuck to. Recoating a failing floor buys months and then fails again.
We work year round but schedule against slab temperature rather than the calendar. On a humid Central Texas morning the concrete runs colder than the air, putting the surface at or below the dew point with condensation you cannot see. Starting mid-morning costs a few hours and prevents an adhesion failure.
It covers what we control: adhesion, system build, workmanship and materials as installed. It does not cover cracking caused by ground movement under the slab, or moisture where testing was declined. We put those exclusions in front of you before the job is sold rather than in small print, because on this ground substrate movement is a realistic outcome.
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