M + A Matting M+A Matting Hog Heaven 7/8" Anti-Fatigue Mat 32" x 23" Black (422023100)

M+A Matting Hog Heaven anti-fatigue mats are designed to provide comfort and durability in a variety of harsh conditions.

Hog Heaven anti-fatigue mats are designed to provide comfort and durability in a variety of harsh conditions.

• COMFORTABLE High-density nitrile-blended cushion helps eliminate pressure to the lower back and legs, providing superior comfort.
• COMFORTABLE | High-density nitrile-blended cushion helps eliminate pressure to the lower back and legs, providing superior comfort.
• SAFE | Certified high-traction by the National Floor Safety Institute (NFSI); sloped edges provide a safe transition from floor to mat; rubber surface is slip-resistant even when wet.
• DURABLE | Nitrile-blended cushion provides years of useful service life; cushion is molded, not glued, to the nitrile rubber surface so it will not separate; edges will not crack or curl.
• VERSATILE | Welding safe; grease/oil proof surface and grease/oil resistant cushion; chemical resistant; ESD rating of electrically conductive.
• SAFE Certified high-traction by the National Floor Safety Institute (NFSI).
• MADE IN THE USA | Please note, mat size is approximate as rubber shrinks and expands in conjunction with temperature and time. Tolerable manufacturing size variance is 3-5%.

Built for safety, comfort, and durability, Hog Heaven anti-fatigue mats feature a nitrile rubber surface that is welding safe, grease/oil proof, and chemical resistant. The high-density, closed-cell nitrile-blended cushion helps eliminate pressure to the lower back and legs, providing superior comfort. Hog Heaven mats have an ESD rating of electrically conductive and can be safely used in static-sensitive environments. They are certified high-traction by the National Floor Safety Institute (NFSI) and provide excellent slip resistance, even in wet environments. The nitrile surface is molded, not glued, to the cushion so it will not separate over time. The sloped edges provide a safe transition fr...