Garage, basement and commercial floor coatings, with the concrete opened mechanically and its moisture measured before any resin goes down.
Schaumburg Epoxy Flooring has spent more than 20 years installing epoxy flooring in Schaumburg, IL and the surrounding suburbs, coating garage floors, basements, showrooms, kitchens and commercial floors with epoxy, polyaspartic, metallic and flake systems. Every floor starts the same way: the slab is opened with a diamond grinder or shot blaster, its moisture is measured, and its cracks are read before a quote goes out.
The coating itself is the visible part of the job, but it is rarely the part that fails. Floors let go because the concrete under them was sealed, damp, cracked or cold when the resin went down. Our work is built around finding those problems first, then choosing a system, a thickness and a cure schedule that the slab in front of us can actually carry.
We coat residential garages and basements across the village’s ranch homes, split-levels and townhomes, and we coat the commercial floors that keep stores, offices, hotels and restaurants running. The proposal you receive names the product, the build and the finished thickness, so what we quote can be checked against what we install.
What we do
Epoxy floor coatings for Schaumburg garages, basements and commercial floors
Ground, moisture-tested epoxy garage floors with flake and salt-resistant topcoats for Schaumburg homes and townhomes.
Diamond-ground, densified polished concrete for Schaumburg stores, offices, showrooms and basements, with test areas cut first.
Fast-curing, color-stable polyaspartic floor coatings for Schaumburg garages, basements and commercial floors that cannot close long.
Moisture-tested basement floor epoxy for Schaumburg homes, with drain and sump detailing and primers chosen by the reading.
Hand-worked metallic epoxy floors with a marbled, pearlescent look for Schaumburg basements, showrooms, offices and bars.
Crack, spall, joint and scaling repair for Schaumburg garage, basement and commercial floors, ground flush and ready to coat.
Epoxy and resin floor systems for Schaumburg stores, offices, hotels, kitchens and warehouses, installed around business hours.
Vinyl flake epoxy floors for Schaumburg garages, basements and commercial spaces, with full or partial broadcast and clear topcoats.
Diamond grinding and shot blasting for Schaumburg slabs: coating and mastic removal, leveling and surface profiles for new floors.
Static-dissipative and conductive epoxy floors for Schaumburg electronics assembly, server rooms and labs, grounded and tested.
Seamless urethane cement and epoxy kitchen floors with integral cove bases for Schaumburg restaurants, hotels and food plants.
Schaumburg Epoxy Flooring has been preparing and coating concrete floors for more than 20 years. That time shows up in the questions we ask before quoting: how old the slab is, whether it has a vapor retarder under it, what has been spilled on it, and what the last coating did when it failed.
Every slab we coat is opened with a diamond grinder or shot blaster to a measurable profile, so the resin bites into clean concrete rather than sitting on a skin of sealer, paint or laitance. Acid etching is cheaper and quicker, and it is the step most often found under a kit floor that is peeling a year later.
No garage or basement slab is coated on the assumption that it is dry. Moisture testing is a line item in our scope, because a newer garage poured under the model code may have no vapor retarder beneath it, and a blister found after the job is a far costlier way to learn what a test would have said first.
Each proposal names the product, the system build and the finished thickness. That lets you compare our number against another contractor’s line by line, and it lets you hold us to what was quoted rather than to a vague grade label that means whatever the installer needs it to mean.
Our garage systems are chosen for the calcium chloride brine and rock salt that ride in on tires through a northern Illinois winter, so the floor sheds slush and wipes clean in March. A thin roll-on coating softens and stains under months of standing brine, which is why the topcoat matters more here than in a warmer state.
Curing is scheduled against slab temperature and the dew point at the surface, not against the date on the calendar. When an unheated garage in January is too cold for the resin to cure properly, we say so and book it for spring, rather than coating anyway and leaving a soft, blushed film.
Illinois issues no state license for floor coating, so each village sets its own registration, bond and insurance rules. We confirm them before scheduling, and every homeowner receives a written contract and the state’s consumer-rights pamphlet before work starts, as the Home Repair and Remodeling Act requires.
