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深入市场前沿!董事局主席拜访吉利汽车极氪梅山工厂,共谋大型一体化压铸技术新基石
Ge Long Hui· 2025-10-20 05:47
Core Insights - The visit by the company's chairman and technical team to Geely's Zeekr Meishan factory marks the initiation of a collaboration focused on "large integrated die-casting" technology, aiming to address manufacturing bottlenecks in the automotive industry and promote independent breakthroughs in key manufacturing technologies in China [1][3]. Group 1: Collaboration Objectives - The partnership aims to integrate advanced materials and technologies in powder metallurgy and additive manufacturing to meet Geely's urgent needs in large integrated die-casting manufacturing [3][4]. - The company will develop customized high-performance die-casting steel materials to enhance thermal stability, thermal conductivity, and lifespan, directly improving Geely's production efficiency and reducing costs associated with mold maintenance [3][4]. Group 2: Technological Innovations - The company plans to apply results from national key research projects to optimize the manufacturing and remanufacturing of molds, particularly for complex cooling channel molds, thereby improving cooling efficiency and reducing production cycles [4][6]. - Advanced repair technologies, such as laser cladding, will be utilized to perform precise repairs on existing molds, saving costs and minimizing downtime for Geely [4][6]. Group 3: Comprehensive Technical Support - The company commits to providing a full-spectrum technical support system for Geely, covering material selection, application guidance, and failure analysis, ensuring a collaborative approach to overcoming technical challenges [4][6]. - A joint technical working group will be established to facilitate ongoing cooperation and address various technical challenges during product development and mass production [4][6]. Group 4: Future Outlook - The collaboration is seen as a significant step towards enhancing supply chain resilience and achieving efficiency and quality in Geely's core manufacturing processes [6]. - Both parties express a commitment to exploring innovative materials and processes, aiming to elevate China's automotive industry in key manufacturing technologies and new material applications [6][7].
天工国际董事局主席拜访吉利汽车极氪梅山工厂 正式启动“大型一体化压铸”工艺深度融合
Zhi Tong Cai Jing· 2025-10-20 05:44
Core Viewpoint - The collaboration between Tiangong International and Geely Auto marks a significant step in integrating advanced materials and manufacturing technologies in the automotive industry, specifically in the area of large-scale integrated die-casting [1][4]. Group 1: Collaboration Overview - Tiangong International's chairman and technical team visited Geely Auto's Zeekr Meishan factory, initiating a partnership focused on overcoming manufacturing bottlenecks in the automotive sector [1]. - The partnership aims to leverage Tiangong's expertise in powder metallurgy and additive manufacturing to meet Geely's urgent needs in large-scale integrated die-casting [2][3]. Group 2: Key Areas of Focus - Customized Material Development: Tiangong will develop a new generation of high-performance die-casting mold steel tailored to Geely's requirements, addressing common industry challenges such as thermal fatigue and wear [2]. - Additive Manufacturing Technology: Tiangong will apply its research outcomes to enhance mold manufacturing and repair processes, optimizing cooling efficiency and reducing production downtime [3]. - Comprehensive Technical Support: The companies will establish a joint technical working group to address various technical challenges throughout product development and mass production [3]. Group 3: Future Outlook - The collaboration is seen as a benchmark for the industrial application of national-level research project outcomes, enhancing supply chain resilience and efficiency for Geely Auto [4]. - Both companies expressed commitment to exploring innovative materials and processes, aiming to achieve higher levels of autonomy and global leadership in critical manufacturing technologies [4].
天工国际(00826)董事局主席拜访吉利汽车极氪梅山工厂 正式启动“大型一体化压铸”工艺深度融合
智通财经网· 2025-10-20 05:41
Core Viewpoint - The collaboration between Tiangong International and Geely Auto marks a significant step in integrating advanced materials and manufacturing technologies in the automotive industry, specifically in the area of large-scale integrated die-casting [1][4]. Group 1: Collaboration Overview - Tiangong International's leadership visited Geely Auto's Zeekr Meishan factory to initiate a partnership focused on large-scale integrated die-casting technology [1]. - The partnership aims to address manufacturing bottlenecks and enhance China's automotive industry's capabilities in key manufacturing technologies [1][4]. Group 2: Technological Advancements - Tiangong International will leverage its expertise in powder metallurgy to develop customized high-performance die-casting mold steel for Geely Auto, targeting improvements in thermal stability, thermal conductivity, and lifespan [2][3]. - The collaboration will utilize advanced additive manufacturing techniques to optimize mold cooling efficiency and reduce production cycles, while also enabling precise repairs of existing molds to minimize costs and downtime [3]. Group 3: Comprehensive Technical Support - The partnership includes a commitment to provide comprehensive technical support throughout the entire lifecycle of the molds, from material selection to failure analysis and solution provision [3]. - A joint technical working group will be established to address various technical challenges during product development and mass production, ensuring the sustainability and effectiveness of the collaboration [3][4]. Group 4: Future Outlook - The collaboration is seen as a benchmark for the industrial application of national-level research project outcomes, enhancing supply chain resilience and efficiency for Geely Auto [4]. - Both companies expressed their intent to explore further innovations in materials and processes, aiming to achieve higher levels of autonomy and global leadership in critical manufacturing technologies and new material applications within the Chinese automotive industry [4].