Details
The Wearwell Grade "A" No. 482 Mats are anti-bacterial nitrile rubber composite floor mats engineered specifically for demanding food processing environments. Measuring 2-1/2' x 3' x 1/2", these anti-microbial mats give food plants, kitchens, and processing facilities a durable, hygienic standing surface that holds up to the harsh solutions used in daily sanitation routines.
Key Features:
- Material: Specially formulated anti-bacterial nitrile rubber composite built to withstand food processing chemicals and solutions
- Antimicrobial Protection: 100% anti-microbial construction with built-in handles for easy pick-up and cleaning
- Tested Performance: Passes the ASTM test used by NSF to determine resistance to microorganisms
- Hygienic Design: Porthole and solid underside design simplifies cleaning and virtually eliminates areas where food debris can collect
- Drainage & Comfort: Substantial underside knobs allow quick drainage while boosting standing comfort
- Traction: Flat yet textured surface improves grip on greasy, wet floors
- Compliance: Accepted for use in Canadian food processing facilities
- Size: 2-1/2' x 3' x 1/2'; custom and alternate sizes available on request
Ideal For:
- Food processing plants and commercial kitchens
- Wet, greasy work areas requiring slip resistance
- Facilities needing NSF-tested, anti-microbial flooring solutions
- Standing workstations where drainage and comfort matter
Frequently Asked Questions:
Q: Are these mats suitable for Canadian food processing facilities?
Yes, the Wearwell Grade "A" No. 482 Mats are accepted for use in Canadian food processing facilities.
Q: Do the mats resist bacteria and microorganisms?
Yes, they are made from 100% anti-microbial material and pass the ASTM test used by NSF to determine resistance to microorganisms.
Q: Can I order a custom size?
Yes, if you need a different or custom size, you can contact Linen Plus directly to arrange it.
Built for hygiene, traction, and durability, these mats are a practical choice for any facility that demands NSF-tested performance underfoot.
