When a piece of knitted fabric simultaneously performs sensing, energy storage, and signal transmission, the boundaries of traditional apparel are collapsing. The Knitting Intelligent Fabric Technology and Future Applications Exchange held on August 19 in Puyuan, Tongxiang, Zhejiang, sent a clear signal: the knitting industry is leaping from labor-intensive processing to flexible electronic system integration, and Puyuan, a traditional industrial cluster, is striving to become the birthplace of this transformation.
Event Background
The conference highlighted cutting-edge directions such as AI-driven knitting manufacturing, flexible smart fibers, electronic fabric devices, medical wearables, and robotic flexible electronic skin. It facilitated industry-academia-research collaboration through signing ceremonies and equipment donations. Xie Qing, President of the China Knitting Industry Association, proposed the vision of 'yarn as device, fabric as terminal', stating that future knitted fabrics will integrate sensing, signal transmission, micro-energy storage, and feedback control. This indicates that the industry's top-level design regards 'crossover' as a certain increment beyond existing competition.
Puyuan, as a highly influential knitting industry cluster in China, provides fertile ground for technology transformation. Notably, the conference did not stop at conceptual presentations but landed on substantive actions like contract signings and equipment donations. Tian Mingwei, Dean of the School of Textile and Garment at Qingdao University, shared health-monitoring electronic fabric devices already used in special scenarios such as the National Astronaut Training Center and China Rehabilitation Science Institute, proving that some achievements have crossed the laboratory stage and entered high-barrier application validation.
Industry Impact
From the industry chain perspective, the most immediate impact will hit the fiber and yarn segments. When 'yarn as device' becomes a research direction, traditional chemical fiber enterprises must redefine their product offerings—no longer just providing mechanical properties but embedding conductive, sensing, and other functional modules. This means upstream companies that fail to collaborate with universities and equipment makers on fiber integrated circuit development may lose their say in the next supply chain reshuffle.
For midstream knitting factories, AI empowerment is not just a slogan. Li Lijun, Director of Ningbo Cixing Co., Ltd., presented explorations of precision knitting technology in medical fabrics and robotic electronic skin, revealing that equipment makers are shifting from selling machines to selling 'smart manufacturing solutions'. This forces factories to reassess equipment investment logic: the era of solely pursuing speed and width is fading; the ability to support multi-material weaving and embedded electronic component layout will become a new criterion for equipment selection.
Downstream application expansion is even more aggressive. The thermally drawn multifunctional fiber technology from EPFL, and the cross-disciplinary commercialization approach highlighted by Professor Li Li from HKUST, together point to a judgment: knitting products' customers are no longer just apparel brands, but system integrators in healthcare, robotics, aerospace, and other industries. These clients demand far higher certification, reliability, and batch consistency than traditional apparel orders, but they are also willing to pay higher premiums.