The year 2026 is seen as a critical juncture for China's manufacturing sector to sprint toward high-end transformation, and the race for self-reliance in carbon fiber—the 'king of new materials'—is accelerating in Shaoxing's Keqiao district. On May 9, a technical seminar focused on high-performance carbon fiber equipment and composite materials thrust this traditional textile hub into the national spotlight of industrial innovation.
The core agenda was to push for the establishment of a 'National Manufacturing Innovation Center for High-Performance Carbon Fiber Equipment and Composite Materials.' This was no ordinary industry gathering; it involved a full-chain assault from precursor preparation to end-use applications. Attendees included Chinese Academy of Engineering academicians Chen Wenxing and Li Hejun (online), foreign academician Zhang Jiujun, experts from Tsinghua University, Zhejiang University, and Harbin Institute of Technology, along with leading industry chain enterprises and officials from Zhejiang Province and Shaoxing City's industry and information technology departments.
From Single-Point Breakthroughs to Full-Chain Closure
The carbon fiber industry has long been constrained by technological barriers, particularly in high-end equipment and composite materials, where China still lags behind international advanced levels. In the past, domestic companies focused on single links like precursor or carbonization, lacking a systematic collaborative platform. At the seminar, Jinggong Technology President Li Aijun unveiled a construction plan for the innovation center, clearly outlining six core directions to build a complete technical system from source innovation to green recycling.
This means the center will become the first full-chain collaborative research platform in China's carbon fiber sector, covering precursor, carbonization, equipment manufacturing, and product applications. For the textile industry, carbon fiber represents not only the pinnacle of high-performance fibers but also a benchmark path for traditional chemical fiber companies to transition into new materials. Shaoxing, as one of the world's most important chemical fiber production bases, provides ready-made soil for carbon fiber equipment manufacturing and process validation.
Strategic Window and Industrial Synergy
As the opening year of the 15th Five-Year Plan, 2026 positions high-performance carbon fiber and composite materials as key enablers for strategic emerging industries such as aerospace, rail transit, new energy, and embodied intelligent agents. The timing is no coincidence. Policy-wise, the national call for self-reliance in industry and supply chains has shifted from slogans to concrete capital and resource allocation.
From an industry perspective, downstream demand for carbon fiber is exploding. Whether it's larger wind turbine blades, lighter hydrogen storage tanks, or structural components for humanoid robots, all require exponential growth in carbon fiber capacity and performance. The establishment of the innovation center will directly shorten the distance from lab formulas to factory mass production, opening a high-value-added new track for textile chemical fiber companies.
Notably, the seminar venue, Shaoxing Keqiao, is itself one of China's most complete textile industry chains. The presence of Keqiao District Deputy Mayor Ke Hongwei signals strong local policy support for high-end new material projects. Once the innovation center is established, it is expected to drive the formation of a cluster covering equipment manufacturing, precursor production, and downstream composite processing, reshaping the new material industry landscape in the Yangtze River Delta.
Technical Roadmap and Industry Impact
During the seminar, the academic committee chaired by Academician Chen Wenxing conducted in-depth discussions on the center's positioning, technical roadmap, and operational model. Expert suggestions likely focused on how to balance fundamental research with industrialization efficiency and how to bridge the 'valley of death' between university research results and corporate pilot tests.
For textile foreign trade companies, the domestic breakthrough in carbon fiber equipment and composite materials will directly reduce dependence on imported high-end textile machinery. Currently, domestic carbon fiber equipment still lags in precision and stability, but the innovation center's establishment could achieve key equipment self-reliance within 3 to 5 years. Additionally, the application of carbon fiber composites in textile machinery—such as lightweight components for high-speed rapier looms and air-jet looms—will enhance the competitiveness of domestic textile equipment.