Every slab is ground open and moisture tested before a coating goes down, and the proposal names the product and the finished thickness.
Waukesha Epoxy Flooring has spent 20+ years installing epoxy flooring in Waukesha, WI, coating garage floors, basement slabs, polished concrete, polyaspartic and metallic systems, and commercial kitchen, plant and shop floors across Waukesha County and the Milwaukee area. Every job starts with the slab itself, because a coating is only as good as the concrete it is bonded to and the moisture moving through it.
Our approach is simple to describe and slow to do properly. We open every slab mechanically with a diamond grinder or a shot blaster, test it for moisture as a written line item, repair the cracks and joints that need it, and then build the system the proposal names, down to the product and the finished thickness. If a slab needs repair or replacement before it can take a coating, we say so before you spend anything.
That applies to a two-car garage in a 1990s subdivision and to a food plant floor that can only close over a weekend. Homeowners get a written contract before any deposit is taken, and commercial owners get a schedule built around the hours the building has to keep running.
What we do
Epoxy flooring for Waukesha garages, basements, kitchens and plant floors
Ground, tested and broadcast garage floor systems built for Waukesha road salt, with the product and finished thickness written into the proposal.
Ground, densified and polished concrete for shops, offices, retail floors and basements, with the aggregate exposure and sheen chosen up front.
Fast-curing, UV-stable polyaspartic and polyurea coating systems for Waukesha garages and shops, installed over diamond-ground, moisture-tested concrete.
Moisture-tested, diamond-ground basement floor coatings for Waukesha homes, built for below-grade slabs, sump pits, floor drains and finished rooms.
Marbled, three-dimensional metallic epoxy floors for Waukesha basements, showrooms and offices, built over a flat, ground and moisture-tested slab.
Crack, spall, joint and salt-scaling repair for Waukesha garage, basement and shop floors, with an honest call on when a slab needs replacing instead.
Seamless epoxy and resin floor systems for Waukesha service bays, showrooms, clinics, schools and storefronts, installed around business hours.
Full-broadcast vinyl flake epoxy floors for Waukesha garages, basements and shops, with chip blend, size and texture chosen for how the space is used.
Diamond grinding and shot blasting for Waukesha slabs, removing coatings, adhesive and sealers to the surface profile a new floor system needs.
Static-dissipative and conductive resin floor systems for Waukesha-area electronics, lab and data rooms, installed to the facility's spec and tested.
High-build epoxy, mortar and urethane cement floors for Waukesha-area plants, machine shops and warehouses, with joints filled for forklift traffic.
Seamless urethane cement and resin floors for Waukesha restaurant kitchens, with integral coved base, drains set flush and slip-resistant texture.
We have been coating concrete floors for more than twenty years, long enough to have seen what happens to a coating that went over a sealed slab, a damp basement or a garage that was coated in November. That experience is why our process puts prep and testing first and treats the coating itself as the last step rather than the whole job.
Every slab we coat is opened with a diamond grinder or shot blaster to an ICRI surface profile matched to the system, so the coating bonds to sound concrete rather than to sealer, laitance or residue. An acid etch leaves salts in the pores and cannot cut a cured sealer, which is why kit floors and rushed jobs peel in sheets.
No garage or basement gets a coating until moisture testing has been done as a line item in the written scope, using a plastic sheet test, a calcium chloride test or in-situ relative humidity probes as the slab calls for. Testing first means a moisture-mitigation primer goes in when it is needed rather than being sold after a floor has already blistered.
Garage systems here are specified for the rock salt and calcium chloride brine a Waukesha winter tracks in on the tires, so the chlorides sit on a sealed, chemical-resistant topcoat rather than soaking into bare concrete. Bare slabs in this county scale and spall at the door edge first, where the brine drips and refreezes all season.
We schedule curing against slab temperature and the dew point spread at the slab surface, so a coating goes down when it can actually cure rather than when a date on a calendar says so. When an unheated garage is too cold, we tell you the job waits for spring rather than coating a floor that will stay soft or cloud over.
Each proposal names the product, the system build and the finished thickness, and the written contract repeats them along with any warranty. That way what was quoted can be checked against what went down, rather than comparing two prices that describe completely different floors.
An epoxy garage floor job starts with a look at the slab: its age, the cracks and joints, any old sealer or paint, and how wet the concrete is. From there we grind, repair, prime, build the base coat, broadcast flake or color, and seal with a topcoat, and we hand you a written date for driving on it. Knowing the whole sequence up front is what lets you plan around the two or three days the garage is out of use.