A professional epoxy garage floor starts with a walk-through of the slab, then grinding, crack and spall repair, a primer or base coat, a flake or color layer and a clear topcoat. We plan each step against your floor’s condition, so you know before we arrive how many days the garage will be out of use.
Concrete that has been sealed, painted or troweled glassy gives resin nothing to grip, and a coating laid over it peels in sheets. We grind every garage slab open to the ICRI concrete surface profile the system calls for, because that profile is what keeps the coating attached once hot tires and road salt go to work on it.
The model residential code exempts garage slabs from the vapor retarder required under living space, so a newer garage can sit directly on wet ground. We test with an ASTM F2170 in-situ relative humidity probe or an ASTM F1869 calcium chloride kit before coating, and the reading decides whether the floor needs a moisture-mitigation primer.
A hairline shrinkage crack, a settled control joint and a crack that opens every winter are three different problems. We map the cracks, fill the stable ones with a rigid repair material, and tell you which ones are likely to show again, because a coating follows the slab beneath it and cannot hold a moving crack shut.
Calcium chloride and rock salt dissolve into brine that soaks into bare concrete, recrystallizes as it dries and slowly scales the surface. A sealed, coated garage floor keeps that brine on top where it can be squeegeed out, which is why the topcoat on an Illinois garage earns more of its keep than the color layer under it.
Resins need the slab, not just the air, to stay warm enough through the cure. In an unheated garage in deep winter the concrete holds the cold long after a space heater warms the air, and coating it then invites amine blush and a soft finish. We measure the slab and the dew point spread, and we move the date when the readings say to.
Hot tire pickup is what happens when a warm tire softens a thin coating and lifts it from the concrete as the car pulls away. It is most common on single-component garage paints and thin kits over poorly prepared slabs, and it is prevented by a ground surface, a true 100% solids epoxy or polyaspartic system, and the full cure time.
A kit from the store usually relies on an acid etch, a thin water-based coat and a scattering of flakes, and it is applied on the homeowner’s schedule rather than the slab’s. A professional system differs in the grinder, the film thickness, the moisture test and the topcoat, which is why a kit floor often needs stripping before a lasting one can go down.
The number moves with the slab’s condition more than its size. Crack and spall repair, the moisture result, the base resin, the flake density and the topcoat each change the price, and a quote that leaves one of them unnamed is not comparable to one that names them all. Ours names them, so you can see where each dollar goes.
Some polyaspartic and polyurea products are sold as several times stronger than epoxy, and the claim usually compares one property, often flexibility or abrasion, against one particular epoxy. We explain what each material is better at, because a garage floor needs bond, build and salt resistance together, and no single strength figure measures all three.
Schaumburg has a large share of attached townhomes, where garages share walls, drives and an association’s rules. We schedule around those rules, keep the neighbors’ access to their own garages open, contain grinding dust, and get the association’s sign-off on color or flake before the first coat rather than after the last.
Moisture vapor pushing up through the slab is the first exclusion on nearly every floor coating warranty, followed by impact damage, chemical spills and movement in the concrete itself. We read the exclusions out before the job is sold, with moisture first, because that is the exclusion a homeowner most often learns about after a blister appears.
Before a basement floor epoxy job is quoted, the slab’s moisture is tested. A basement floor sits below grade on soil that holds water, and a coating applied over a damp slab traps vapor until it pushes the film off in blisters. The test result decides the primer, the system and sometimes whether to coat at all.
Much of the ground in this part of Cook and DuPage counties is poorly drained glacial till that holds a high water table in spring. A basement floor that reads dry in August can be pushing moisture in April, so we time testing with the season in mind and treat one dry reading as a reading, not a guarantee.
The white powder that collects on some basement floors is efflorescence, salts carried up by moisture and left behind as the water evaporates. It tells us water is moving through the slab. We remove it mechanically, test the moisture, and choose a moisture-mitigation primer where the reading calls for one, because coating over it guarantees a failure.
