The Crown Matting WB 0312KD is a wear-Bonded Tuff-Spun anti-fatigue mat designed to provide economical comfort and long-term durability in busy work areas. Featuring a durable vinyl top bonded to a low-density PVC sponge, this 3' x 12' mat offers a non-slip surface intended to reduce the risk of slips and falls while supporting workers during prolonged standing tasks. The combination of a resilient vinyl surface and cushioned underlay aims to balance durability with daily comfort in front-of-desk, assembly, and production line environments where people stand for extended periods.
Construction-wise, the mat relies on a vinyl top that resists abrasion and wear, paired with a sponge core to provide a degree of cushioning underfoot. This Wear-Bonded design is a practical choice for facilities seeking cost-efficient long-term comfort without sacrificing surface performance. The mat’s black color helps conceal wear patterns, and its 9/16-inch thickness contributes to a firmer feel underfoot relative to thicker foam mats, which can influence task pacing and ergonomics over a full shift.
Use is suitable for commercial and light-industrial settings where standing durations are common, such as reception areas, checkout counters, or production-line stations. The mat is specified in a standard 3-by-12-foot footprint, with a package size listed as Each, enabling straightforward ordering and installation in linear run configurations. For ongoing maintenance, routine cleaning to remove dirt and debris will help preserve the non-slip surface, though no cleaning specifics are provided in the reference data. This description reflects the supplied product identity and materials details without assuming additional certifications or performance claims.
Features:
- Durable abrasion-resistant vinyl top
- Bonded to low-density PVC sponge for comfort
- Diamond-surface texture helps trap debris
- Wide 3' x 12' coverage
- Color: Black
- Part number: CROWB 0312KD
- Color:
- Black
- Width:
- 3
- Length:
- 12
- Thickness:
- 9/16
- Package Size:
- Each
