NEWS

In the field of industrial safety protection and high-end specialty textiles, a high-performance material called "pre-oxygen wire" is triggering an industry revolution. As a precursor of carbon fiber, pre-oxygen fiber fabric has successfully broken through the performance bottleneck of traditional protective materials with its unique molecular structure and has become the first choice material in high-end fields such as aerospace, fire protection equipment, and new energy.

1. Extreme temperature resistance, define a new height of safety

The pre-oxygen wire fabric can maintain its structural stability for a long time under a high temperature environment of 300℃, and its instantaneous temperature resistance is as high as 1600℃. This performance is far superior to ordinary flame retardant fabrics (usually withstand temperatures around 200℃), making it an ideal choice for high-temperature operation scenarios such as metallurgy and electricity. Experimental data show that in the 800℃ open flame test, the pre-oxygen wire fabric only undergoes surface carbonization and will not experience melting and dripping, which fundamentally eliminates the risk of secondary scalding.

2. Intrinsically flame retardant, safer and more reliable*

Unlike traditional flame retardant fabrics that rely on chemical additives, pre-oxygen wires achieve essential flame retardant through molecular structure modification, with the ultimate oxygen index (LOI) reaching 38-55%, far exceeding the international flame retardant standard (LOI>28%). In practical applications, the fabric does not burn or explode when it encounters fire, and only slowly carbonizes at a speed of 0.1mm/s, winning valuable escape time for users. What is more worth noting is that its flame retardant performance is not affected by the number of washes and its service life can reach more than 3 times that of ordinary flame retardant fabrics.

3. Multiple protection to deal with complex environments

Pre-oxygen fiber fabric has unique "three-proof" characteristics:

Anti-corrosion: It can resist 80% concentration of sulfuric acid, sodium hydroxide and other strong corrosive media

Anti-static: The surface resistance is stable at 10^6-10^8Ω to avoid sparks and explosions

Radiation prevention: UV shielding rate >95%, X-ray absorption rate >80%

This combination of characteristics makes it show irreplaceable value in special scenarios such as chemical industry and nuclear power plants.

4. Green intelligent manufacturing leads sustainable development

Using closed-loop production process, during the production process of pre-oxygen wire:

Energy consumption is 60% lower than carbon fiber

Zero emission of wastewater and waste gas

Finished products can be 100% recycled

Fully complies with the restrictions on hazardous substances under the EU REACH regulations.