With 265 entries from 38 universities and 114 award-winning projects, the 14th National College Student Innovation and Entrepreneurship Competition on Nonwoven Materials Development and Application has delivered its latest results. On September 2, the competition's achievement release was held at the CINTE exhibition in Shanghai New International Expo Centre, a deliberate move that signals campus innovation is now being pushed into the industrial spotlight for scrutiny.
The industrial logic behind the expanding competition
Under the theme of 'Innovation and Sustainability', this year's entries covered filtration, biomedicine, energy and thermal control, special protection, and smart sensing. The number of awards increased, with 114 projects winning special, first, second, third prizes, and corporate special awards. The diversification of entries reflects the penetration of nonwoven materials from traditional hygiene products into high-tech industrial textiles.
Ji Xiaofeng, President of the China Textile and Apparel Education Society, emphasized that holding the achievement release at CINTE aims to bridge the channel between campus innovation and industrial demand. This signals that industry-education integration is no longer a slogan but a quantifiable mechanism: universities provide basic research capabilities, enterprises offer application scenarios and process feedback, and both sides complete supply-demand matching on a shared platform.
Corporate perspectives on evaluating innovation
In a roundtable dialogue, representatives from Jinsanfa, Deyou, and Baisha Card Clothing revealed their real criteria for evaluating university innovation. Chen Hua, Director of External Affairs at Yixiang Health Technology (Deyou brand), stated that companies prioritize process feasibility for mass production, cost control, originality, and extendability. She proposed that 'usability is the foundation, environmental protection is a bonus,' urging students to use data to clarify concepts rather than merely talk about green ideals.
Zhang Ze, Deputy General Manager of Guangshan Baisha, highlighted from a supply chain perspective that new materials demand higher wear resistance and customized tooth profiles for card clothing. His company is building experimental platforms through industry-university collaboration and encouraging technicians to pursue further studies, acting as a bridge between academia and industry. This 'two-way flow' is the key to industry-education integration—not only students going to factories but also engineers returning to classrooms.
Addressing employment concerns, Shi Chunmiao, General Manager of Quanzhou Chunrong Textile Technology, advised students to choose fields of interest, practice in factories during vacations, and understand equipment and processes. He stressed the importance of market research before product development, as the market ultimately values stable mass production and cost-effectiveness over flashy technology.
From competition to industrial application
Professor Qian Xiaoming from Tiangong University proposed a 'reverse design, forward implementation' methodology, emphasizing that university R&D must consider market demand and cost control from the design source. This view was widely endorsed—green practices must be integrated throughout product development, not merely as post-hoc labeling.
The exhibition also featured a dedicated showcase of nonwoven teaching achievements from over 30 universities, covering environmental purification, emergency protection, ecological restoration, and green home textiles. This indicates the competition has evolved beyond a mere contest into a permanent platform for industry-education collaboration. The 15th edition will be organized by Tiangong University, demonstrating the sustainability of this mechanism.
For the textile industry, such competitions are valuable not only for incubating specific products but also for reshaping the talent supply chain. When enterprises deeply participate in problem-setting, evaluation, and result transformation, graduates will better match real industry needs. For buyers and foreign trade companies, following such competitions means early access to next-generation materials and processes, as well as young engineers who truly understand the market.