factory low price Thermal Insulation Aluminum Foil Tape – kevlar flat cords/Rope – 3L Tex Detail:
Main feature:
Precisely control the rope width and thickness, no imaginary yarn, no thorns, clear and smooth texture, uniformed color, clear texture, generous and precise width and thickness,smooth and flat, , fire retardant, high temperature and heat resistance, wear resistance and cutting resistance, good mechanical properties, and chemical corrosion resistance. High strength, stable size, low shrinkage and puncture resistance, long working life, no melting point not melt.
Application:
It is widely used in glass tempering furnaces, glass printing equipment, glass lamination line, curing furnaces and other roller winding ropes, high-temperature glass binding belts, hardening furnaces, high-pressure autoclaves, high-pressure conveyor belts, coating equipment and other suitable purposes. Fire rescue, glass hoisting belt, aerial work, wire for film and television, outdoor sports, downhill, mechanical mine, hoisting traction, cable protection.
Product detail pictures:
Related Product Guide:
How to avoid mobile phone radiation
Is it useful for pregnant women to wear radiation protection suits?
Our team through qualified training. Skilled professional knowledge, powerful sense of support, to satisfy the support desires of consumers for factory low price Thermal Insulation Aluminum Foil Tape – kevlar flat cords/Rope – 3L Tex, The product will supply to all over the world, such as: Buenos Aires, Chile, Miami, For many years, we now have adhered to the principle of customer oriented, quality based, excellence pursuing, mutual benefit sharing. We hope, with great sincerity and good will, to have the honor to help with your further market.
By Roland Jacka from Bulgaria - 2017.03.28 12:22
Company director has very rich management experience and strict attitude, sales staff are warm and cheerful, technical staff are professional and responsible,so we have no worry about product,a nice manufacturer.
By Mavis from Austria - 2017.05.02 18:28