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Mats Avenue Rubber Pin Dot Door Mat Anti Slippery Black Design Black 45X75 CM
Size46x76 CM
Product Dimensions76L x 46W Centimeters
ColourBlack
PatternSolid
MaterialRubber
ShapeRectangular
Weave TypeMachine-Made
Pile Height7.5MM
Item Weight2250 Grams
Construction TypeMachine Made
About this item
  • Mats Avenue Rubber mats are extremely safe, hygienic and offer a non-slip work surface.
  • Our Rubber mat Coming with soft rubber pins which ensures removal of water, accumulated mud, debris and snow.
  • There are Small studs on the underside of each mat which allow moisture to easily drain away and keep mats securely in place were in prolonged use , Hence it can be used in wet surfaces as well as wash rooms too
  • Mats Avenue Rubber Mats are 100 % Ecofriendly with Long Durability , It is made up of recyclable Rubber It is also washable and easy to clean.
  • Mats Avenue Rubber Mat Posses Anti Fatigue properties provide all-day comfort when standing for long periods of time. Perfect for in-plant applications including workstations, Production lines ETC

Mats Avenue Rubber Pin Dot Door Mat Anti Slippery Black Design Black 45X75 CM

₹1,100.00 Regular Price
₹528.00Sale Price
Taxes Included |
  • Manufacturer Mats Avenue Floorings(OPC) PVT LTD, Mats Avenue Floorings(OPC) PVT LTD Kerala South India
    Packer Mats Avenue
    Importer Mats Avenue Floorings(OPC) PVT LTD
    Item Weight 2 kg 250 g
    Item Dimensions LxWxH 76 x 46 x 0.1 Centimeters
    Net Quantity 1.00 count
    Included Components Rubber
    Generic Name Door Mat

  • Mats Avenue Rubber mats are basically suit for all entrances rather it provides you with a great surface for places where people may need to stand for long periods of time. It provides enough cushioning to help reduce fatigue and foot injury. It also does not produce static built up and is a great choice for restaurant kitchens and bar areas. These mats in large sizes and have wide applications. Designed as per the industry set standards, these mats are known for their impeccable design, smooth finish and optimum insulating property

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