AVIATION GARMENTS WITH OUTSTANDING FLAME RETARDANT PROPERTY PRODUCED BY USING INFUSION TECHNOLOGY OF ARAMID FIBERS AND MANUFACTURING METHOD THEREBY

摘要

The present invention relates to an aramid convergence flame retardant aviation garments made of fabric, manufactured by weaving or knitting convergence yarn consisting of 40-60 wt% of Lenzing FR, 33-55 wt% of meta-aramid, and 1-5 wt% of anti-electrostatic yarn. The Lenzing FR, meta-aramid, and the anti-electrostatic yarn are mixed at an optical ratio. Strong points of the Lenzing FR material are used as much as possible. Weak points of aramid fiber are mitigated. Therefore, the aviation garments with high strength, sweat absorption properties, fast drying properties, and enhanced waterproof properties, anti-electrostatic properties, flame retardant properties, dyeing properties, and anti-peeling properties can be provided.