Flame retardant fabrics have become the new favorite in the winter fabric market
Classification:
flame retardant fabric
With the development of science and technology, Flame-retardant fabrics processes and technologies are also constantly being reformed and updated. In order to adapt to the needs of the current social market, Flame-retardant fabrics are also constantly being developed and researched, and we are working hard to enter the environmentally friendly fabric market. The weather in winter is dry and flammable. Nowadays, flame-retardant fabrics are welcomed by the winter market. Moreover, people nowadays pursue low-carbon life, green life, and create a conservation-oriented society. The fabric market is also responding to social calls. Actively working hard to create functional fabrics – flame retardant fabrics.
At present, the development of flame-retardant textiles for functional fabrics has good development prospects, and the development of flame-retardant textiles using flame-retardant fibers and anti-static and anti-UV modification technology is an important development direction in the field of industrial fiber materials in the future. Strengthening the development of new functional fabric flame retardant fibers and the functionalization of flame retardant textiles, especially the development and performance optimization of polysulfone amide flame retardant products, has important scientific research and practical value in promoting the development of functional fabric flame retardant textiles.
The research on flame-retardant fabrics has mainly made breakthroughs in the optimization of the thermal stability of fiber-forming polymers. Functional fabrics will be aromatic. Rings or aromatic heterocycles are introduced into the macromolecular chains of fiber-forming polymers to increase the density of the macromolecular chains, thereby improving the cohesion and rigidity of the molecular chains, and using wet spinning methods to achieve high thermal stability of polymers spun into fibers. The cross-linking reaction between the linear macromolecular chains in the fiber structure will form a three-dimensional cross-linked structure. This cross-linking reaction prevents the carbon chains in the fiber structure from breaking, so that the prepared fiber has flame retardant properties such as non-shrinkage and non-melting. characteristic. The fibers are placed in an air oxidation furnace at 200-300oC and undergo high-temperature carbonization treatment for a certain period of time to obtain fibers with flame retardant properties.
After the above introduction, we have a simple understanding of Flame-retardant fabrics. If you have any needs in this regard, you can contact us Contact us and professional staff will answer all your questions, or log in directly to view relevant information. The city mainly produces flame-retardant fabrics, anti-UV fabrics, functional fabrics, flame-retardant fabrics, acid-proof and alkali-proof fabrics and other products. Most of the products are suitable for clothing fabrics, and some are used as home textiles and decorative fabrics and are exported to many countries and regions. Fabrics can be customized according to incoming samples or special finishing services can be provided.
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