The M+A Matting 433 Kneeling Comfort Mat is a commercial-grade anti-fatigue mat designed to reduce knee and lower-back stress during prolonged kneeling tasks. Measuring 7/8 inch thick, it combines a durable 100% nitrile rubber surface that is permanently molded to a nitrile and PVC-blended cushion, ensuring the surface and cushion remain bonded over time without delamination. This construction yields a closed-cell, grease/oil-resistant surface that wipes clean with soap and water, while the cushion interior resists liquids and provides a stable, cushioned kneeling surface. The mat is reversible to suit changing job site needs, and its built-in handle facilitates easy transport and storage between work areas.
Verified features include a surface that is welding-safe, chemical-resistant, and greased/oil-proof, with a cushion that shares similar resistance properties. The mat’s closed-cell nitrile-blended foam helps prevent liquid absorption, contributing to easier cleaning and longer-term durability in maintenance and workshop settings. The product is identified as a black mat with optional striping, appropriate for anti-fatigue applications where workers kneel or perform low-to-the-ground tasks. Its ESD rating is electrically conductive, adding a layer of protection in sensitive environments, provided users verify compatibility with their specific safety program. This combination of material construction and physical design supports use in environments where oil, grease, and chemical exposure are common, while the 7/8
Features:
- 7/8" cushion reduces knee and lower back strain
- Closed-cell nitrile-blended foam won’t absorb liquids
- 100% nitrile rubber surface cleans easily with soap and water
- High-traction certified by NFSI
- Built-in handle for easy transport and storage
- ESD rated and welding safe; chemical and grease/oil resistant cushion
- Application:
- Anti-Fatigue
- Color:
- Black w/Stripes
- Material:
- Closed-cell nitrile/PVC-blended foam
- Density:
- 5.5 -7.5 lbs/ft3
- Thickness:
- 7/8
- Package Size:
- Each