The Development Prospect Of Global High Performance Fiber Is Very Good.

Here world Clothing and shoes The weave of the net gives you an introduction to the development prospect of the global high-performance fiber.

As global economic growth is generally slowing down, how can China transform, upgrade and sustainable development as a global manufacturing base for chemical fiber? The domestic chemical fiber industry has recently conducted investigations and discussions, forming a consensus of "technological innovation and industrial chain cooperation to drive the sustainable development of chemical fiber industry".

It is understood that high-performance fiber is the development trend of the global chemical fiber industry. In the past 10 years, the output of global chemical fiber has been growing at an average annual rate of 3%, while high performance fibers are growing at a rate of nearly 30%. The next 5~10 years will be the golden period for the development of high-performance fibers. At present, in the division of international chemical fiber industry, China mainly undertake the manufacture of chemical fiber and chemical fiber textiles with a large quantity, and the proportion of high-end products and specialized products is low. In order to enter the high-end, technological innovation is particularly important.

Duan Xiaoping, President of China Chemical Fiber Industry Association, believes that with the growth of global economy and the increase of per capita fiber consumption, the output of global chemical fiber will increase further. However, for China, the growth rate of chemical fiber will decrease sharply with the adjustment of the global industrial division due to the large base. Technological progress will play a great role in promoting the development of bio based fibers and high-performance fibers. Moreover, the growth of bio based fibers and high-performance fibers may create new environmental problems, and also be solved by technological innovation.

Yu Jianyong, academician of the Chinese Academy of engineering, pointed out that the development of science and technology in textile industry must keep pace with the development of new technology in the world. The development trend of textile materials mainly includes: developing bio based fibers, making full use of cellulose, starch, protein and other renewable resources to develop bio based primary fibers, bio based regenerated fibers and biologically based synthetic fibers; fiber properties tend to be high performance; carbon fiber, aramid, and machine free fibers are further developing towards high strength, high modulus and high temperature resistance; fiber varieties tend to be highly differentiated and multifunctional, emphasizing multiple technology integration.

Integrating various resources and realizing the synergy and cooperation of the whole industry chain is also an important topic for the chemical fiber industry. In recent years, the industry has made a useful attempt in this respect. For example, the forum, exhibition and other activities pay more and more attention to the participation of upstream and downstream enterprises. The industry has formed a strategic alliance of China's chemical fiber recycling and recycling economy technology innovation, bio based protein fiber technology innovation strategy alliance, and bio based polyamide fiber technology innovation strategic alliance. Zhao Xiangdong, vice president of China Chemical Fiber Industry Association, said that at present, the industry chain has formed a consensus on collaborative innovation, and cooperation in technology, market and team also has conditions.

Practice has proved that carrying out the whole industrial chain cooperation will help to link up the supply and demand of all links from chemical fiber raw materials to terminal consumer goods more effectively. The changes in the terminal market can be better transmitted to all aspects of the industrial chain, and also help to gather collective strength to solve the common problems in the industry. "More secure supply of raw materials, closer to the market, faster occupation of market segments, and faster industrialization of products" is the goal of the whole industry chain cooperation and cooperation.

China's chemical fiber industry has a good foundation for development, and its transformation and upgrading will be accelerated through technological innovation and industrial chain cooperation. The research report provided by China Chemical Fiber Industry Association shows that China's entire chemical fiber industry has formed a complete industrial chain matching system; the chemical fiber industry has the leading equipment and technology in the conventional production field; the products include conventional chemical fiber, high performance chemical fiber and bio based chemical fiber, and China has become the most widely covered and widely used country.

　　 Industry perspective

After shuffling, there will be a win-win situation.

Andreas Engelhardt, general manager of fiber Yearbook consulting company: in the past 25 years, the scale of the global chemical fiber industry has doubled, and for the first time in 2013, more than 90 million tons. Although the total fiber consumption will continue to increase in the future, the forecast data of regional disposable income and population growth indicate that the growth rate of global fiber demand will slow down as the proportion of developed countries in total fiber consumption decreases. At present, the level of fiber consumption in developed countries is higher than the world average. However, the free release of market power and market driven investment will eliminate obsolete and inefficient production facilities, and the market of shuffling will usher in a win-win situation.

New biomass fiber materials can get rid of over reliance on oil.

Dr. Wang Xueli of Donghua University: after 80 years of nylon invented by DuPont, biobased polyamide can be industrialized. Polyamide is synthetic fibre The second varieties, with excellent processing and performance, are widely used in high-end clothing, home textiles and industrial applications. The development of new biomass fiber materials will enable chemical fiber materials to get rid of over reliance on oil and achieve sustainable development.

Comparing the performance of several kinds of polyamide, Thailand has a good performance. TLC is a new material made up of bio-based amyl two amine and petroleum adipic acid. Its biological base content is 45%, and its scientific name is polyamide 56. Thailand polymer has higher melting point and heat resistance and better spinning performance. The TLP fiber has good mechanical properties, elastic recovery and hydrophilicity, and also has good low temperature dyeing properties.

　　 Bio based protein composite fiber has broad market prospects.

Zhang Jing, deputy general manager of Yibin Hui Mei new material Limited by Share Ltd, the bio based protein composite fiber is superior to polyester and other synthetic fibers in terms of comfort, skin care and drapability, and its raw materials are renewable, and products can be degraded after use. With the expansion of the supply and demand gap of petrochemical resources and the increasing demand for clothing comfort performance, the advantages of bio based protein composite fibers will continue to emerge.

Whether in fabrics, underwear or sanitary products, bio based protein composite fiber has a very good market prospect. Through market research, Yibin Hui Mei has preliminarily confirmed that the next stage of bio based protein composite fiber will be developed around plant protein, including corn protein fiber, rice protein fiber, rapeseed protein fiber and so on.

　　 The automotive industry revolution brings opportunities for high-performance fibers.

Luo Yifeng, President of China New Materials Technology Association: the requirements of lightweight automobile, in addition to promoting the multi-purpose application of plastic parts, have also promoted the all-around application of natural fiber reinforced plastics, carbon fiber and ultra-high molecular weight PE fiber hybrid composite components, para aramid fiber radial tire, tape, rubber hose, brake block (carbon fiber products) and plastic optical fiber (POF).

MITSUBISHI liyang's automotive light display and optical communication credit POF is gaining popularity all over the world. PMMA is POF with core material and fluoropolymer as sheath material. Its diameter is 1 mm and 0.75 mm. It has been used in high-end cars such as Mercedes Benz, BMW, Audi, Ford and so on. It accounts for 60% to 70% of the world's market share. In 2013, the demand is 50 thousand to 60 thousand kilometers. But the cheap POF with polystyrene core and PMMA as sheath material has been partly applied to Chinese cars, and used as LED lighting and optical display system. Ningbo Dacheng new material Limited by Share Ltd and Chery automobile have developed PAN-CF and UHMWPE fiber woven fabric reinforced epoxy engine hood and battery case test products, not only lighter, but also increased impact resistance.