heat resistant aramid staple fiber online manufacture

Heat resistance aramid fiber: Intermediate aramid fiber has good thermal stability, can be used continuously under the condition of 205, and can still maintain high strength under the high temperature condition ... Read More

Heat resistance aramid fiber 2D*51MM: Intermediate aramid fiber has good thermal stability, can be used continuously under the condition of 205, and can still maintain high strength under the high temperature ... Read More

Chemical resistant aramid fiber: Aramid has excellent resistance to most chemical substances, can withstand most high concentration of inorganic acid, alkali resistance at room temperature. Specification Of ... Read More

High Strength Meta Aramid Staple fibers for Non-woven Fabrics With High Temperature Resistance A flexible polymer with higher breaking strength than ordinary polyester, cotton, nylon, etc., large elongation, ... Read More

Radiation-Resistant aramid fiber: Excellent radiation resistance. For example, the intensity remained constant under the long-term exposure of 1.210-2 w/in2 UV and 1.72108rads of rays Specification Of Radiation... Read More

Radiation-Resistant aramid fiber 2D*51MM : A flexible polymer with higher breaking strength than ordinary polyester, cotton, nylon, etc., large elongation, soft feel and good spinnability. It can be produced ... Read More

Friction-resistant aramid fiber 2D*51MM: Aramid excellent friction resistance, after 100 times of washing, with intermediate aramid processing fabric tear strength can still reach more than 85% of the original ... Read More

High Strength Aramid Fiber A flexible polymer with higher breaking strength than ordinary polyester, cotton, nylon, etc., large elongation, soft feel and good spinnability. It can be produced into staple fiber ... Read More

High Strength Aramid Fiber 1.5D*38MM: A flexible polymer with higher breaking strength than ordinary polyester, cotton, nylon, etc., large elongation, soft feel and good spinnability. It can be produced into ... Read More