Aramid 1313 is a highly flexible polymer material known for its low stiffness and high elongation properties. It offers excellent spinnability, making it compatible with conventional spinning machines. This allows it to be easily woven into various fabrics or non-woven materials, while maintaining strong resistance to tearing.
One of the standout features of Aramid 1313 is its exceptional resistance to alpha, beta, xenon rays, and ultraviolet radiation. After exposure to 50 kV xenon rays for 100 hours, the fiber retains about 73% of its original strength, while materials like polyester or nylon would have already deteriorated into powder. This makes it ideal for use in extreme environments where radiation resistance is critical.
This material is widely used in special protective clothing due to its outstanding flame-resistant properties. When exposed to fire, Aramid 1313 does not burn, drip, or emit smoke. In high-temperature situations, such as sudden exposure to temperatures between 900°C and 1500°C, the fabric quickly carbonizes and thickens, forming a protective insulation layer that shields the wearer from heat. Adding small amounts of antistatic fibers or Aramid 1414 can further enhance its safety by preventing electrical discharge, arc damage, and static buildup.
In addition to protective gear, Aramid 1313 is also a top choice for high-temperature filter media. Its remarkable thermal stability, dimensional accuracy, and chemical resistance make it suitable for use in harsh industrial environments such as chemical plants, power stations, cement factories, and incinerators. These filters efficiently remove dust and resist harmful chemical fumes, while also aiding in the recovery of valuable metals.
Another unique application of Aramid 1313 is in honeycomb structure materials. By creating bionic multi-layer honeycomb sheets, this material offers an impressive strength-to-weight and rigidity-to-weight ratio—about nine times that of steel. It is lightweight, impact-resistant, flame-retardant, and corrosion-resistant. Additionally, it is resistant to aging and has good electromagnetic permeability, making it ideal for aerospace applications such as aircraft wings, missile components, satellite structures, and more. It is also used in high-performance vehicles like yachts, rowing boats, and high-speed trains.
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