PIG® Ultra-Duty Adhesive-Backed Grippy® Floor Mat

Hassling with rubber-backed floor mats or rental mats? Make the switch to the mat that sticks; our super-safe, adhesive-backed ultra-duty floor mat creates a safe walking surface in entrances and aisleways.

• 3' x 100' mediumweight roll allows you to customize the amount of walk off and floor coverage you need to provide a high-traction walking surface in wet problem spots for customers and employees; replaces outdated rental and rubber-backed floor mats and rugs
• Place in doorways and entrances, walkways and aisleways, transition areas, breakrooms and cafeterias, along produce walls or floral displays, on production floors, ramps and loading docks, beneath water fountains, ice machines and beverage stations or under liquid hazard areas
• Adhesive-backed floor mat stays exactly where you put it with no shifting, bunching up or ripples that cause slips and trips
• Dries out quickly without moisture soaking through to the floor; absorbs water, oil and grease and traps dirt and salt to keep it from being tracked around
• Stays in place for up to 3 to 6 months, depending on conditions and traffic patterns
• Weighs less than rental and rubber-backed mats for less hassle, saves you up to 50% per year on rental contracts and has a lower environmental impact
• Easy to clean: you can sweep, vacuum, mop, use your shop/wet vac or run your floor scrubber over Grippy Mat and it won't budge
• The thinnest commercial floor mat you can buy: no rippled edges to obstruct doors or create tripping hazards. ADA compliant for wheelchairs and walkers; carts and pallet jacks roll right over it
• Sticks to most commercial floor surfaces including concrete, vinyl, linoleum, ceramic tile, quarry tile and laminate flooring
• Tested and Certified by the National Floor Safety Institute (NFSI): high-traction surfaces such as PIG Ultra-Duty Grippy Mat have been proven to reduce slip-and-fall claims by as much as 90%
• Mats take on the properties of absorbed liquids - always take proper precautions when handling saturated absorbents