A coating can only grab concrete it can actually reach, and a slab carrying a cure-and-seal, a water repellent or old paint gives it nothing to hold. We grind through those layers to open, profiled concrete before anything is applied. Skipping that step is the single most common reason a garage coating lets go in sheets within a year or two.
Wisconsin’s dwelling code does not require a vapor retarder under an unconditioned attached garage slab, so many garage floors here sit directly on gravel with nothing stopping ground moisture. We test before we coat rather than assume a dry-looking floor is a dry one. Where the readings call for it, a moisture-mitigation primer goes under the system rather than gambling the floor on a sunny afternoon’s appearance.
Under SPS 321.203, a Wisconsin garage floor has to be concrete or another noncombustible material impermeable to petroleum products, at least 4 inches thick over at least 4 inches of granular fill, and sloped toward the overhead door or a drain. The code says nothing about sealing that slab or coating it. We keep the existing slope to the door intact, because a coating should never send meltwater back toward the house.
Coating a sound slab and tearing out a failed one are different jobs, and the City of Waukesha fee schedule treats them differently, pricing residential alteration and attached garage work by the square foot. A floor coating is not named in the schedule either way, so we ask City of Waukesha Building Inspection before we book the work. If the slab needs replacement, you hear that before you hear a coating price.
Rock salt and calcium chloride brine do their damage by soaking into bare concrete and expanding through repeated freeze-thaw cycles, which flakes the surface off near the door and under the tires. A sealed coating keeps the chlorides on top, where they can be rinsed off. That is the practical case for coating a Waukesha garage, well before looks come into it.
The Waukesha weather station in the Fox River valley averages more than 140 nights at or below freezing a year, and an unheated garage slab tracks those temperatures closely. Resin cures slowly or not at all on a cold slab, and moisture condenses on it when the surface sits too near the dew point. A heated garage can be coated in January; an unheated one usually waits.
Concrete holds air in its pores, and when a slab warms while a fresh coat is curing, that air rises and leaves bubbles and pinholes behind. We avoid it by applying when the slab temperature is steady or falling and by priming porous concrete first. A floor full of pinholes is not cosmetic, because each one is a path for brine to reach the slab.
A garage floor epoxy kit pairs an acid etch with a thin, often water-based coating, and a store-bought kit cannot change either of those things. A professional system starts with mechanical grinding and builds a 100% solids epoxy base with a polyaspartic or polyurea topcoat at a stated thickness. The difference shows up the first winter, when kit floors lift under hot tires.
The price of an epoxy garage floor moves with the square footage, the condition of the slab, how much crack and joint repair it needs, whether moisture mitigation is required, and the system build. A full flake broadcast with a polyaspartic top costs more than a single solid color coat, and it lasts longer. We price each of those items separately so you can see where the money goes.
Almost every coating warranty excludes failure caused by moisture coming up from below the slab, and most also exclude impact damage and chemicals beyond the rated list. We read those exclusions out before the job is sold, with moisture named first, because a warranty that does not cover the most likely failure should be understood before you sign rather than after.
A basement slab sits below grade, in contact with soil that stays damp for much of the year, so the moisture question comes before the color question. We test the slab first and choose the primer and system around what the readings show. A basement floor epoxy that skips that step is betting the whole floor on the slab staying dry forever.
In a humid Wisconsin summer, warm basement air meets a slab held cool by the ground, and water condenses on the surface the way it beads on a cold glass. That is not a leak, but it can still blush a curing coating or soften it. We plan basement work around dehumidification and the dew point spread at the slab surface rather than ignoring a sweating floor.
When the water table rises around a foundation, it pushes up against the underside of the basement slab, and that pressure can lift a coating off concrete that looked dry when it was applied. We look for the signs, including staining, damp joints and efflorescence, before we quote. Where the pressure is real, the fix is drainage, not a thicker coat.
The white, chalky powder on many basement floors is efflorescence: mineral salts carried up by moisture and left behind when it evaporates. It is a sign that water is moving through the slab. We grind it off, test the slab, and put a moisture-mitigation primer under the system when the readings call for one, rather than coating over salts that will keep coming.
The edges of a basement floor are where coatings fail first: around sump pits, floor drains, the cove where slab meets wall, and cracks running from the corners. We grind tight to those edges, detail the transitions by hand, and leave sump lids and drains working. Waukesha also bars sump discharge into the sanitary sewer, so we never reroute a drain line as part of a floor job.
