high strength aramid staple fiber online manufacture

Product Description: Aramid Staple Fiber is a high-performance short fiber made of aramid materials. It is characterized by its high thermal stability, abrasion resistance, and its length and diameter of 51MM ... Read More

Product Description: Aramid Staple Fiber, distinguished by its exceptional attributes, embodies both a "High Melting Point" and "High UV Resistance." These fibers exhibit a remarkable ability to withstand ... Read More

Product Description: Aramid staple fiber is an extremely strong and heat-resistant short fiber made of polyamides. It is a type of aramid short staples that are highly resistant to abrasion, UV radiation and ... Read More

Flame Retardant aramid fiber: The flame retardant properties of intermediate arylon are determined by its own chemical structure, so it is a permanent flame retardant fiber, not due to the use of time and ... Read More

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

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

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

Friction-resistant aramid fiber: 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 strength... 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