Coir Matting Is Moulded With Natural Rubber ,the Border Will Class In Look And Strong
Rubber Backed Polyproplene Mat Made By Using Polyproplene Carpet Moulded With Natural Rubber
Pvc Back Coir Mat Makes by Using Natural Coir Is Machine Tuffted With Thin Layer of Poly Vinyl Chloride Its Use as Outdoor Mat,shredding Is Very Low Design: Any Customized Design Will Make Shape:rectangle,semi Circle ,oval and Any Customized Shape
Rubber backed/Tufted Mats Coir mats formed by the bonding to the compounded rubber sheet base by vulcanizing process. The brush portion of the mats is embedded over the rubber sheets and designs are produced on the surface of the mats.
Designed ergonomically, these rubber mats reduce stress on joints and muscles while ensuring the safety of those who spend long periods of time standing up at work, in the home, garage or elsewhere. This robust rubber ring mat provides an excellent solution for commercial restaurants and industrial establishments
These mats are designed to withstand heavy usage and provide slip-resistant surfaces, making them ideal for businesses, gyms, or homes. They come in various sizes, styles, and thicknesses to suit different needs. Material : 100% recyclable rubber They are heavy, wont slip or slide and are suitable for all weather conditions. Can be used both indoors and outdoors. Can be even used as a wall decor.
Rubber backed/Tufted Mats Coir mats formed by the bonding to the compounded rubber sheet base by vulcanizing process. The brush portion of the mats is embedded over the rubber sheets and designs are produced on the surface of the mats.
Roll size Packing roll/cont 40ftHC 0.6 m (W) x 10m (L) = 6m2 320 rolls (+/-10%) 1.0 m (W) x 10m (L) = 10 m2 200 rolls (+/-10%) 1.2 m (W) x 10m (L) = 12 m2 165 rolls (+/-10%) 1.5 m (W) x 10m (L) = 15 m2 110 rolls (+/-10%)
Roll size Packing roll/cont 40ftHC 0.6 m (W) x 10m (L) = 6m2 320 rolls (+/-10%) 1.0 m (W) x 10m (L) = 10 m2 200 rolls (+/-10%) 1.2 m (W) x 10m (L) = 12 m2 165 rolls (+/-10%) 1.5 m (W) x 10m (L) = 15 m2 110 rolls (+/-10%)
