Frequently Asked Questions

High UV exposure in Southern California causes standard epoxy to yellow over time without UV-resistant topcoats. Temperature swings between hot days and cool nights also create concrete expansion that requires proper surface preparation and crack repair before coating. Polyaspartic and UV-resistant flake systems handle these conditions better than basic epoxy.

The warranty covers delamination only, meaning it protects against the coating separating from the concrete surface. It doesn't cover surface scratches, chemical damage from improper cleaning products, or wear from dragging heavy objects. Proper surface prep during installation prevents delamination in most cases.

Metallic coatings create decorative marbled effects using specialized pigments that are more sensitive to UV exposure and chemical exposure than vinyl flake systems. The reflective appearance requires thinner topcoat application, which affects long-term durability. Flake systems use thicker, more uniform topcoats that provide better mechanical protection.

Concrete surfaces require grinding or shot-blasting to open pores, remove existing sealers, and create proper adhesion profile. Active cracks get routed and filled with epoxy crack filler to prevent coating failure. Oil stains need removal through degreasing or mechanical grinding since coatings won't bond to contaminated concrete.

Cracks need repair before coating application. Small hairline cracks get filled with flexible epoxy filler, while larger structural cracks require routing to create a V-groove that's then filled and reinforced. Without crack repair, coatings will telegraph the crack pattern and eventually delaminate along those stress points.

Vinyl flakes are broadcast into wet epoxy base coat, creating texture as they overlap and layer randomly. The topcoat seals the flakes while maintaining surface texture between the flake edges. Heavier flake broadcast density increases slip resistance, which matters for garages that see water, oil, or debris.

Full renovations include flooring installation, custom cabinet and slatwall storage systems, overhead rack installation, and optional electrical upgrades like EV charger circuits. The process starts with cleanout and junk removal, then flooring prep and coating, followed by storage system installation. Everything gets coordinated as a turn-key project rather than separate phases.

Metallic floors create luxury showroom appearance with marbled, three-dimensional color effects that work better in climate-controlled garages used as living spaces or car collections. Flake systems provide more slip resistance and hide imperfections better, making them practical for working garages. Metallics cost more and require more careful maintenance to preserve the reflective finish.

Commercial applications use higher-build coating systems engineered for forklift traffic, chemical spills, and constant foot traffic in warehouses and manufacturing facilities. Residential garage coatings prioritize aesthetics and moderate durability for passenger vehicles and home use. Commercial systems often require thicker base coats and specialized topcoats rated for industrial environments.

Sweep or blow debris regularly to prevent abrasive grit from scratching the surface when vehicles drive over it. Clean spills promptly with pH-neutral cleaners—avoid degreasers or acidic products that break down the topcoat. Place mats under hot tires after highway driving, since extreme heat can temporarily soften epoxy and cause tire marks.

Level 2 chargers require dedicated 240-volt circuits, typically 40 to 50 amps, run from the main electrical panel to the charger location. Installation includes circuit breaker upgrades if the panel lacks capacity, conduit and wiring to code, and proper charger mounting. The work must meet NEC electrical code and local Winchester permit requirements.