Frequently Asked Questions

Full flake systems use complete broadcast coverage of colored flakes across the entire floor, while standard epoxy typically uses partial flake or solid color finishes. Full flake coverage hides concrete imperfections better, adds texture for slip resistance, and creates visual depth through layered color blends.

Grinding removes surface contaminants, opens concrete pores, and creates the profile needed for proper epoxy adhesion. Without professional grinding, coatings delaminate or peel because the bond between concrete and epoxy fails. This prep step directly determines how long the floor lasts.

Moisture barriers are installed when inspection reveals concrete moisture levels that could compromise epoxy adhesion. Ground moisture migrating through concrete causes coating failure by preventing proper bond formation. Garages and basements without existing vapor barriers face higher risk of moisture-related issues.

Polyaspartic chemistry allows faster cross-linking at wider temperature ranges, reducing cure time from days to hours. This means faster return to service and less downtime for commercial spaces. The trade-off is shorter working time during installation, requiring more precise application technique.

UV exposure breaks down standard epoxy resins, causing amber discoloration especially near windows and garage door openings. Polyaspartic topcoats resist UV degradation better than traditional epoxy, maintaining color stability in spaces with direct sunlight. Garages with southern exposure show yellowing fastest without UV-resistant protection.

Larger flakes create bolder texture and hide more imperfections, while smaller flakes offer subtler appearance with smoother feel underfoot. Custom blends combine multiple flake sizes and colors to match property style. Consider traffic patterns—workshops benefit from larger flakes that add more slip resistance than decorative spaces need.

Cracks are routed wider to create proper fill depth, cleaned of debris, then filled with flexible repair compounds that move with concrete. Active cracks that continue expanding need different treatment than stable hairline cracks. Unrepaired cracks telegraph through epoxy and eventually cause coating failure at the crack line.

Every metallic epoxy floor is unique because pigments flow and blend during installation based on application technique, temperature, and concrete porosity. The custom movement creates one-of-a-kind marble-style patterns that can't be exactly replicated. Samples show color range and general style, but final appearance varies with each pour.

Stone epoxy systems combine decorative aggregate with durable resin to create textured surfaces that handle moisture, temperature fluctuations, and UV exposure better than smooth coatings. The texture provides slip resistance when wet, and the aggregate helps hide wear patterns from outdoor furniture and foot traffic.

Floor condition drives cost—extensive crack repair, moisture mitigation, and surface damage correction add labor and materials before coating begins. System choice matters too: standard epoxy costs less than polyaspartic or metallic systems. Square footage, custom color blends, and decorative flake density also influence final pricing.

Properly installed epoxy creates a non-porous barrier that prevents petroleum products from penetrating concrete. Hot tires don't bond to cured epoxy the way they mark bare concrete. Chemical resistance built into epoxy resins means brake fluid, antifreeze, and oil wipe away instead of staining permanently.

Clear the floor completely—remove vehicles, storage, and anything sitting on concrete. The installation team handles grinding, crack repair, and surface prep, but floor access needs to be unobstructed. For garage projects, plan alternative vehicle parking during the application and cure period.