Slip resistant flooring addresses the critical safety gap where smooth industrial floors become hazardous when contaminated with water, grease, oils, or cleaning chemicals. By incorporating fine quartz, aluminum oxide, silica sand, or polymer beads into the resin matrix, these systems create micro-texture that dramatically increases traction without compromising cleanability or aesthetics.

Epoxy anti-skid floors embed aggregates during application, achieving R10-R12 slip ratings suitable for commercial kitchens and wet processing areas. Polyurethane variants offer flexibility for ramps and areas with thermal movement. Cementitious overlays provide budget-friendly texture for exterior walkways and loading zones.

The key is balance: enough texture for safety (measured by pendulum slip tests) but not so aggressive that it traps dirt or wears cleaning equipment. Seamless application eliminates joints where water pools. Chemical resistance handles kitchen degreasers, factory cleaners, and automotive fluids.

In high-risk areas like commercial kitchens, hospitals, food processing, and logistics, slip-resistant flooring reduces accidents by 50-70% while meeting safety regulations and lowering liability exposure.

1. Slip-resistant epoxy flooring with embedded aggregates for kitchens, food processing, and wet industrial areas.

2. Polyurethane anti-skid systems for ramps, loading docks, and areas with thermal expansion.

3. Surface preparation including grinding and profiling to optimize aggregate bonding and texture retention.

4. Custom texture levels from light R9 residential to heavy R12 industrial traction requirements.

5. Seamless coving and detailing for hygiene-critical environments like healthcare and food prep.

6. Chemical-resistant topcoats that maintain slip performance while resisting cleaners and spills.

7. Testing, certification, and maintenance programs to verify ongoing slip resistance compliance.

1. Precise understanding of slip testing standards (pendulum, ramp, tribometer) and safety regulations across industries.

2. Experience selecting aggregate types, sizes, and densities for specific contaminants and traffic patterns.

3. Advanced surface preparation techniques ensuring permanent aggregate retention and texture durability.

4. Skill balancing maximum traction with practical cleanability and aesthetic requirements.

5. Proven installation in live facilities minimizing downtime while achieving uniform slip performance.

6. Long-term monitoring and refresh strategies preserving safety ratings through the floor’s service life.