Industrial Epoxy Flooring in Branchburg, NJ

In most cases the coating can be rebuilt rather than the concrete replaced, but the rebuild has to start from bare concrete. We strip all failing material, grind to clean surface profile, treat joint edges with the appropriate filler system, and apply a high-build industrial coating rated for the forklift load pattern. Applying new coating over peeling coating at joints accelerates the failure rather than fixing it.

We use a chemical degreaser applied to the surface before and sometimes after the grinding pass. The grinder opens the concrete pores, and the degreaser penetrates to lift the oil that has absorbed into the top layer of the slab. On heavily contaminated slabs - multiple years of uncoated service floor use - we may grind, degrease, grind again, and run a surface contamination test before applying primer. Skipping this leaves a bond-inhibiting layer between the concrete and the primer that causes the coating to fail within a season.

For food distribution environments that run refrigerated areas and use wet sanitation protocols, we specify urethane cement as the primary system. It handles thermal cycling without cracking, resists the caustic cleaning agents used in food-safe sanitation programs, and provides a seamless, non-porous surface that meets food facility hygiene standards. For ambient-temperature warehousing without chemical sanitation, a high-build epoxy broadcast system with a chemical-resistant topcoat is appropriate.

Yes. We divide the floor into zones - typically aisle-by-aisle or section-by-section based on your racking and traffic layout - and coordinate the coating and cure window for each zone with your operations team. A well-phased warehouse project moves through sections without requiring you to relocate inventory or halt receiving and shipping. We build the phasing plan during the site assessment and confirm it with your facility manager before starting.

Yes, significantly. Clay-heavy subgrade keeps the slab hydrated from below year-round, creating vapor pressure that works upward through the concrete. Under industrial loads, the cyclic stress at forklift wheel contact points creates micro-blistering at the coating-to-primer interface much faster than under foot traffic. Vapor mitigation at the primer stage is a requirement, not an option, for industrial slabs in Branchburg on clay subgrade. We test every slab before specifying the primer system.

Yes. We work throughout Somerset County for industrial clients, including Bridgewater, Hillsborough, Raritan, Bound Brook, and Manville. If your facility is in the region, contact us with the address and operating details and we will schedule an assessment.