Metallic Epoxy Flooring Questions

Most slabs qualify, but the installer checks for cracks, moisture vapor emission, and surface contamination first. Oil stains and high moisture readings require treatment before the base coat goes down. The on-site assessment identifies any issues before the estimate is written.

A polyaspartic topcoat typically allows light foot traffic within 24 hours. Full cure for vehicle or heavy use takes longer. The installer specifies the exact cure schedule in the written estimate based on the product used and the ambient slab temperature.

Cracks left unrepaired will telegraph through the metallic layer and widen under foot traffic, eventually breaking the coating bond. Repairing the coating over a moving crack costs more than fixing the crack before the first coat is applied.

Yes. The written estimate locks in the pigment color and base coat product before any material is mixed. The installer cannot replicate an exact pattern after the fact, so the color selection is confirmed in writing at the estimate stage.

High slab temperatures affect epoxy pot life and cure speed. The installer accounts for ambient conditions when scheduling the application window. The polyaspartic topcoat is specified partly because it performs better than standard epoxy in high-temperature environments.

Sweep or dust-mop regularly to remove grit that can scratch the topcoat. Clean spills with a pH-neutral cleaner. Avoid abrasive scrubbers. The polyaspartic topcoat is chemical-resistant, but prolonged contact with harsh solvents should be avoided.