Rubber-Cal Rubber Anti-Vibration Mat - 1/4" x 4ft Wide x 5ft Long - Black Washing Machine Vibration Mat Guide

Product Name: Rubber-Cal Rubber Anti-Vibration Mat - 1/4" x 4ft Wide x 5ft Long - Black Washing Machine Vibration Mat Price: Check Price... Feature: 1/4 inch thick washing machine pad made from recycled rubber Designed to withstand heavy equipment and for appliance floor protection Tough appliance mat absorbs vibration and isolates noise from equipment and washers and dryers 100% recycled rubber tires act as fantastic appliance floor protection An affordable anti vibration, appliance floor protection, and impact reduction mat More Info...

Product Description Rubber-Cal's recycled rolled rubber mat and flooring option that is available in 2 gauges: a 1/4 inch thick and a 3/8 inch thick. This flooring option is perfect for a variety of anti vibration and floor protection applications. Because the material is domestically made with 100% recycled rubber, this mat is both socially and ecologically responsible. This product is excellent for indoor or outdoor applications due to high contents of EPDM (i.e., a UV/Ozone resistant elastomer) found in the recycled tire rubber. Recycled rubber is a superior material for reducing noise, containing vibration, and absorbing shock from workout or washing machine equipment. This floor protector pad is specifically manufactured for durability and is designed for residential and commercial applications often exposed to heavy foot traffic. Moreover, the space-age polyurethane based binder used during the manufacturing process enhances the rubber's natural anti-fatigue qualities. Each anti vibration mat is fabricated from thousands of rubber granules and offers superior underfoot comfort and support along with a resilient cushioning for the shock of running, exercising, walking and standing. One of the biggest concerns commonly associated with rubber appliance mats is their installation. However, this mat weighs roughly 50lbs in a 4ft x 10ft roll and generally lies flat under its own weight; therefore there is no need for permanent adhesives.