Drains, sump pits and the joint where the floor meets the foundation wall are where basement water arrives first. We detail the coating around each one, keep drains open and pitched, and leave the sump lid serviceable, because a floor coated tight against a drain that still needs to work is a floor that ends up holding water.
After a backup, the floor has to be cleaned, disinfected and dried, and the cause has to be known. We ask what happened, test the slab once it has dried, and look at whether the plumbing has been corrected, because coating a floor that will flood again only adds a cleanup bill to the next backup.
Many older homes drain to a gravity sewer that can back up when the main surcharges in a heavy storm. Schaumburg offers a cost-share program that reimburses half of an overhead sewer installation, up to $5,000, and a matching one for footing-drain disconnection. We point homeowners to it before the floor, since the plumbing decides whether the coating stays dry.
Where the slab reads above what the coating can tolerate, a moisture-mitigation primer is applied first as a vapor barrier the rest of the system bonds to. It adds cost and a day, and we recommend it only when the test says so. Hydrostatic pressure, standing water forced up through cracks, is a different problem that no primer is designed to stop.
A coated basement floor is easy to clean, resists the spills and scuffs of a playroom, and takes rubber gym mats and equipment without staining. For a lived-in basement we often recommend a satin topcoat and a light flake that hides dust, and we plan for any area that will later be carpeted or framed.
A floor coating seals the surface it covers, but it is not radon mitigation. In Illinois, radon mitigation is licensed through IEMA, and we do not sell a coating as radon reduction. If a radon test has come back high, a licensed mitigator should design the system first, and we coat around the suction point and sealed cracks afterward.
A vinyl flake broadcast is the most common garage finish because the flakes hide dust, tire marks and small imperfections in the slab. Blend and chip size change the look: large chips read busy from close up, small chips read almost like granite. We bring samples and lay them on your floor, since lighting changes how every blend reads.
Metallic epoxy floors get their depth from pigments that move while the resin is wet, which means the installer is working the floor by hand against the cure clock. They suit basements, showrooms and offices more than garages, and they show scratches more readily than flake, which we explain before anyone falls for a sample photo.
Polished concrete is the slab itself, ground in progressively finer diamond passes and hardened with a lithium silicate densifier. How deep the first cut goes decides what you see, from a cream finish with almost no stone showing to a full aggregate exposure. We grind a test area first, because no two slabs reveal the same stone.
High gloss looks impressive and shows every footprint, dust layer and swirl. Satin hides more and is the finish most homeowners end up preferring a year later, while matte is the most forgiving and the least reflective. We match the sheen to how the floor is used and lit rather than to the showroom sample.
A quartz aggregate broadcast builds color and a textured, slip-resistant surface in the same step, which is why it shows up in commercial kitchens, locker rooms and ramps. The aggregate size sets how aggressive the texture is, and we choose it against how the floor gets cleaned, since a deeper texture holds more dirt.
A solid gray or tan floor with no flake is the right answer for a workshop, a utility room or a commercial space that needs line striping and easy cleaning. It shows dust and tire marks more than flake does, and it is often the simplest floor to recoat when the time comes.
Epoxy yellows, or ambers, under sunlight, which matters in a garage with the door open all summer or a showroom with south-facing glass. A polyaspartic or aliphatic polyurethane topcoat holds its color, and it is the reason we rarely leave epoxy as the top layer where daylight reaches the floor.
Borders, saw-cut patterns and inlaid logos are laid out before coating and protected through each layer. In a showroom or lobby they turn a coated slab into part of the design, and in a garage a border can frame a workshop area or mark where a car parks.
A commercial floor job is planned around the building’s hours, its tenants and its traffic, not around a family’s weekend. Larger areas, forklift and cart loads, cleaning chemicals and code requirements change the system, and the schedule often matters as much as the floor.
Store and tenant spaces are often coated in the window between one lease ending and the next starting, when the floor is bare and the clock is short. We grind out old adhesive and coatings, repair the slab, and choose a system that will be ready to walk on when the fit-out crew arrives.
