Recently, the "Fourth China Top Ten Textile Science News Release and Technology Achievement Matchmaking Conference" was held in Jinjiang City, Fujian Province, where more than 20 valuable scientific and technological achievements in the textile industry were released annually. Zhuang Xiaoxiong, President of the China Academy of Textile Science and Technology, stated that more than 40 major innovative technologies in the industry have been selected in the previous three evaluations, with many of them winning the National Science and Technology Awards. This selection covers scientific news that achieved outstanding results in technological innovation in the textile industry in 2016 and had a significant impact on industry transformation and upgrading.

The first article selected for the top ten textile science news this time is "3D three-dimensional textile reinforcement materials to assist the Holy Eleven Flying Sky". On October 17, 2016, the Shenzhou 11 manned spacecraft was successfully launched at the Jiuquan Satellite Launch Center. Its key component composite materials used high-tech three-dimensional textile reinforcement materials developed by the Composite Materials Research Institute of Tiangong University, which represents the application level of China's advanced composite materials. This material has excellent properties such as light weight, high strength, and erosion resistance, reducing structural weight, significantly improving spacecraft performance, and meeting the requirements for use in special environments. one

The "1000 ton dry spray wet spinning high-performance carbon fiber production line breaks international monopoly" has also been selected as one of the top ten textile science news. In May 2016, China's first thousand ton T800 raw silk line was put into operation. This is the result of the "Key Technology and Autonomous Equipment for Industrialization of Thousand ton Dry Spray Wet Spinning High Performance Carbon Fiber" project jointly completed by Zhongfu Shenying Carbon Fiber Co., Ltd., Donghua University, Jiangsu Yingyou Textile Machinery Co., Ltd., and others. The project independently developed dry spray wet spinning carbon fiber technology, breaking the long-term technological monopoly of foreign countries. Zhongfu Shenying has also become the third enterprise in the world to achieve the industrialization of high-performance dry spray wet spinning carbon fiber.

On December 23, 2016, the process route of the annual production of 15000 tons of Lyocell fiber project by China Academy of Textile Science Green Fiber Co., Ltd. was fully opened at once, and the product performance met the expected indicators. This is the final achievement of the Chinese Academy of Textile Sciences after 18 years of tackling key problems, from small scale test, pilot scale test to 10000 ton industrialization, and is one of the important technical signs of the transformation of China's Textile manufacturing from large to strong.

In addition, other technology projects selected for the top ten textile science news are also showcasing highlights. The "fully formed and wearable computerized flat knitting machine" has opened up a new direction of intelligent knitting equipment, which is a milestone design in the sweater industry; The "Industrialization of Seaweed Fiber Preparation Technology and Equipment" project has achieved the first automated large-scale production of seaweed fibers for textile and clothing in the international community, while breaking the technological monopoly of foreign enterprises in the field of medical seaweed fibers. The overall technology of this project has reached international advanced levels, with textile specialized seaweed fiber preparation technology at an international leading level; The project of "key technology and industrialization of dry spinning polyimide fiber preparation" won the second prize of 2016 National Science and Technology Progress Award, and the production of ultra-fine, stock solution colored polyimide fiber was realized in mass production; The "Key Technologies and Equipment for Efficient, Controllable, and Clean Textile Processing of Hanma and Their Industrialization" project has formed a transformation from process to equipment, from raw materials to finished products, from products to standards, and from technology to industry