A basement that has flooded needs to dry out and have the water source fixed before any coating goes down. We test the slab after the cleanup, look for the path the water took, and wait for readings that support a coating. Sealing in a wet slab only traps the moisture, so patience on this step is cheaper than a second floor.
A finished basement playroom, home gym or workshop benefits from a seamless, cleanable floor that does not hold dust the way carpet does. We pick a system to suit the use, with a textured topcoat where bare feet or rubber mats will be, and a harder build where weights get dropped. Moisture testing still comes first, finished room or not.
We do not sell any floor coating as radon reduction. Radon is handled with a mitigation system installed by the right trade, and a coating over the slab is not a substitute. If you have radon concerns, we recommend getting the system in first, and then we coat around its fittings and penetrations without disturbing them.
A vinyl flake broadcast floor scatters colored chips into the wet base coat, and the blend and the chip size change the look more than most people expect. Small chips read as a fine granite pattern; larger chips look bolder and hide more dirt. A full broadcast to refusal also adds texture and thickness under the clear topcoat.
A metallic epoxy floor uses pigments that shift and pool as the resin is worked, producing a marbled, three-dimensional finish no two floors share. It takes a flat, well-prepped slab, a steady hand and a controlled room temperature. Metallic systems suit basements, showrooms and offices more than garages, where hot tires and grit are hard on a smooth finish.
Polished concrete is the slab itself, ground in stages with diamond tooling, hardened with a lithium silicate densifier and polished to a chosen sheen. The depth of the grind decides how much stone aggregate shows, from a cream finish with almost none to a full exposure. It suits retail, offices and warehouses that want a durable floor with no coating to wear through.
A high-gloss topcoat looks sharp on day one but shows dust, footprints and tire marks quickly. Satin and matte finishes hide those far better and still clean easily. We help you choose based on how the room is used, because a showroom floor and a working garage are judged by very different standards.
A quartz aggregate broadcast embeds colored quartz into the resin, delivering color and slip resistance in one layer. It is denser and harder than vinyl flake, which makes it a strong choice for commercial kitchens, locker rooms and ramps. The texture can be tuned with the topcoat, so the floor stays cleanable while still giving wet shoes something to grip.
A solid color coating is often the right answer for a workshop, a utility room or a commercial floor where function matters more than pattern. It costs less than a full broadcast and makes dropped parts and spills easy to spot. We still grind and test the slab first, because a plain floor fails for the same reasons a decorative one does.
Many epoxies yellow, or amber, when sunlight hits them through an open garage door or a window. We put an ultraviolet-stable polyaspartic or polyurea topcoat over the epoxy base where light reaches the floor, so the color you chose is the color you keep. That choice matters most on light colors and metallic finishes.
Saw-cut lines, borders and inlaid logos turn a floor into a design rather than a single sheet of color. They work well in showrooms, shops and lobbies, and we plan them around the existing control joints rather than fighting them. Every cut line is filled or sealed so it stays crisp and does not trap dirt.
A commercial epoxy floor job adds layers a garage never has: chemical exposure, forklift loads, food safety rules, plan reviews and a building that cannot close for a week. We plan the system and the schedule around those demands, and we put the scope, product and thickness in writing for the facility manager and the inspector alike.
Machining and foundry floors carry oil, cutting coolant and heavy anchored machines, and oil-soaked concrete will not bond to anything until it is cleaned and ground out. We degrease, grind, and build a thicker industrial epoxy flooring system around machine bases and anchors. The goal is a floor that sheds coolant instead of soaking it up.
Slab joints are where forklift and cart wheels break the edges first. We fill plant, shop and warehouse joints with a semirigid filler before any coating goes over them, so the wheels roll across a supported joint rather than knocking the edges off. A coating bridged over an open joint will crack along it within months.
A Wisconsin food processing plant has to keep its processing-area floors smooth, impervious and easily cleanable under ATCP 70. We build food and beverage plant floors with sealed, seamless systems and coved transitions, so washdown water and product cannot sit in joints or pores. Scheduling is planned around production shutdowns.
Waukesha County Environmental Health reviews restaurant plans before new construction or extensive remodeling, and its guidelines call for an impervious coved base at least 4 inches high and floors sloped at least 1/8 inch per foot to drain. We plan commercial kitchen flooring to meet that review, including floor sinks set flush, so the floor passes the first time.
