Food Processing Plant Floor Coatings

It is almost always thermal shock. A 180F sanitation wash or steam hits a cooler slab, the surface expands and contracts in seconds, and a rigid coating that cannot move with the concrete fractures and lifts. For those zones we specify cementitious urethane, whose cement binder expands and contracts close to the rate of the slab beneath it, so it stays bonded.

Urethane cement, also called urethane mortar or cementitious urethane, is a floor system engineered for the harshest food-plant conditions: hot-water and steam sanitation, thermal cycling near ovens, fryers, and freezers, and aggressive chemistry. It is the standard for those zones. In drier areas like packaging and warehouse, a resinous or epoxy system is often the right, more economical choice.

We install seamless, non-porous, cleanable systems with coving and slope-to-drain detailing that can be specified to meet USDA sanitation performance standards and FDA food-plant guidelines, including products that carry flooring credentials such as NSF/ANSI 52 listing. Because the exact spec depends on your products and inspections, we recommend confirming the final specification with your food-safety team. We will not claim a certification we do not hold.

Yes. Integral cove base and clean detailing around drains and trenches are central to a sanitary plant floor. They remove the square corners and gaps where water and residue collect and let the whole room wash down to drain as one surface, commonly graded at least 1/8 inch per foot.

Wet, rendered-fat floors are a leading slip hazard in a plant, so we broadcast anti-slip aggregate into the system in production and wash zones, targeting the ANSI A326.3 wet DCOF benchmark of 0.42 and tuning the texture so the floor still cleans easily.

We phase the work zone by zone around your production and sanitation windows, including nights and weekends, and use rapid-cure systems where a zone has to return to service fast, so the rest of the plant keeps running.