R&D Capabilities
The company's R&D team has undertaken numerous national, provincial-ministerial, and industry-specific projects involving aluminum-magnesium-copper alloys, accumulating extensive project development experience. In recent years, the team has successfully completed several key initiatives, including the National XX Science and Technology Cooperation Project (introducing industrialization technology for ultra-light magnesium-lithium alloys used in XXX applications), an international science and technology cooperation special project focused on developing a hypereutectic aluminum-silicon alloy to replace imported materials for engine components, a National Natural Science Foundation project exploring superplastic deformation of duplex magnesium-lithium alloys, and internally developed projects such as "High-Performance Aluminum Alloy Liquid Die Forging" and "Key Technologies for Extrusion Processing of Magnesium Alloys." Currently, the team is actively engaged in several vertically aligned projects, including the Equipment Development Department of the Central Military Commission’s 13th Five-Year Plan Pre-research Common Technology Project (focusing on research into application technologies for 400MPa-grade cast aluminum-lithium alloys), a science and technology development fund project from Chinalco Group (aimed at researching and developing technologies for recycling aluminum-lithium alloy scrap and waste materials), and the Zhengzhou Entrepreneurial Leading Team Project centered on the industrialization and application development of new high-performance lightweight alloys tailored for aerospace applications. On the horizontal front, the team is collaborating on projects with industry partners such as a Zhengzhou-based company (developing 4043 aluminum alloy wire rods), a Nanjing-based group (working on high-performance aluminum alloy conductors), and a certain aerospace institute (focusing on the development of copper-silver-zirconium alloys for heavy-duty rocket applications). Additionally, the team maintains deep, ongoing partnerships with major defense contractors, including entities affiliated with the aerospace, aviation, China Electronics Technology Group, and China North Industries Group Corporation.
1. Key Typical R&D Cases
1.1、Research and Development Case Studies
| Serial Number | Name | Project Type |
| 1 | Development of Ultra-Light Mg-Li Alloy for XXXXX | National Science and Technology Plan Project |
| 2 | Development of New Hypereutectic Al-Si Alloy to Replace Imported Engines | XXX Science and Technology Cooperation Project |
| 3 | Research on α/β Coordination Mechanism During Superplastic Deformation of Dual-Phase Mg-Li Alloy | National Natural Science Foundation of China (NSFC) Project |
| 4 | Research on Application Technology of 400MPa-Grade Cast Aluminum-Lithium Alloy | Pre-research Project of the Equipment Development Department of the Central Military Commission |
| 5 | Research on Recycling Technology of Aluminum-Lithium Alloy Scrap and Chips | Science and Technology Development Fund Project of Aluminum Corporation of China (CHALCO) |
| 6 | Research on Key Technologies of Liquid Die Forging for High-Strength Cast Aluminum Alloy | Key Fund Project of Aluminum Corporation of China (CHALCO) |
| 7 | Development of Cast Aluminum-Lithium Alloy for Aircraft | Young Scientific and Technological Talent Venus Program of Aluminum Corporation of China (CHALCO) |
| 8 | Development and Application of Precision Castings of High-Strength and Heat-Resistant Mg-Rare Earth Alloy | Young Scientific and Technological Talent Venus Program of Aluminum Corporation of China (CHALCO) |
| 9 | Research on Development and Application Technology of New High-Strength and Corrosion-Resistant Mg-Li Alloy Materials | Shaanxi Provincial Key Project |
| 10 | Construction of Yuncheng National New Aluminum-Magnesium Alloy Industrial Base | Yuncheng Municipal Government Project |
| 11 | Industrialization and Application Development of New High-Performance Light Alloys for Aerospace | Zhengzhou 1125 Innovation Project |
| 12 | Development and Application of Aerospace Light Alloy Materials | Zhengzhou Academician Workstation Construction Project |
| 13 | Zhengzhou Aerospace Light Alloy Engineering Technology Research Center | Zhengzhou Engineering Technology Research Center Construction Project |
| 14 | Development of High-Conductivity and High-Strength Aluminum Alloy Conductors and Terminal Technology | Cooperation Project with State Grid Electric Power Research Institute (SGRI) |
