Popular in Health & Fitness Chains, Weight Rooms and Ice Rinks, Evertuff recycled rubber flooring is a champion in a wide variety of applications. Manufactured from post-consumer SBR tire buffings, with small percentages of colored EPDM, Evertuff features a dense rubber core that provides excellent, high-impact durability and superior slip resistance in wet or dry conditions. Evertuff also combines anti-fatigue and ergonomic comfort properties with very low maintenance. Containing a whopping 60 to 85% recycled content range and low VOC emissions; Evertuff is widely regarded as the premiere "green" resilient flooring choice.

Features

• Dense rubber core
• Excellent, high impact durability
• Superior slip resistance in wet or dry conditions
• Very low maintenance

Evertuff Roll Goods – Architectural Specification
Popular in Health & Fitness Chains, Weight Rooms and Ice Rinks, Evertuff recycled rubber flooring is a champion in a wide variety of applications.
Manufactured from post-consumer SBR tire buffings, with small percentages of colored EPDM, Evertuff features a dense rubber core that provides excellent, high-impact durability and superior slip resistance in wet or dry conditions. Evertuff also combines anti-fatigue and ergonomic comfort properties with very low maintenance. Containing a whopping 60 to 85% recycled content range and low VOC emissions; Evertuff is widely
regarded as the premiere "green" resilient flooring choice.
Features
· Dense Rubber Core
· Excellent, High Impact Durability
· Superior Slip Resistance In Wet or Dry Conditions
· Very Low Maintenance
Physical Specifications List
· Roll Sizes – 48” Wide
· Available in 24”, 36”, 48” Squared Mats or Interlocking Tile Form
· Roll Width – 2mm to 10mm
· Density – 62lbs/cu. ft.
· Tensile – 200 psi
· Coefficient of Friction - .057 Wet & .072 Dry
· Hardness – 62 Shore A
Evertuff Roll Goods – Spec
· Elongation at Break – 50% min.
· Compression Set – 12% or less.
Colors - Black with blue, red, green, eggshell, or gray flecks, and black with blue/gray combination