绿色可循环复合材料生态体系
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六度赴约进博:HRC以先进复合材料科技 描绘未来立体出行新蓝图
Zhong Guo Min Hang Wang· 2025-11-09 08:19
Core Viewpoint - The eighth China International Import Expo (CIIE) was successfully held in Shanghai from November 5 to 10, showcasing the vitality of the Chinese market and the prospects for open cooperation, with HRC participating as a leading provider of carbon fiber composite solutions for the sixth consecutive year [1][8]. Group 1: HRC's Innovations and Contributions - HRC showcased its comprehensive solutions in the low-altitude sector, highlighting the global debut of the LEU100 electric vertical takeoff and landing logistics drone, which has a maximum takeoff weight of 140 kg, a range of 200 km, and a payload capacity of 55 kg [3]. - The company has been deeply involved in the development and manufacturing of several mainstream models in the domestic low-altitude market, serving major manufacturers such as XPeng, Wofei, and others, leveraging its full-chain capabilities in carbon fiber composites [5]. - HRC presented advanced aviation-grade composite components for commercial aircraft, including a cabin door edge beam made using high-pressure resin transfer molding, which features low porosity, excellent dimensional stability, and rapid production cycles of 15 minutes [5]. Group 2: Sustainability Initiatives - HRC introduced an upgraded "green recyclable composite material ecosystem," focusing on patented recycling technologies that significantly reduce carbon emissions to 4.7% of new materials while retaining over 95% of the original mechanical properties of recycled carbon fiber [7]. - The company has developed several sustainable products certified by ISO 14067:2018, including new injection molding particles and thermoplastic mats, expanding applications to automotive components, demonstrating the potential and prospects of recycled materials in performance, economic benefits, and environmental value [7]. Group 3: Future Outlook - HRC aims to continue collaborating with global partners for innovative advancements in materials, contributing to the development of a more efficient, green, and intelligent future mobility ecosystem [8].