PATIKIL Rubber Strips, 3/16" Thick x 2" Wide x 10' Long Neoprene Rubber Sheets Solid Rubber Rolls for DIY Gasket Flooring Weather Stripping

• Material: Rubber; Solid Rubber Rolls Length: 3 m / 10 Feet; Rubber Strips Size: 50 x 5mm / 2 x 0.2 inch (W*T); Package List: 1 x Rubber Rolls
• Advantage: The rubber seal strips are black in color and smooth on both sides. With good flexible, wear-resistant tear-resistant, oil resistance, aging-resistant and long-lasting, strips can seal and even protect your floors with its cushioning properties.
• The rubber seal solid strip has exceptional durability, which remains firm and flexible in a wide range of temperatures and conditions, suitable for wide use.
• Application: Neoprene rubber strips roll for multiple purposes, rubber sheets for DIY gaskets, pads, seals, crafts, flooring, cushioning of anti-vibration and anti-slip.It is applications include belting and sound-proofing.
• Instruction: Rubber strips roll is easy to cut the size you want with scissors or a blade and bend easily into any shape, great for any DIY project.

Neoprene rubber strips roll for multiple purposes, rubber sheets for DIY gaskets, pads, seals, crafts, flooring, cushioning of anti-vibration and anti-slip.It is applications include belting and sound-proofing. Specification Material: Rubber Solid Rubber Rolls Length: 3 m / 10 Feet Rubber Strips Size: 50 x 5mm / 2 x 0.2 inch (W*T) Package List: 1 x Rubber Rolls Advantage The rubber seal strips are black in color and smooth on both sides. With good flexible, wear-resistant tear-resistant, oil resistance, aging-resistant and long-lasting, strips can seal and even protect your floors with its cushioning properties. The rubber seal solid strip has exceptional durability, which remains firm and flexible in a wide range of temperatures and conditions, suitable for wide use. Instruction Rubber strips roll is easy to cut the size you want with scissors or a blade and bend easily into any shape, great for any DIY project. NOTE: This product is measured manually, so there will be an error of about 0.1 inch.