Yunlu Composites: Weaving the Future with 3D Braiding Technology Company Overview Yunlu Composites (Shanghai) Co., Ltd., established in April 2020, is a national high-tech enterprise and a Shanghai Municipal "Specialized, Refined, Distinctive and Innovative" enterprise, headquartered in Shanghai with advanced manufacturing bases in Jiangsu and Shaanxi provinces. As a pioneer in the field of high-performance fiber-reinforced composites, Yunlu is dedicated to the R&D of intelligent 3D braiding equipment and the production of advanced composite components. The company was born out of nearly two decades of academic research from a key scientist team at Donghua University, one of China's most prestigious institutions for textile science. Leveraging this deep intellectual foundation, Yunlu has successfully broken the long-standing technological monopoly of Western nations in the sector, driving the localization and upgrading of high-end intelligent equipment originally subject to significant technology restrictions. Over the course of its development, the company has undertaken multiple national and provincial-level major projects, won numerous grand prizes for scientific and technological progress, and secured hundreds of millions of RMB in industrial financing. Today, Yunlu positions itself not just as a supplier, but as a comprehensive solutions provider. By integrating equipment, materials, and advanced manufacturing processes into a cohesive ecosystem, the company is revolutionizing how composite parts are designed and produced-from conceptualization to full-scale industrialization. Core Competencies: The 3D Braiding Revolution At the heart of Yunlu's technological advantage lies its proprietary 3D braiding technology, a "crown jewel" for composite material forming that is critically essential for high-end defense and aerospace applications. Unlike traditional lamination (which is prone to delamination) or 2D weaving, Yunlu's third-generation intelligent 3D braiding system enables fibers to interlock in all three-dimensional directions. Key technical breakthroughs include: · Massive Scale & Precision: Capable of producing components with a maximum diameter of up to 9 meters, utilizing up to 1000 independently controlled spindles working in unison. This scale allows for the efficient, high-precision manufacturing of complex, irregular structures, including rocket casings, missile bodies, and aircraft fuselage frames. · Breaking Technology Barriers: The company has independently overcome several critical industry bottlenecks, including large-scale spindle phase sequence algorithms, high-curvature eccentric braiding technology, and full-process digital control of single yarn tension. · Advanced Verification: Both the "In-loop Rail 3D Braiding Series Complete Equipment and Technology" and the "Braiding-Layup-Winding-Pultrusion Composite Forming Automated Production Line" have passed scientific and technological achievement appraisals conducted by the authoritative China Textile Machinery Association (CTMA), by a committee that included two distinguished academicians of the Chinese Academy of Engineering. Both technologies were unanimously recognized as achieving "internationally advanced levels. " · Numerous Prestigious Awards: Yunlu has been honored with the First Prize of the Science and Technology Progress Award of the China National Textile and Apparel Council, among numerous other national and industry accolades. Additionally, at the inaugural International Low-Altitude Economy Expo in 2025, Yunlu was awarded the "Top Ten Core" prize for its leading-edge 3D braiding solutions. Product & Service Portfolio Yunlu Composites delivers a comprehensive ecosystem combining cutting-edge equipment, high-performance materials, and intelligent manufacturing capabilities.