Epoxy Flooring Services

Garage floor epoxy transforms a plain concrete slab into a durable, easy-to-clean surface that stands up to tires, tools, drips, and daily wear. Our team focuses on the two things that make a garage coating last: honest surface preparation and a coating system matched to how you actually use the space.

Residential epoxy and polyaspartic flooring gives homeowners a finished, easy-to-clean surface for garages, basements, workshops, laundry areas, and covered outdoor spaces. We help you choose a system that fits how the room is used, not just how it looks in a photo.

Commercial epoxy and resinous flooring gives businesses a durable, cleanable, professional-looking surface that handles daily traffic, equipment, and cleaning routines. We plan every project around your operating hours so you can stay open or minimize downtime.

Industrial epoxy and resinous flooring is engineered for facilities where forklifts, chemicals, heat, and constant traffic would destroy an ordinary coating. We plan systems around the actual environment — impact loads, chemical exposure, hygiene needs — instead of forcing one product to fit every plant.

Metallic epoxy uses pigments that move during installation to create a one-of-a-kind, three-dimensional finish that looks like polished stone, flowing metal, or deep water. It is a premium finish that stands out in showrooms, retail spaces, and high-end residential garages.

Decorative flake systems broadcast colored vinyl chips into a fresh base coat, then seal them under a clear topcoat. The result is a textured, easy-to-clean floor that hides minor imperfections and provides natural slip resistance.

Quartz epoxy broadcasts colored quartz aggregate into the base coat to build a thick, extremely durable finish with strong slip resistance. It is the system of choice for commercial kitchens, wet-use commercial spaces, and heavy-traffic institutional floors.

Solid-color epoxy is a clean, uniform finish that works well in workshops, storage areas, mechanical rooms, and any space where a professional monochrome look matters more than decorative effects.

Polyaspartic coatings cure fast, resist UV yellowing, and stay flexible enough to handle temperature swings that crack many traditional epoxy topcoats. They are widely used as fast-return topcoats over epoxy base coats or as full one-day coating systems.

Polyurea floor coatings are fast-curing, flexible, high-build resinous coatings widely used as durable topcoats in garages, commercial spaces, and industrial floors that need to be back in service quickly.

Concrete floor coatings turn a bare slab into a finished, functional surface. We work with a range of resinous systems and pick the one that fits your concrete condition, environment, and expected use.

Garage floor coating is a broad category — epoxy, polyaspartic, polyurea, and hybrid systems all live here. We match the system to how the garage is used, the condition of the concrete, and your finish preferences.

Basements bring their own challenges: moisture from below, less airflow, and often previous coatings or paint. We evaluate the slab, test moisture where warranted, and recommend a system that suits the space.

Covered patios and porches can carry a coating when the system is UV-stable and specified for exterior use. Uncovered patios add exposure, freeze-thaw, and moisture challenges — we set clear expectations before you commit.

Pool deck coatings need to grip wet feet, resist chlorine, and stay cool enough to walk on. We evaluate the deck and match a system built for wet, sunny environments where it applies in your climate.

Screened lanais and covered outdoor rooms benefit from a coating that resists humidity, mildew, and light foot traffic while looking finished. We use UV-stable systems and slip-resistant additives where they matter.

Workshops take a beating from tools, materials, and mobile equipment. A coating cuts dust, brightens the room, and stands up to more than sealed or bare concrete.

Home gym floors need to resist impact, weight drops, and equipment feet without cracking or delaminating. Coating choice matters as much as any rubber matting laid on top.

Laundry rooms combine water risk, appliance weight, and small footprints. A coating provides an easy-to-clean, water-tolerant surface that outperforms paint or bare concrete.

Retail floors carry heavy foot traffic, rolling carts, and constant cleaning. A well-specified coating looks sharp under store lighting and shrugs off daily wear.

Restaurant floors face grease, water, cleaning chemicals, and constant foot traffic. Coating systems for restaurants — especially back of house — must be slip-resistant, sanitary, and durable.

Commercial kitchens need a floor that resists grease, hot water, cleaning chemicals, and food acids while providing serious slip resistance. Quartz broadcast and specialty resinous systems are common choices.

Warehouse coatings brighten large spaces, mark traffic and pedestrian lanes, and stand up to forklifts and pallet jacks when specified correctly.

Manufacturing floors mix mechanical, chemical, and thermal exposure with tight production schedules. System selection and preparation matter more here than almost anywhere else.

Auto service floors deal with fluids, tire marks, jacks, and heavy equipment. The right coating handles the mess while looking professional to your customers.

Showroom floors are as much a marketing surface as a walking surface. Metallic, high-gloss, and decorative systems make products look better under showroom lighting.

Office coatings turn utility-grade concrete into a finished floor for open workspaces, corridors, and back-of-house rooms without carpet or tile.

Medical and clinical floors need sanitary, seamless surfaces that support cleaning protocols and, in many cases, integrate coving up the wall. We work with facility managers to match the system to the environment.

Kennels, veterinary clinics, and animal facilities need floors that resist urine, cleaning chemicals, and constant wet-area use. Quartz and specialized resinous systems perform well here.

Hangar floors face fuels, hydraulic fluids, tugs, and aircraft loads. Coating systems for hangars must resist chemicals while remaining safe for foot and equipment traffic.

Self-storage and dry-storage floors benefit from an easy-to-sweep, dust-suppressing coating that stands up to boxes, dollies, and constant tenant traffic.

Concrete sealers penetrate the slab and add a layer of protection against moisture and staining. Sealers are simpler and thinner than a coating system — they are the right choice for some situations and the wrong one for others.

Resurfacing rebuilds the top layer of a worn or damaged slab with a bonded cementitious overlay before a coating goes down. It is the right tool when the substrate is too damaged for a coating to solve alone.

Cracks, spalls, pits, and joint damage must be repaired with compatible materials before a coating is installed. Skipping this step is the most common reason coatings fail.

Damaged epoxy floors can often be repaired without a full replacement. We evaluate the damage — impact chips, peeled sections, delamination — and recommend targeted repair or full recoating.

When the topcoat wears through but the underlying system is sound, a fresh topcoat restores appearance and protection without a full tear-out.

Old paint, sealers, and failing coatings must be mechanically removed before any new system goes down. Shortcutting this step is the fastest way to ruin a new floor.

When the slab pushes moisture from below, a standard coating fails. Moisture-mitigation systems seal the substrate first so the finish coats can perform.

Anti-slip additives and textured broadcast systems raise the coefficient of friction so floors stay safe when wet or greasy. Slip resistance is engineered into the system, not sprinkled on at the end.