Warehouse Epoxy

Flooring.

Warehouse floors take a beating from forklifts, pallet jacks, dropped loads, and chemical spills. Our heavy-duty epoxy systems are engineered to handle it.

How the System Is Built

The actual layers and materials — and why each one matters for the finished floor.

1. 1
   Shot-blast prep

   Warehouse slabs need an aggressive CSP-3 to CSP-4 profile that diamond grinding alone can't reach efficiently on large square footage. We shot-blast to open the slab uniformly across the floor.

2. 2
   Control-joint and crack repair

   Warehouse joints take daily forklift wheel load — we chase, fill, and rebuild joints with industrial-grade semi-rigid filler that supports wheel transfer.

3. 3
   Industrial epoxy primer + slurry

   Penetrating primer first, then a quartz-loaded epoxy slurry coat. Quartz aggregate is what gives the floor real impact resistance — without it, the coating is just paint.

4. 4
   Quartz broadcast + scrape

   Additional quartz broadcast into the slurry to refusal, scraped flat to build thickness.

5. 5
   Chemical-resistant urethane or polyaspartic topcoat

   Final wear and chemical-resistance layer, tuned to the chemicals and traffic the warehouse actually sees. Safety striping inlaid before the final cure.

Benefits

What this system actually delivers in daily use.

• Rated for forklift, pallet-jack, and rolling-equipment loads
• Impact-resistant from real quartz aggregate, not just topcoat thickness
• Chemical resistance tuned to the warehouse's actual exposure profile
• Eliminates concrete dust that contaminates inventory and clogs HVAC
• Safety striping inlaid permanently — won't peel like painted lines
• Phased install keeps adjacent zones operational throughout the project

Our Process for Warehouse Epoxy Flooring

Step-by-step from consultation through return-to-service.

1. 1
   Operations consultation

   We map your traffic patterns, identify chemical exposures, and plan zone-by-zone phasing so the warehouse stays operational.

2. 2
   Shot-blast prep, zone-by-zone

   Aggressive surface profile cut across each phase. Inventory shifts between zones as we move.

3. 3
   Industrial buildup

   Primer, quartz slurry, broadcast, and topcoat applied in phased sequence. Each zone returns to service 24-48 hours after final coat.

4. 4
   Striping and final inspection

   Traffic lanes, hazard zones, and equipment markers inlaid into the topcoat. Final walkthrough with your operations lead.

What to Expect

A properly built warehouse epoxy floor lasts 15-25 years under daily forklift traffic — and the key word is properly built. The system has to be thick-mil with real aggregate, not a decorative coating spec'd up to commercial. We see failed warehouse floors all the time where a previous contractor cut corners on prep or skipped the aggregate layer. Maintenance is daily auto-scrubbing, periodic re-stripe if needed, and a topcoat refresh every 7-10 years on high-traffic lanes. In DFW the bigger consideration for warehouses is HVAC and slab temperature — our chemistry is rated well across the temperature swings of an unconditioned warehouse, but we adjust install timing to avoid extremes that affect cure quality.

Common Questions

Three ways to start.