"Industry Key Common Technology Development Guide (2017)" released
The key industry common technology is an important support for the innovation and development of the manufacturing industry. Since the Ministry of Industry and Information Technology issued the "Guidelines for the Development of Key Common Technologies in the Industry (2011)" (Ministry of Industry and Information Technology  No. 320) in 2011, the relevant technical content has been revised twice in 2013 and 2015. At the beginning of 2017, in order to further implement "Made in China 2025", the Ministry of Industry and Information Technology organized research on the key commonalities of industries that have important impacts and bottlenecks that have important impacts and bottlenecks on the industry, and that need to be resolved in the short term and can achieve breakthroughs. Technology, through studying and judging the status quo and trends of domestic and foreign industrial development, and on the basis of a wide range of opinions, researched and proposed this "Industry Key Generic Technology Development Guide (2017)", and put forward 174 key industry common technologies that are prioritized for development, of which , 27 items in the consumer goods industry.
In the "Guidelines for the Development of Key Common Technologies in the Industry (2017)", the three key common technologies involved in the industrial textile industry include high-speed carding technology, spinning drafting technology, two-component composite spinning technology, high-speed stable uniformity Laying and forming technology, high-speed wide-width spunmelt composite technology, functional post-processing technology, fiber pre-shaped fabric structure design, setting agent preparation, pre-forming technology, fiber weaving technology, resin transfer molding (RTM) technology, thermal protection Specific technical directions such as performance improvement of fiber raw materials, composite processing technology of multi-component fiber fabrics, and thermal protection simulation evaluation methods.