New Fiber Development Direction: Multi-Functional And High-Performance Composite

< p > multi-functional, high-performance composite is the development direction < /p >
< p > with the development of science and technology and the improvement of living standard, human beings are not only satisfied with the general demand of < a href= "http://cailiao.sjfzxm.com/Matertial/show/default.aspx" > fiber textile > /a, but also put forward the requirements of health care, comfort and so on. High performance, multi-functional fiber textiles are constantly emerging, directly affecting the general chemical fiber market. Therefore, the development of functional fiber is one of the important directions in the development of chemical fiber industry. < /p >
< p > functional fibers have both single function fibers and multifunctional integrated fibers. They play an important role in protection, material separation, biomedicine, health care, conduction and intelligent adjustment. The development and utilization of functional fibers will have a great impact on the future development of the chemical fiber industry. First of all, the development of functional fiber is the requirement of textile and clothing, industrial textiles and other fields. Secondly, the development of high technology has provided favorable conditions for the development of functional fibers. The joint development of enterprises and colleges has increased the added value of functional products and improved the competitiveness of enterprises. At present, the single function of chemical fiber products can no longer meet the market demand. Multi-functional and high-performance composite is the main direction of the future development of chemical fiber industry. < /p >
< p > functional fibers can be classified into six categories according to their functions: protective fibers (mainly antistatic, anti radiation, UV resistant, flame retardant fibers); material separation fibers (mainly including ion exchange, adsorption fibers and hollow fiber separation membranes); biomedical fibers (including chitin, PLA and other fibers); health care fibers (mainly antibacterial, deodorant, temperature regulating, far-infrared, negative ions and other fibers); conductive fibers (including superconducting, conductive, optical fiber); intelligent and other fibers (mainly bionic, super absorbent fiber, etc.). Functional fibers can be classified into physical functional fibers, chemical functional fibers and biological adaptive functional fibers according to their main properties. < /p >
< p > > a href= "//www.sjfzxm.com" > flame retardant fiber < /a > become hot spot market < /p >
< p > flame-retardant polyester fiber is a typical protective functional fiber, widely used in clothing, home textiles and industrial textiles, and has good market prospects. With the increasing awareness of fire hazards, the development of flame-retardant products has been increasing. The flame retardant polyester fiber and its products have become a new hot spot in China's textile market and have good prospects for development. < /p >
< p > on the basis of flame retardant polyester fibers, the development of durable, high efficiency, multifunctional composite flame retardant fibers and textiles is a new trend in the development of flame retardant functional fibers and textiles. Multifunctional textiles with flame protection, antibacterial and anti mite functions have great application value in the emerging fields such as aviation and high-speed rail. < /p >
< p > at present, most of the antibacterial fibers are prepared by fiber modification or finishing. The aim is to introduce various antibacterial groups and substances. The antibacterial materials and antibacterial finishing agents used can be divided into inorganic antibacterial materials, natural antibacterial materials and organic antibacterial materials. < /p >
< p > antibacterial > a href= "//www.sjfzxm.com/news/" > functional textiles < /a > convention can be made in two ways: first, the fabric is used for antibacterial purposes.
< p > the finishing agent is used for finishing the antibacterial properties; the two is to directly use antibacterial functional fibers to make all kinds of fabrics, and the antibacterial functional fibers can be prepared by in-situ polymerization and masterbatch blending. The masterbatch blending method is easier to operate and widely used. With the rapid development of inorganic nanomaterials, inorganic nano antibacterial materials have become a research and development hotspot due to their excellent antibacterial properties and stability. < /p >
< p > at present, the flame retardant polyester fiber has become a hot spot in the market, and the multifunctional polyester fiber with flame retardancy is more demanded by the market. The special function and multifunctional integration of polyester will help to improve the added value of chemical fiber products. < /p >