When traditional knitted fabrics begin to carry sensing, energy storage, and signal transmission functions, a silent revolution is underway in an industry with millennia of textile history. On August 19, a technical forum in Puyuan, Tongxiang, Zhejiang, brought the forward-looking concept of "yarn as device, fabric as terminal" to the forefront, revealing a clear path for the knitting industry to expand beyond apparel boundaries.
Background
Organized by an industry association, the forum gathered forces from universities, research institutes, and leading enterprises. Chinese Academy of Engineering foreign academician Seeram Ramakrishna systematically analyzed the application potential of nanofibers in non-invasive health monitoring. Representatives from EPFL presented hot-drawing multifunctional fiber technology, which endows composite fibers with both conductivity and flexibility, offering a new material foundation for smart textiles. Hong Kong University of Science and Technology professor Li Li explored the logic of transforming textiles from lab to commercial scenarios from a cross-disciplinary perspective, while Qingdao University's Tian Mingwei showcased achievements already deployed in astronaut training centers and rehabilitation science institutes.
Notably, Li Lijun, vice president of Ningbo Cixing Co., introduced industrial explorations of precision knitting technology in robotic flexible electronic skin. This signals that knitting techniques are no longer confined to garments but are penetrating high-barrier fields such as robotic bionic sensing and medical monitoring. The concurrent signing ceremonies for industry-academia-research cooperation and equipment donations translated technical discussions into concrete partnerships, providing actionable leverage for industrial collaboration.
Industry Impact
Puyuan, a key domestic knitting cluster, offers a natural testing ground for such cross-sector innovation. From an industry perspective, multidisciplinary convergence is rewriting the competitive rules—future fabric enterprises must understand not only textiles but also electronic engineering, materials science, and medical needs. Association president Xie Qing's concept of "native flexible electronic systems" points to a higher-dimensional upgrade: weaving sensors, circuits, and energy storage directly into fabric, making garments true smart terminals.
For buyers, this means supply chain selection criteria will fundamentally change. Previously, fabric evaluation focused on weight, composition, and colorfastness; now, signal transmission stability and flexible circuit integration may become equally important. For factories, equipment investment strategies need reassessment—combining precision knitting machinery with electronic component packaging could offer greater long-term value than merely expanding capacity. Meanwhile, incremental tracks like medical wearables and robotic e-skin may open differentiated opportunities for exporters, but require stronger technical absorption and compliance capabilities.