Hotel back-of-house floors take carts, laundry chemicals, standing water and constant foot traffic. We coat laundries, service corridors and loading docks in sections so the hotel keeps running, and we pick textures that stay safe when wet without being impossible to mop.
Event venues have service corridors, kitchens and loading areas that see heavy carts and cannot close for long between events. We work around the booking calendar, often in short overnight windows, and use fast-return systems where the floor has to be back in service by morning.
Illinois adopted the 2022 FDA Food Code, which calls for smooth, durable, easily cleanable floors and coved junctures where floors meet walls. We install integral cove bases, and where hot washdown and thermal shock would take an epoxy off, we use urethane cement, often with cement board wainscot behind the line equipment.
Distribution and light-industrial floors take forklift wheels, pallet jacks and dropped loads. We build thicker systems in the travel lanes, repair joints so the wheels do not hammer them, and lay out striping and safety zones as part of the coating rather than as an afterthought.
Electronics assembly, server rooms and some labs need floors that move static charge to ground in a controlled way. Static-dissipative and ESD flooring systems are built to a specified resistance range with conductive primers and grounding points, and we test the finished floor against the range the space requires.
Walk-in coolers and freezers combine cold slabs, condensation and thermal cycling. We schedule these around a shutdown, choose systems rated for the temperature, and give the slab and its edges particular care, since a coating that cracks at the door threshold lets water under the rest of the floor.
Illinois limits the volatile organic content of architectural coatings under 35 Ill. Adm. Code Part 223, and the limit for floor coatings is 250 grams per liter. The rule binds the installer applying the product as well as the manufacturer selling it, so every coating we use is chosen within that limit.
Offices, stores and restaurants that cannot close during the day get their floors coated overnight or across a weekend. We sequence the work in sections, contain dust and odor, and choose systems that cure fast enough for the building to open on time.
Schaumburg Epoxy Flooring provides epoxy-flooring throughout the greater Schaumburg area, with the same crews and the same standards on every job.
Good to know
Price follows the slab more than the square footage. Crack and spall repair, the moisture result, the system chosen and the finished thickness all move the number, so we quote after looking at the floor, and the proposal names every one of those so two quotes can be compared line by line.
Most two-car garages are ground, repaired and coated over one to two working days, depending on the system and how much repair the slab needs. The longer wait is the cure before a car goes back in, which is set by the product and the slab temperature rather than by our schedule.
Illinois issues no state license for flooring or coating work. Villages set their own rules instead, and they differ: Schaumburg requires an annual Contractor's Business License with no bond, while a neighboring village may want a bond or a certificate of insurance. We confirm the rule in each village before the job is scheduled.
Schaumburg's building code exempts decorating and normal maintenance from permits, and a floor coating usually falls there. Crack work that changes the structure, a new drain or anything touching plumbing does not. We ask the permit desk before the job instead of assuming the answer.
Epoxy is a thick, slow-curing resin that builds body and bonds hard to ground concrete. Polyaspartic cures much faster and holds its color in sunlight, which makes it a common topcoat over an epoxy base. Many of our garage floors use both, each doing the job it is better at.
Often, but only after the source is understood. We test the slab's moisture, look at the drains and sump, and ask about backups before quoting. If the water comes from under the slab, the plumbing or grading has to be dealt with first, because no coating holds back hydrostatic pressure.
No. A coating is a film that follows the slab under it, so a crack that is still moving will telegraph through. We repair stable cracks before coating and tell you plainly which ones are likely to show again, so nothing is promised that the concrete cannot deliver.
Yes. Commercial floors are scheduled around the hours the building has to stay open, including overnight shifts and the window between one tenant leaving and the next moving in. Product choice follows the schedule, since some systems return a floor to service far sooner than others.
Moisture coming up through the slab is the first exclusion on nearly every coating warranty, ours included, which is why we test for it before the job. We read the exclusions out before you sign, so you know exactly what is and is not covered.
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