Hog Heaven Fashion Mat

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Hog Heaven Fashion mats provide the same superior anti-fatigue performance as standard Hog Heaven mats, complemented by an appealing, eco-friendly fabric surface.

  • Comfortable — The high-density, closed-cell nitrile-blended cushion helps reduce pressure on the lower back and legs for enhanced comfort.
  • Safe — Certified high-traction by the National Floor Safety Institute (NFSI); edges resist cracking or curling to ensure a smooth, safe transition from floor to mat.
  • Durable — The solution-dyed fabric top is fade-resistant and permanently molded (not glued) to the nitrile-blended cushion, preventing separation.
  • Attractive — Offered in four neutral color options that coordinate with nearly any décor.
  • Options — Available in 5/8″ or 7/8″ thicknesses.
SKU: 441; 442 Category:

Description

Hog Heaven Fashion mats provide the same outstanding anti-fatigue benefits as standard Hog Heaven mats, but add a stylish, eco-friendly fabric surface.

Additional information

Weight N/A
Color

Coal Black, Cobalt Blue, Cocoa Brown, Granite

Size

2' x 3', 3' x 5', 3' x 12'

Thickness

5/8", 7/8"

Recommended for use in dry, indoor commercial settings where a fabric-topped anti-fatigue mat is preferred to a standard black vinyl or rubber-topped anti-fatigue mat. Hog Heaven Fashion mats are particularly popular in retail settings.
Hog Heaven Fashion mats can be cleaned by rinsing with a hose or pressure washer.  Mats should be laid flat or hung to dry.

SURFACE
Material: Needle-punched, solution-dyed PET (14 ounces/yard2) molded to nitrile rubber

CUSHION
Material: High-density, closed-cell nitrile/PVC-blended foam

OVERALL MAT THICKNESS: 5/8 inch (0.625") or 7/8 inch (0.875") depending on the product selected

STANDARDS & TESTING

  • Certified high-traction by the National Floor Safety Institute (NFSI)
  • Passes flammability standard DOC-FF1-70
  • Compression Deflection:
          50.3% at 20 psi
          65.9% at 40 psi
  • ASTM C1028-96 static coefficient of friction:
        Dry 0.71
        Wet 0.66