Standard epoxy softens under hot water, steam and thermal shock from kitchen and plant washdowns. Urethane cement is built for it, tolerating heat, moisture and repeated cleaning. We specify it for dish rooms, cook lines and food plants where a plain epoxy would lift within a season.
Hospitals, clinics and school buildings cannot close for long, and their floors need to be seamless and cleanable. We stage the work room by room, use fast-curing systems where downtime is tight, and keep dust and odor contained to the work area so the rest of the building keeps running.
Electronics assembly and data rooms need floors that bleed off static before it damages components. Static-dissipative and conductive ESD flooring systems hold a specified resistance range, and the system has to be built and tested as specified. We work to the facility’s own spec and test the finished floor before handing it over.
Waukesha’s sewer use rules bar discharging solids and slurries that can obstruct a sewer, and the city defines anything other than stormwater entering a storm sewer as an illicit discharge. We collect grinding dust and slurry on site and haul it away. No floor drain or storm inlet ever takes our waste.
Wisconsin has no state rule on architectural coating VOC content, so the federal national architectural coatings rule under 40 CFR 59 Subpart D is the one that applies, and it binds the manufacturer and the product rather than the installer. Waukesha County north of I-94 and east of Highway 67 also sits in the Milwaukee 2015 ozone nonattainment area. We favor 100% solids systems, which carry very little solvent.
Plant, kitchen and clinic floors are scheduled around the hours the building has to keep running, including overnight and weekend windows. We use fast-curing systems when the shutdown is short, sequence the work so each area returns to service on time, and confirm the schedule in writing before the first grinder starts.
Waukesha Epoxy Flooring provides epoxy-flooring throughout the greater Waukesha area, with the same crews and the same standards on every job.
Good to know
A typical two-car garage is a two to three day job: grinding, crack and joint repair, and the base coat on the first day, then the broadcast and topcoat after the base has cured. Light foot traffic usually follows within a day of the topcoat, and we give you the vehicle return date in writing, set by the product and the slab temperature rather than a fixed number.
No. Every slab we coat is opened with a diamond grinder or a shot blaster, which removes the weak surface layer, old sealer and contamination and leaves a measurable profile. Acid etching leaves residue in the pores and cannot cut through a sealer at all, which is why it is the prep method behind most coatings that peel.
Most of the gap is in the build: how the slab is prepped, how much crack and joint repair it needs, whether the base is 100% solids epoxy or a thin water-based product, and what topcoat goes over it. Our proposal lists the product, the system build and the finished thickness, so two quotes can be compared line by line rather than by the total alone.
Yes. Moisture moves through concrete as vapor, so a slab can look dry on the day of the visit and still push a coating off months later. We put the test in the written scope on garages and basements alike, because finding a moisture problem before the job costs a primer, while finding it after costs the floor.
The City of Waukesha fee schedule does not name a floor coating either way, and coating a slab is a different job from replacing one. Before we schedule, we ask City of Waukesha Building Inspection, or the village inspector where the job is outside the city, whether the work needs a permit, so the question is answered before anyone starts.
In a heated garage or basement, yes. An unheated Waukesha garage is different, because the slab temperature and the dew point at its surface decide whether a coating cures properly. We measure both, and when the slab is too cold we say so and book the job for spring rather than coating a floor that will not cure.
Epoxy is the workhorse base coat: it bonds well to ground concrete and builds thickness, but it can amber in sunlight. Polyaspartic and polyurea topcoats cure quickly, stay clear under ultraviolet light and stand up to abrasion. Many of our garage systems use both, with an epoxy base and a polyaspartic top, and the proposal says which goes where.
Moisture coming up from below the slab is the exclusion that matters most, and nearly every manufacturer writes it in. Others commonly cover damage from impact, hot tire pickup on products not rated for it, and chemicals beyond the rated list. We read the exclusions out before the job is sold and write the warranty into the contract.
No, and we do not sell it as either. Water that comes up through a slab under hydrostatic pressure needs a drainage fix, and a coating over it will lift. Radon reduction is a mitigation system, not a floor finish, so we point you to the right trade first and coat the floor once the slab is ready.
Our grinders run with dust collection, and any grinding slurry is collected and hauled away rather than washed into a floor drain or a storm sewer. That matters inside the house, where the dust would otherwise settle, and it matters under the Waukesha sewer use rules, which bar solids that can obstruct a sewer.
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