< p > in the recent Spring Research of the China Textile Industry Federation, a team of scientific and technological research teams led by the vice president of the "a href=" //m.pmae.cn/news/index_c.asp "Sun Ruizhe" /a went to Jiangsu, Funing, Changzhou, Wuxi, Zhangjiagang and Taicang to visit industrial, textile and chemical fiber enterprises and 1 universities. 6 seminars were held to exchange and discuss the pformation and upgrading of the environmental protection filter industry in Funing, the scientific and technological innovation of Changzhou textile machinery enterprises, the frontier research of textile and clothing in Jiangnan University, and the cooperation of industry, University and Research Institute.

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< p > some enterprises in Funing filter industry cluster insist on scientific and technological innovation so that they occupy a leading position in the industry.

For example, Dongfang bag company has undertaken the key technology and industrialization of high performance functional filtration materials in the national science and technology support plan of 12th Five-Year. The project has broken through the key technologies such as filtration materials, dry non-woven forming, low damage needling, spunlace reinforcement, functional finishing and so on. It has realized the industrialization application of high filtration efficiency, low resistance, long life and high temperature resistant filter materials, and has met the requirements of large scale application of domestic thermal power and steel making enterprises.

Fluormers has been committed to the study of filtration efficiency and developed advanced production technology combining filament and staple fiber, needling and spunlacing. It can get ultra-fine fiber <0.1dtex of ultra-fine diameter. The nonwoven filter material made of this kind of fiber has a denser and more complicated three-dimensional structure than ordinary synthetic fiber made of nonwoven filter material. It has more fine gaps, so that the product has the characteristics of high filtration precision, small resistance, easy cleaning and long service life, which makes the filtration efficiency of smoke and dust reach PM2.5~PM1.0's waste discharge standard.

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< p > Changzhou's a href= "//m.pmae.cn/news/index_c.asp" > textile machinery enterprise < /a > also attaches great importance to R & D, like the company's participation in the research and development of super drafting and full spinning. Changzhou eighth Textile Machinery Co., Ltd. has developed the carbon fiber multi axial warp knitting machine, the research and design of the double needle bed design and control system by the China Mai yuan warp knitting company. The five foreign textile machine has developed high speed and high efficiency single needle bed, double needle bed warp knitting machine and fully fashioned warp knitting machine.

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< p > the textile and Clothing Institute of Jiangnan University has undertaken 5 National 863 projects, 4 National Natural Science Foundation projects, 3 National Science and technology support projects, 32 provincial and ministerial level projects, and 300 commissioned projects in recent years.

The key projects currently under study such as "Research on recycling and reuse of waste polyester fibers", "Research on Key Technologies of physical preparation of functional textile materials", "high-performance starch based textile sizing" biological preparation technology, "spinning quality high-speed and efficient bottleneck research" and "research and application of key technologies in warp knitting 3D molding" are refreshing.

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< p > however, there are also some problems in the survey. < a href= "//m.pmae.cn/news/index_c.asp" > < < /a > > resources are lacking in deep integration, and the industrial technology innovation platform has not yet been built.

For example, some enterprises in the cluster have cooperation with colleges and universities, but the breadth and depth are not enough. How to expand the cooperation with universities and research institutes by cluster advantages remains to be studied.

The key technology innovation of textile machinery is insufficient, the ability of independent innovation is still weak, and the core technology is lacking. Even though it has achieved scientific and technological achievements, it is restrained by the market operation mechanism.

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< p > for this reason, Sun Ruizhe believes that institutions of science and technology are still important forces in technological innovation.

Among them, how to popularize scientific research results of common problems, how to connect upstream and downstream, how to form collaborative innovation and joint development within and outside the industry need to be seriously studied.

Finding breakthroughs, such as fiber materials and intelligent textile machines, are important directions for textile research in the future.

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