Mohawk Home Non Slip Rug Pad Low Profile Felt Cushion Reversible - Grey

Balancing cushioned comfort and long-lasting protection, the Mohawk Home Low Profile Dual Surface Rug Pad offers thin cushioning, non-slip grip, insulation, sound absorption, and superior flooring protection that is perfect for busy households. A great choice for all floor types, the durable blended felt fibers and non-slip latex backing is essential to keeping your rug attractive and in place and your floors damage free. Available in scatters, runners, and popular sizes such as 5x8, 6x9, and 8x10, this rug pad can also be easily customized using scissors to fit any size or shape. Our rug pads feature Green Label Plus Certification by The Carpet & Rug Institute, showcasing top quality products with the lowest chemical emissions on the market.

FEATURES:

• LOW PROFILE FELT CUSHION: The versatile and thin cushioning offers a subtle soft feel underfoot, added sound absorption, insulation, and extra comfort for area rugs in busy spaces. 聽
• NON-SLIP GRIP: Latex rubber backing helps prevent slipping, sliding, bunching, and wrinkles, as well as keeps the area rug surface smooth on the floor to make vacuuming easier.聽
• LONG LASTING PROTECTION: Durable felt protects flooring from long-term damage, such as scratches, scrapes, punctures, other types of abrasion wear, and discoloration from area rug backing. 聽
• CUSTOMIZABLE SIZING: Simply trim your rug pad with scissors to fit any area rug size or shape by cutting approximately 1-2 inch short of your area rugs perimeter.
• EASY TO USE: For carpet, simply place the rug pad under your rug with the felt side down toward the carpeting. For hard surface flooring, place the rug pad under your rug with the non-slip latex rubber side facing down toward the floor.
• SUSTAINABLY SOURCED: Consciously created from post-industrial recycled polyester fibers, these environmentally friendly rug pads are made with our planet's future in mind.聽
• MADE IN THE USA: Proudly manufactured in America with US and imported materials.