Chinese Corporation Invents Heat-Resistant Fabric Tolerant to 1,183 Celsius Temperature
In the world of textiles, a groundbreaking innovation is making waves. NanoFlex, a leading company in the production of nanomembrane tissue materials, is set to redefine the industry with its high-strength nano-membrane fabric.
This remarkable material, just one percent of the thickness of human hair, can be applied to ordinary fabrics, making them exceptional. The nano-membrane fabric boasts a unique composition, created through dual covalent crosslinking of amino-containing siloxane segments, phosphorus-containing monomers, and hydroxyl-rich cellulose segments.
The outer layer of firefighters' dress materials is traditionally made from aramid fibres like Nomex, which carbonize rather than melt in heat. The nano-membrane fabric, however, offers a promising alternative, promising to withstand extreme temperatures up to 2,192 degrees Fahrenheit (1,200 degrees Celsius).
Safmax, another pioneer in the field, has showcased these nano-membrane fabrics, claiming them to be an improvement over previous flame-retardant cotton fabrics. These fabrics are not only flame-retardant but also waterproof, windproof, and breathable, making them ideal for a variety of applications.
The nano-membrane fabric's properties extend beyond its resistance to fire. It is also claimed to be hydrophobic and breathable, ensuring comfort and protection in various weather conditions.
In the realm of firefighting, these fabrics can be used in firefighting suits and fire blankets to isolate airflow during battery fires in new energy vehicles. This could potentially save lives and reduce the risk of further damage in such situations.
Traditional methods for creating flame-retardant fabrics involve adding inherent flame-resistant fibres like modacrylic or treating flammable fabrics with chemicals. Chemical treatments can involve reactive finishes or additive finishes. In recent years, flame-retardant cotton fabrics have been made using various flame retardants, including phytic acid (PA), ammonium polyphosphate (APP), and diphenylphosphine (DPP).
However, the specifications of the nano-membrane fabric material were not revealed by Jiang Huangsen, adding an element of intrigue to this revolutionary development. The material is claimed to be the most effective and convenient solution to tackle fires, offering a promising future for both the textile and firefighting industries.
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