Recently, Kingdee Shares announced the successful prototyping of its self-developed carbon fiber wound rotor, marking a significant breakthrough in the field of high-end precision component manufacturing. Carbon fiber wound rotors are widely used in aerospace, high-speed motors, new energy vehicles, and flywheel energy storage systems due to their high strength-to-weight ratio, lightweight nature, and excellent corrosion resistance. This successful prototype not only demonstrates Kingdee’s technical capabilities in composite structural design and advanced manufacturing processes but also lays a solid foundation for the company’s expansion into high-end equipment markets. According to the company, the rotor utilizes high-modulus carbon fibers combined with a specialized resin system, achieving exceptional structural uniformity and dynamic balance through precise control of winding tension and curing processes. Going forward, Kingdee plans to gradually scale this technology for industrial application, supporting the localization and self-reliance of critical high-end components in China, while creating new growth opportunities in green energy and intelligent manufacturing sectors.
近日，金帝股份宣布其自主研发的碳纤维缠绕转子已成功完成制样，标志着公司在高端精密零部件制造领域取得重要突破。碳纤维缠绕转子因其高强度、轻量化和优异的耐腐蚀性能，广泛应用于航空航天、高速电机、新能源汽车及储能飞轮等高技术领域。此次成功制样不仅验证了金帝股份在复合材料结构设计与先进制造工艺方面的技术实力，也为其拓展高端装备市场奠定了坚实基础。公司表示，该转子采用高模量碳纤维与特种树脂体系，通过精确控制缠绕张力与固化工艺，实现了结构均匀性与动态平衡性的高度统一。未来，金帝股份计划将该技术逐步导入产业化应用，助力国产高端核心部件的自主可控，并有望在绿色能源与智能制造领域形成新的增长点。
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