Aramid Fabric

Industrial manufacturing field:
Aramid fabric can be used to make high-temperature and corrosion-resistant products such as high-temperature filter materials, valve covers, and sealing gaskets. In addition, in textile, petrochemical, electronics, shipbuilding and other industries, aramid cloth is also a commonly used material.

Electronic and electrical field:
The laminated substrate made of aramid fiber and epoxy, phenolic, polyimide and other resins has a high matching degree of linear expansion coefficient with ceramics, and will not cause cracking under the action of thermal expansion and contraction, and can be used to make surface mount technology The special printed circuit board in it is conducive to the miniaturization and light weight of electronic equipment.

Military Field:
Aramid fabrics are mainly used in the production of protective equipment such as bulletproof vests, stab-proof vests, and helmets. Because aramid cloth has excellent strength and heat resistance, it can effectively protect soldiers from bullets, shells and other attacks.

Aerospace:
Aramid fiber has low density, high strength, and good corrosion resistance. It can be used to manufacture rocket engine casings for missiles, broadband wave-transmitting materials for fuselages, main wings, and empennages of aircraft and spacecraft, and structural components that can withstand impact forces. Aramid fiber can also be used to make secondary structural materials for large aircraft, such as cabin doors, windows, wings, fairing body surfaces, etc., and can be used to make ceilings and warehouse walls in the aircraft to reduce its weight.

Other areas:
Aramid fibers contain a large number of benzene rings in their molecules, which have good chemical stability, corrosion resistance, high specific strength, light and strong, and can be used to manufacture cables for seagoing vessels and deep oil wells. Utilize the high temperature resistance and fatigue resistance of aramid fiber to make high-grade rackets, fishing rods, sleds, skis, ski poles, bows and arrows, rowing boats, golf clubs, etc., and can also be used to make mountaineering shoes with harsh sports conditions Boots, boxing gloves, racing helmets, racing car bodies, etc.