Frequently Asked Questions

Metallic epoxy creates custom color effects with high-gloss finishes, often used in luxury residential spaces and retail showrooms. Flake systems embed colored chips into the coating for slip resistance and durability, common in garages and commercial break rooms. Metallic offers unique visual depth, while flake provides texture and hides imperfections better.

Industrial epoxy systems are engineered specifically for forklift traffic and heavy equipment loads. These coatings include abrasion-resistant formulations and thicker mil builds than residential systems. Manufacturing plants and distribution centers require chemical-resistant layers that handle constant point loads without cracking or delaminating.

Concrete must be properly prepared and moisture-tested before epoxy application, as trapped vapor causes coating failure. Epoxy creates a moisture barrier once cured, protecting the concrete beneath. Basement installations require surface sealing first if moisture levels exceed acceptable thresholds, especially in older foundations.

Surface wear, minor scratches, and dulled areas can be recoated without full removal. Widespread cracking, delamination, or chemical damage typically requires complete coating replacement and fresh surface prep. Recoating extends floor life when the original bond remains intact and substrate shows no structural issues.

Epoxy creates a non-porous barrier that prevents petroleum products from penetrating concrete. Hot tire pickup, a common garage issue, occurs when inferior coatings soften under heat—quality systems resist this through proper cure chemistry. Oil, antifreeze, and brake fluid sit on the surface for easy cleanup rather than absorbing into the slab.

Seamless installation eliminates grout lines where dirt and bacteria collect, critical for restaurants, medical facilities, and food service areas. High-traffic environments benefit from impact resistance that tile and vinyl can't match. Maintenance requires only damp mopping rather than specialized cleaning equipment or stripping.

Concrete grinding or shot blasting removes contaminants, opens pores for mechanical bonding, and levels uneven areas. Cracks get filled, oil stains treated with degreasers, and moisture levels tested. Without proper profile creation, coatings delaminate regardless of product quality—preparation determines long-term adhesion.

Industrial formulations include additives that resist acids, solvents, and caustic substances common in production environments. Standard residential epoxy fails under chemical exposure that manufacturing plants encounter daily. Equipment zones and processing areas need thicker coatings with specific chemical resistance ratings matched to substances present.

Epoxy requires direct concrete contact for proper adhesion—installing over tile or vinyl causes failure as the coating bonds to the surface layer rather than substrate. Existing flooring must be removed and concrete prepared through grinding. Only concrete, whether new or existing, provides the structural bond epoxy systems need.

Metallic systems offer custom color combinations with reflective, three-dimensional effects that enhance product displays. High-gloss finishes maximize light reflection, reducing overhead lighting needs. Solid colors with clear topcoats provide uniform appearance, while decorative flakes add texture without competing with merchandise for visual attention.

Bare concrete sheds dust continuously as traffic abrades the surface, creating airborne particulates that settle on inventory and equipment. Epoxy seals the concrete completely, eliminating this dust generation. Distribution centers notice cleaner air quality and reduced product contamination after coating installation.

The existing surface gets abraded to remove gloss and create mechanical bond, then cleaned of all contaminants. Worn areas receive additional product to level the surface before the new topcoat application. Recoating restores appearance and protection without the cost of full removal when the original coating remains structurally sound.