High-Build Epoxy
Epoxy provides strong adhesion, build and design flexibility for many indoor commercial and industrial floors. It is often used as a primer or body coat in multi-layer systems.
Cheetah Floor Systems, Inc. installs commercial and industrial epoxy and polyaspartic concrete floor coatings for Strongsville manufacturers, warehouses, distribution operations, research facilities, service areas and business properties. A long-lasting coating starts with the concrete, so our work can include removal of failed flooring, diamond grinding or shot blasting, crack and spall repair, joint treatment and detailed edge preparation before the resinous system is installed. For busy Strongsville facilities, we evaluate forklift and rolling loads, oils and chemicals, cleaning procedures, traction requirements and shutdown constraints to specify a floor system that supports production instead of simply changing the color of the slab.



These three examples highlight different commercial and industrial floor-coating needs for Strongsville-area facilities: a seamless high-build floor for large production spaces, an industrial system detailed around active machinery and work cells, and a coated floor integrated with safety striping and traffic-control markings.



These photographs are additional examples of commercial and industrial coating applications. They are included to illustrate systems that may be specified for Strongsville-area facilities and are not represented as projects completed at a particular Strongsville address.
A warehouse aisle, production cell, laboratory, service department and public corridor place different demands on concrete. We select the preparation, build, texture and finish around the space.
The correct coating for a Strongsville facility may include a high-build epoxy body coat, reinforced broadcast media, a chemical-resistant topcoat, safety striping or a textured surface in wet-process areas. We evaluate the entire operating environment instead of selecting a system by resin name alone.
Strongsville projects frequently prioritize impact and abrasion resistance, equipment-zone markings, phased production scheduling and long-term maintainability. Joint edges, spalls and cracks should be repaired before the coating is installed.
A complete floor may combine primers, epoxy body coats, decorative broadcast media and urethane or polyaspartic finishes. The system is selected around performance—not a one-product package.
Epoxy provides strong adhesion, build and design flexibility for many indoor commercial and industrial floors. It is often used as a primer or body coat in multi-layer systems.
Polyaspartic coatings offer rapid curing, strong color retention and UV stability. They can be used as pigmented coats, clear finishes or durable topcoats where return-to-service matters.
Decorative vinyl flake creates a multi-color seamless finish that helps disguise visual variation and everyday soil. Commercial uses include service areas, locker rooms, corridors and clean workspaces.
Colored quartz aggregate creates a durable, textured surface for high-traffic or wet environments. Texture, broadcast rate and topcoat build are adjusted to the cleaning and traction requirements.
Aliphatic urethane finishes can improve abrasion, stain and color performance over compatible epoxy body coats. They are often selected for busy indoor commercial and industrial areas.
Metallic, dye-inspired and other decorative resinous finishes can create distinctive commercial interiors when appearance is a central part of the project.
Concrete coatings rely on a clean, sound and properly profiled substrate. Applying resin over weak concrete, oil, incompatible paint or a smooth unprepared slab can lead to avoidable adhesion problems.
Preparation may include degreasing, existing coating removal, diamond grinding, shot blasting, edge work, crack repair, spall repair and joint treatment. The method is selected according to the slab and the coating manufacturer’s required surface profile.
Review the slab, traffic, chemicals, temperature, cleaning program, finish expectations and available shutdown window.
Remove incompatible paint, coating, adhesive and contamination so sound concrete can be reached.
Diamond grind or shot blast the slab to create the required surface profile for the specified system.
Repair cracks, spalls, damaged joint edges and surface defects that would interrupt the new floor.
Install primers, body coats, broadcast media, striping and topcoats according to the approved scope.
Protect the installation while it cures, then release each area for foot or vehicle traffic at the appropriate time.
| Consideration | Epoxy | Polyaspartic |
|---|---|---|
| Typical role | Primer, high-build body coat or complete indoor system | Pigmented coat, fast-cure system or durable clear topcoat |
| Cure schedule | Usually allows more working time and may require a longer return-to-service window | Faster cure can support shorter shutdowns when conditions and scope allow |
| UV exposure | Some epoxies can amber or chalk in sunlight | Aliphatic polyaspartic coatings generally provide stronger UV color retention |
| Design flexibility | Strong build, adhesion and compatibility with many broadcast systems | Solid colors, clear finishes, flake and quartz topcoat applications |
| Best selection method | Choose the complete assembly around the slab, traffic, chemicals, texture, cleaning and downtime—not resin name alone. | |
Select build thickness and topcoat performance around the carts, forklifts, vehicles or pedestrian traffic expected in the Strongsville facility.
Match the surface texture to the actual sweep, mop, pressure-wash or auto-scrub process so the floor remains practical to maintain.
Review oils, cleaners, process chemicals and contact time before choosing a resin system or protective finish.
Coordinate equipment moves, safe access, coating layers and cure time around the operating schedule of the Strongsville property.
Commercial coating estimates should reflect the complete project rather than a generic price per square foot. Large open areas may be efficient to install, while edges, equipment, repairs and phased work can increase labor.
Cheetah Floor Systems is based in North Royalton and serves commercial and industrial coating projects throughout Cuyahoga County and Northeast Ohio. Project availability depends on scope, schedule and location.
Neither material is automatically better for every project. Epoxy provides strong bond, build and design flexibility for many indoor systems. Polyaspartic coatings cure faster, retain color under UV exposure and are often used as topcoats or complete systems. Many commercial floors use both within a layered assembly.
Preparation may include degreasing, coating or adhesive removal, diamond grinding or shot blasting, edge work, crack and spall repair, joint treatment and vacuum cleanup. The required concrete surface profile depends on the selected coating system and slab condition.
Many cracks, spalls and damaged joint edges can be repaired before coating. Moving structural cracks may reappear, and active joints should be treated according to the floor design rather than simply bridged with a rigid coating.
The answer depends on forklift traffic, impact, chemicals, temperature, cleaning methods and downtime. Many plants use an epoxy primer or body coat with a urethane or polyaspartic topcoat, while high-traction or wet areas may require a quartz broadcast system.
Duration depends on square footage, removal, repairs, system layers, cure conditions, edge work and the shutdown plan. Small rooms may be completed quickly, while larger manufacturing or warehouse projects may be installed in phases over multiple work periods.
Traction can be adjusted with broadcast aggregate or traction additives. The final texture should balance slip resistance with the need to sweep, mop or auto-scrub the floor. Any smooth floor can become slippery when wet or contaminated.
Pricing depends on floor area, slab condition, removal, repairs, moisture, system thickness, decorative media, texture, line striping, edge work and scheduling. A site-specific evaluation is the most reliable way to develop an accurate scope and price.
Remove abrasive dry debris frequently, respond to spills promptly and use a compatible cleaner. Pads or brushes should match the floor texture. High-wear areas should be inspected so a protective topcoat can be renewed before the body coat is exposed.
Tell us about the facility, concrete condition, square footage, traffic, chemicals, finish requirements and shutdown window. We will review the project and recommend a practical preparation and coating scope.