What are the characteristics of aramid fiber

    The characteristics of aramid fiber and aramid fiber are widely used in the manufacturing process of cloth. Aramid fiber is widely used in many textile manufacturers. Many clothing fabrics also have great advantages in the production of aramid fiber and aramid fiber. Then , why is aramid fiber so popular? Let me give you a little more detail.

    Aramid fiber is a new high-tech synthetic fiber with high strength, high modulus, high temperature resistance, acid and alkali resistance, and light weight. Due to its characteristics and functions, it has many applications in the military and is an important national defense material. For example, many body armors developed in the world are made of aramid materials, aramid fiber lightweight body armor, and helmets, which effectively improve the rapid response ability and damage ability of troops.

    In addition, due to its light weight and high strength, it saves a lot of fuel in the aerospace field and has been widely used. The tire industry has also begun to use aramid cords to reduce weight and rolling resistance. Aramid pulp is passed through aramid fiber The fibrillation after surface treatment, its unique surface structure greatly improves the grip force, so it is very suitable as a reinforcing fiber for friction and sealing products.

    Such as hexagonal special fiber, aramid fiber 1414 pulp, which is characterized by sleep shallow flowers, plush, rich hairiness, high strength, good dimensional stability, no brittleness, high temperature resistance, corrosion resistance, toughness, small shrinkage, and It has good abrasiveness, large specific surface area, and can be well combined with other substances. It is a reinforcing material. As a gasket reinforcing material, it has good elasticity and sealing performance, and is harmless to human health and the environment. It can be used for water and oil The sealing strength of media such as gas, acid and alkali is moderate, and the gasket has good sealing performance and resistance to creep relaxation.