Electrical fire protection clothing / 93%meta-aramid/5%para-aramid/2%anti-static flame resistant fabric 180gsm

Gaoshikang provides the highest level of protective fabrics and yarns for military, firefighting, police, petrochemical, smelting power a.o. applications by using the latest fiber materials and advanced finishing technologies where people are exposed to flames, high temperatures or Risk of arcing. Made from inherently flame-resistant fibers, these fabrics provide long-lasting protective properties.

●Flame retardant and heat resistance

Meta-aramid sewing thread has an oxygen index (LOI) greater than 28, so it will not continue to burn when it leaves the flame. The flame retardant properties of our meta-aramid fiber are determined by its own chemical structure, so it is a permanent flame retardant fiber that will not reduce or lose its flame retardant properties due to use time and washing times. Our meta-aramid fiber has good thermal stability, can be used continuously at 205°C, and can still maintain high strength at high temperatures above 205°C. Meta-aramid sewing thread has a high decomposition temperature, and it will not melt or drip under high temperature conditions, and it will start carbonization when the temperature is higher than 370 °C.

Using aramid solution dyed fiber pure spinning or IIIA mixed to make fabrics in various colors and specifications. The main colors are: navy blue, orange, sapphire blue, earthy yellow, bright red, etc. Processing can be done according to the user's requirements for color and weight.

Conventional Specifications: 150g/㎡/180g/㎡, 210g/㎡, 235g/㎡, etc.

Wuxi Gaoshikang New Material Technology Co., Ltd. is an enterprise specializing in the production of high-performance flame-retardant yarns and fabrics for special protective clothing, and yarns and base cloths for environmentally friendly filter materials. The annual output is 1,000 tons of protective yarns, 1,200 tons of yarns of filter base cloths, 1 million meters of protective fabrics, and 8 million square meters of filter base cloths.