The company is a solution provider specializing in high-quality, high-performance lightweight structural aluminum matrix composites. It possesses a complete product matrix ranging from basic ingots to precision profiles, plates, tubes, and wires, capable of meeting the diverse product needs for "standardized + customized" aluminum matrix composites across different industries.

       The company's technology application adopts a dual-wheel drive strategy: vertically, it deeply serves major national strategic needs such as aerospace and national defense, ensuring the independent control of core materials; horizontally, it extends cutting-edge material technology to the broad civilian market, providing key lightweight and energy-saving/emission-reducing material support in frontier fields like 3C consumer electronics, rail transit, low-altitude economy, and embodied intelligence, thereby achieving a value loop from serving national strategies to leading industrial upgrading.

       The company's products are centered around "high-performance lightweight structure" as their core competitiveness. Compared to traditional metal materials, they significantly lead in key mechanical properties such as strength (some products exceed 600MPa) and modulus (some products exceed 95GPa), effectively addressing the industry pain point of "difficulty in balancing lightweighting and high strength" for high-end equipment. Whether for extreme condition components in aerospace or precision parts in civilian applications, they can meet stringent usage scenario requirements with stable performance.

      Shanghai Angmai Chuang, leveraging the National Key Laboratory of Metal Matrix Composites at Shanghai Jiao Tong University, possesses strong research capabilities. The core R&D team is led by an academician of the Chinese Academy of Sciences and directly supervised by professors from Shanghai Jiao Tong University, exhibiting significant features and advantages:

      The core R&D personnel consist of 9 individuals (35% of the total), originating from the national key laboratory. They cover multiple disciplines such as materials science, computational science, and mechanical engineering. The technical backbone includes professors, post-doctoral researchers, and PhDs, who have been deeply involved in the design and preparation of aluminum matrix composites for over a decade, and have successfully created multiple varieties of high-performance particle-reinforced aluminum matrix composite systems.

      Concurrently, 4 high-strength aluminum forming engineers have been recruited, all possessing nearly 20 years of experience in complex aluminum profile forming and processing. They have profound practical experience in key process areas such as extrusion die design, precision forming, and anodizing. By integrating forming technology with material design, they have overcome the challenges of efficient forming for complex cross-section components made from high-performance aluminum matrix composites.