Crown Matting WB 0312GP Wear-Bond Tuff-Spun Pebble-Surface 3'x12' Gray Anti-Fatigue Matting provides economical comfort for work areas with high foot traffic. The mat combines a durable vinyl top bonded to a low-density PVC sponge, creating a resilient surface that helps reduce fatigue during long shifts and supports sustained standing tasks. The Gray pebble surface is designed to offer a non-slip tread in environments where moisture or light spills may be present, contributing to safer footing while remaining economical for larger installations.
This Wear-Bonded construction emphasizes long-term durability, with the vinyl top offering abrasion resistance to resist wear from frequent foot traffic and equipment roll-overs. The integrated sponge layer helps cushion the stand-up experience, while the bonded construction minimizes delamination and edge curling that can occur with cheaper, unbonded mats. The 3-foot by 12-foot footprint provides ample coverage for standard workstations or aisle runs, and the 9/16-inch overall thickness balances comfort with compatibility for doors, carts, and other equipment that traverse matting.
Ideal for general facility maintenance, assembly lines, workshops, and other areas where workers stand for extended periods, this mat is suited to use in areas with routine walking and occasional exposure to light contaminants. The mat’s gray color helps hide signs of use, while the single-piece mat reduces seam-related trip hazards in long stretches. For best results, ensure the mat lies flat and fits within the intended space to avoid curl at the edges; no maintenance specifics are provided in the data, so follow standard cleaning practices for vinyl-top mats and monitor for wear.
Features:
- Durable abrasion-resistant vinyl top
- Bonded to low-density PVC sponge for comfort
- Pebble-surface texture for traction
- Gray color complements industrial spaces
- Generous 3' x 12' dimensions
- Thick 9/16 inch profile
- Color:
- Gray
- Width:
- 3
- Length:
- 12
- Thickness:
- 9/16
- Package Size:
- Each
