In the current wave of vigorous development in high-end manufacturing, the significant achievements of the State Key Laboratory for the Development and Comprehensive Utilization of Nickel, Cobalt and Associated Resources provide strong support for the development of high-end manufacturing. The series of nickel-cobalt-based high-temperature alloys covering deformation alloys, casting alloys, and additive manufacturing-specific alloy powders developed by the laboratory offer powerful support for the high-end manufacturing industry of the country.
The State Key Laboratory for the Development and Comprehensive Utilization of Nickel, Cobalt and Associated Resources
High-temperature alloy powders act as the "magic material" in advanced 3D printing, playing a crucial role in high-precision and complex manufacturing processes. Alloy powders such as GH4169, GH864 and GH3625 demonstrate exceptional performance, opening up new opportunities in aerospace, energy and beyond. These powders are suitable for manufacturing aerospace liquid propulsion components, gas turbine blade repairs, enhancing material performance, and reducing maintenance costs. In medicine, cobalt-based alloy powders like CoCrMoW serve as a revolutionary "3D surgical tool", producing human implant materials that seamlessly integrate with human tissues.
High-temperature alloy powders
Casting high-temperature alloys have become the "industrial backbone" of high-end manufacturing, playing a crucial role in aerospace engines and gas turbines. The demand for high-temperature alloys in China is continuously increasing, with the State Key Laboratory successfully developing various grades of products covering critical load-bearing components. These high-temperature alloys are applied in aerospace, energy equipment sectors, filling domestic gaps and reducing import dependence. Jinchuan Group is leveraging casting high-temperature alloys as a pivot to propel the upgrading of China's high-end materials industry.
Casting high-temperature alloys
Deformation high-temperature alloys act as the "metal backbone" in aerospace and other fields, supporting the operation of critical equipment. GH series deformation high-temperature alloys like GH4169 and GH3600 demonstrate outstanding performance, used in aerospace engines and high-tech product manufacturing. These materials excel in high-temperature and high-pressure environments, ensuring stable equipment operation. Products like GH3625 and GH5605 provide reliable protection for aerospace engines, helping propel China's manufacturing industry to new heights.
These high-performance materials will play crucial roles in various fields, driving China's manufacturing industry towards significant development.
