Bsc Preferred MAT267BY Anti-fatigue Safety Mat 3/8 Inch

Product Description

The BSC PREFERRED MAT267BY is a heavy-duty anti-fatigue and anti-slip safety mat designed for commercial and industrial floor environments. At 3/8 inch overall thickness, it provides underfoot cushioning for workers standing for extended periods. The non-directional top surface pattern delivers consistent traction regardless of foot traffic direction and resists the buildup of debris, making it straightforward to clean. All four edges are beveled to reduce trip hazard risk at the mat perimeter. Installation and placement require no tools or adhesives in most applications.

This mat is suited for facilities where slip and fall prevention and worker comfort are priorities, including manufacturing floors, warehouses, commercial kitchens, and service areas. The beveled perimeter is particularly useful in high-traffic corridors and workstation layouts where carts or equipment may cross the mat edge. Facility safety managers, maintenance staff, and safety contractors typically specify and place this product as part of a broader floor safety program.

Key Features

• Non-directional top surface provides consistent traction and simplifies cleaning
• 3/8 inch overall thickness for underfoot cushioning and fatigue reduction
• All four sides beveled to minimize trip hazard at mat edges
• Designed to outperform competitive products in tear-resistance and tensile strength
• Single-unit purchase available (sold individually)

Compatibility

Designed for general-purpose placement on hard, flat floor surfaces in commercial and industrial facility safety applications.

Installation Notes

Place the mat on a clean, dry, flat hard floor surface. Ensure the beveled edges lie flush against the floor to prevent curling or lifting over time. No adhesives or fasteners are typically required for standard flat installations, though high-traffic areas may benefit from mat anchoring hardware per facility safety guidelines. Inspect the mat periodically for wear, deformation, or edge lifting that could create a trip hazard.