Commercial epoxy floors across San Diego County

Commercial epoxy systems are specified at higher build thicknesses, typically 30-125 mils versus 15-30 mils for residential, and use formulations rated for chemical resistance, forklift impact, and USDA/FDA compliance where applicable. The surface prep requirements are also more demanding: most commercial specifications require shot-blasting to achieve a higher surface profile than standard diamond grinding produces.

Auto shop floors need a system with high chemical resistance to motor oil, transmission fluid, brake cleaner, and battery acid. A urethane mortar system or a high-build epoxy with a urethane topcoat handles this better than standard residential epoxy. Anti-slip aggregate in the topcoat is important in service bays where fluids are common. The crews we refer specify the system based on the chemicals actually present in the facility.

Yes. The crews we refer have experience scheduling section-by-section applications in occupied facilities, moving equipment and traffic around the work zone while sections cure. Polyaspartic commercial systems with fast cure schedules are particularly useful for businesses that cannot afford a full closure. The schedule is planned at the on-site estimate so the business can plan operations around the coating work.

A floor coating on an existing commercial slab does not typically require a permit in San Diego unless the project is part of a larger tenant improvement. If the coating is spec-driven as part of a permitted tenant improvement or building project, the surface system must meet the specifications in the approved plans. The crews we refer can provide material data sheets for permit packages when required.

A commercial epoxy system applied to a properly prepared slab in a warehouse or auto shop setting typically lasts 5-15 years depending on traffic loads, maintenance practices, and whether a topcoat is maintained. High-traffic forklift zones wear faster than pedestrian areas. Urethane mortar systems in food and chemical environments can last longer because they resist the surface degradation that epoxy is vulnerable to under constant chemical exposure.