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金固股份与九号公司达成合作 共拓电动交通新材料应用空间

Core Viewpoint - The strategic cooperation between Jingu Co., Ltd. and Ninebot Company aims to enhance industry influence and competitiveness in the electric transportation sector by focusing on lightweight, high-strength materials to replace traditional structures [1][2]. Group 1: Company Overview - Jingu Co., Ltd. specializes in the research, production, and sales of automotive wheels and has developed a new material called Avatar niobium microalloy, which offers high strength, good toughness, low cost, and reduced carbon emissions, achieving large-scale application in the wheel industry [1]. - Ninebot Company has a strong presence in the smart short transportation sector, with a diverse product line including electric balance bikes, scooters, all-terrain vehicles, service robots, and E-bikes, leading the market in smart electric two-wheeled vehicles [1]. Group 2: Strategic Cooperation Details - The cooperation will focus on three core areas: 1. Ninebot will leverage its product resources and technological advantages to assist Jingu in accelerating the innovative application of Avatar niobium microalloy in industrial upgrades [2]. 2. Jingu will collaborate with Ninebot to develop lightweight, high-strength, and low-cost components for electric two-wheelers and service robots, utilizing its expertise in new materials [2]. 3. Both companies will share market analysis and investment opportunities, establishing a collaborative mechanism to ensure efficient progress in their partnership [2]. Group 3: Industry Context and Future Prospects - The demand for lightweight and environmentally friendly materials in the electric transportation sector is increasing due to national policies such as the "Electric Bicycle Safety Technical Specifications" and the "Plastic Limit Order" [1]. - Jingu has reported significant progress in applying Avatar niobium microalloy in emerging fields such as embodied intelligent robots and low-altitude aircraft, with ongoing collaborations with various companies to advance key component projects [3].