Tucson Epoxy Co. installs commercial-grade epoxy and polyaspartic flooring across Pima County for warehouses, restaurants, retail stores, and medical facilities. When matched to traffic, chemical exposure, slab moisture, and downtime needs, these systems can withstand forklift loads, constant foot traffic, and Tucson's heat while providing a seamless, easy-to-clean surface.
Commercial epoxy bonds to a properly prepared slab and creates a monolithic floor without grout lines or seams that collect dirt and bacteria. High-build layers can resist abrasion, rolling loads, oils, and cleaning chemicals.
Warehouses, commercial kitchens, showrooms, hospitals, schools, gyms, and automotive shops expose floors to different loads and spills. Traffic, chemical resistance, slip resistance, appearance, and available downtime should determine the coating build.
Moisture testing, crack and spall repair, and mechanical surface profiling come before coating. Adhesion failures usually trace to skipped or rushed preparation rather than the coating material itself.
A commercial slab being moisture-tested beside a mechanically profiled area. The comparison should make clear that preparation creates the bond a coating needs.
Compare a thin single-coat finish with a multi-layer system containing broadcast aggregate and a protective topcoat. The build should visibly reflect the different abrasion, impact, and slip-resistance demands.
Rolling-load wear in a warehouse aisle beside grease, water, and steam-cleaning conditions in a kitchen. Each space needs a formulation and texture selected for its actual use.
Test slab moisture using ASTM F710 guidance and verify the concrete surface profile against International Concrete Repair Institute CSP standards before coating.
Commercial and industrial floors often use 100% solids epoxy or polyaspartic resin at 20-40 mils, with broadcast aggregate added where slip resistance and impact absorption matter.
Traditional epoxy can require 24 to 72 hours before foot traffic and up to a week for full chemical cure. Fast-curing polyaspartic systems cure in hours rather than days.
Routine mopping handles normal upkeep, while the protective topcoat may need recoating every several years. This avoids the recurring wax stripping and grout sealing associated with some other commercial floors.
| System Type | Installed Cost Per Sq Ft | Typical Commercial Use |
|---|---|---|
| Basic solid color epoxy | $3 - $6 | Storage and light office use |
| Flake epoxy | $5 - $9 | Retail, restrooms, and showrooms |
| Polyaspartic | $6 - $10 | Fast-turnaround retail and restaurants |
| Metallic epoxy | $8 - $14 | Showrooms, lobbies, and high-end retail |
| Heavy-duty industrial epoxy | $8 - $15 | Warehouses and manufacturing floors |
A correctly specified coating seals the prepared concrete and provides a continuous surface that resists dusting, pitting, staining, abrasion, and many job-specific chemicals. Broadcast flake with a urethane topcoat suits rolling loads and scuffing, metallic epoxy serves appearance-focused showrooms and lobbies, and slip-resistant, NSF-compatible systems address grease and steam cleaning in food-service areas. The value comes from selecting the build for the facility rather than applying one generic package everywhere.
Slab moisture, cracks or spalling, rolling loads, chemical exposure, wet conditions, appearance goals, and the allowable shutdown window all change the right specification. A 5,000 square foot warehouse floor may be turned around in a matter of days with a fast-curing polyaspartic system, while traditional epoxy needs a longer cure window. Older slabs that require grinding, crack repair, resurfacing, or moisture mitigation also raise the final cost and preparation time.
How much should you budget? A 20x20 garage is 400 square feet and typically costs $1,600 to $4,800, while a 1,000 square foot commercial space generally costs $4,000 to $12,000 depending on the system and slab preparation. Is a permit required? A straightforward coating over an existing slab often does not need a separate permit, but structural concrete repair or occupancy changes may require review by the City of Tucson Development Services Department or Pima County, and commercial flooring work can fall under Arizona Registrar of Contractors licensing requirements.
Share the floor's square footage, facility use, traffic, chemical exposure, shutdown window, and visible slab damage. An on-site inspection can identify moisture testing, surface preparation, repairs, and the coating build before pricing is finalized.