Rhino Anti-Fatigue Mats Black 3 ft. x 10 ft. x 9/16 in. Diamond Plate Anti-Fatigue Mat

Description

The heavy duty style is 9/16 inch-inch thick. The heavy duty style is 9/16 inch-inch thick. Diamond plate anti-fatigue by rhino is the benchmark for comparison to all other industrial anti-fatigue mats. This strong performer suffers no deterioration from weathering and ozone exposure and is selft-extinguishing when tested in accordance with FMVSS-302. These mats offer durability following exposure to many organic and inorganic industrial chemicals. Rhino's diamond plate anti-fatigue far exceeds the competition with it's closed cell polymeric sponge base that produces the incredibly soft and resilient rebound properties needed in a rigorous manufacturing environment. These mats offer excellent durability following exposure to many organic and inorganic industrial chemicals. These mats offer durability following exposure to many organic and inorganic industrial chemicals. This strong performer suffers no deterioration from weathering and ozone exposure and is selft-extinguishing when tested in accordance with FMVSS-302. Rhino's diamond plate anti-fatigue far exceeds the competition with it's closed cell polymeric sponge base that produces the incredibly soft and resilient rebound properties needed in a rigorous manufacturing environment. Diamond plate anti-fatigue by rhino is the benchmark for comparison to all other industrial anti-fatigue mats.

Key Features

• These mats offer durability following exposure to many organic and inorganic industrial chemicals.
• This strong performer suffers no deterioration from weathering and ozone exposure and is selft-extinguishing when tested in accordance with FMVSS-302.
• Diamond plate anti-fatigue by rhino is the benchmark for comparison to all other industrial anti-fatigue mats.
• The heavy duty style is 9/16 inch-inch thick.
• Rhino's diamond plate anti-fatigue far exceeds the competition with it's closed cell polymeric sponge base that produces the incredibly soft and resilient rebound properties needed in a rigorous manufacturing environment.