Shanghai Angmai Chuang Metal Composite Materials Co., Ltd. was established in November 2024, located at No. 1235 and 1237 Miaoxiang Road, Lingang New Area, China (Shanghai) Pilot Free Trade Zone, covering an area of more than 5,000 square meters. The company has a registered capital of 10 million yuan. As an industrialization entity of the National Key Laboratory of Metal Matrix Composites at Shanghai Jiao Tong University, the company deeply relies on the laboratory's more than thirty years of technological accumulation and R&D resources, shouldering the core mission of transforming cutting-edge theoretical research into large-scale industrial applications, and building a full-chain advantage of "technology R&D - achievement transformation - market landing".

      The company focuses on the production and sales of high-performance lightweight structural aluminum matrix composites, with core products covering five major categories: ingots, wires, pipes, profiles, and plates, while actively exploring the emerging field of additive manufacturing of metal matrix composites, meeting the diverse product needs of different industries for aluminum matrix composites in "standardization + customization".

       With the core technical support from the laboratory in aerospace and national defense fields, the products developed by the company are mainly applied in national strategic fields such as aerospace and national defense, precisely matching the significant demand for key components, providing core material support for the development of high-end equipment in the country; at the same time, the scientific research achievements further radiate to civil fields such as the 3C market, transportation, and low-altitude economy, injecting core momentum for lightweight upgrades, energy conservation and emission reduction, and the realization of "dual carbon" goals, forming a diversified application pattern of "serving national strategies while considering industrial development".

       The company's products are centered on "high-performance lightweight structures" as the core competitiveness — compared to traditional metal materials, they significantly lead in key mechanical properties such as strength (some products greater than 600MPa) and modulus (some products greater than 95GPa), effectively solving the industry pain point of "balancing lightweight and high strength" for high-end equipment. Whether for extreme condition components in the aerospace field or precision parts in the civil sector, they can meet the stringent usage scenario requirements with stable performance.

development history

Become a global leader in high-end aluminum-based composite materials

Innovation, Extreme, Future

Committed to breaking through the technological bottlenecks of aluminum-based composite materials, providing core material support for industrial upgrading and future development