| 15 | Research on the Current Development Status of China's Magnesium Industry | Key Cooperation Project |
1.2、Collaborative R&D Case Studies
| Serial Number | Types of Collaboration | Product Categories | Partner Organizations | Collaboration Content |
| 1 | Project Pre-research | Aluminum Alloy | No. X Institute of China North Industries Group Corporation | Research on Application Technology of New Low-Density and High Damage-Resistant Aluminum-Lithium Alloy: Adopting vacuum casting, extrusion, and heat treatment processes to produce alloy plates; optimizing alloy composition and heat treatment process to obtain high-performance aluminum-lithium alloy. |
| 2 | Project Pre-research | Aluminum Alloy | No. X Academy of China Aerospace Science and Industry Corporation (CASIC) | Adopting vacuum casting and high extrusion ratio deformation (100:1) to prepare Φ3.2mm sub-high temperature Al-Cu-Si aluminum alloy brazing wire. |
| 3 | Project Pre-research | Copper Alloy | No. X Academy of China Aerospace Science and Technology Corporation (CASC) | Adopting vacuum casting and three upsetting and three drawing forging deformation to develop high-strength and high-conductivity Cu-Ag-Zr alloy and its forged rings, which are used for nozzles at the tail of rocket engines. |
| 4 | Project Pre-research | Aluminum Alloy | A Certain Institute of the Chinese Academy of Sciences (CAS) | Developed a new type of high-temperature aluminum alloy Al-Mg-Be-Zr; processed into aluminum alloy single-layer proton window through semi-continuous casting and forging processes, which can meet the working conditions under 300kW proton beam current, with creep resistance improved by more than 30%. |
| 5 | Project Pre-research | Aluminum Alloy | A Certain Institute of the Chinese Academy of Sciences (CAS) | Preparing high-performance aluminum alloys such as Al-Mg-Sr by vacuum melting furnace; studying the influence of Sr element on the microstructure and properties of Al-Mg alloy materials. |
| 6 | Project Pre-research | Lead Alloy | A Certain Institute of the Chinese Academy of Sciences (CAS) | Preparing high-purity Li-Pb alloy by vacuum melting furnace, which is a key material integrating three functions (tritium-producing material, neutron multiplier material, and coolant for converting nuclear energy into thermal energy) in nuclear fusion reactors. It is used as a liquid blanket in China's EAST nuclear fusion reactor, mainly for compatibility experiments of structural materials in fusion reactors or hybrid reactors. |
| 7 | Project Pre-research | Lead Alloy | Chinese Academy of Sciences (CAS) | Preparing high-purity Pb-Bi alloy by vacuum melting furnace, which is a promising coolant in fourth-generation nuclear reactors. Compared with traditional coolants such as metallic sodium, it has weaker chemical activity and neutron absorption, lower melting point (<400K), and higher boiling point (1943K), thus having high application safety. The total impurity content in the alloy is less than 100 ppm, and the content of easily transmutable impurity elements is strictly controlled, which can reduce the generation of radioactive nuclear waste. |
| 8 | Project Pre-research | Aluminum Alloy | CHALCO XX Company | Research on Application Technology of Automotive Aluminum Alloy: Preparing alloys by vacuum casting and extrusion processes; obtaining high-performance automotive aluminum alloy through optimization of alloy composition and extrusion process. |
| 9 | Project Pre-research | Aluminum Alloy | CHALCO XX Company | Technology Development of High-Strength and Damage-Resistant 2055 Aluminum-Lithium Alloy: Obtaining high-performance aluminum-lithium alloy extruded plates through microalloying and extrusion processing. |
| 10 | Project Pre-research | Aluminum Alloy | Shanxi X Group | Research on Recycling of Aluminum Alloy Waste. |
| 11 | Project Pre-research | Aluminum Alloy | A Certain Company in Nanjing | Development of Bars for High-Performance Aluminum Alloy Cable Terminals: Preparing high-conductivity and heat-resistant aluminum alloy through semi-continuous casting and extrusion processes. |
| 12 | Project Pre-research | Magnesium Alloy | Luoyang XX Factory | Development of High-Strength and Heat-Resistant Mg-Rare Earth Alloy: Preparing alloys by vacuum casting and isothermal die forging processes; obtaining high-performance high-strength and heat-resistant Mg-rare earth alloy through optimization of alloy composition and heat treatment process. |
| 13 | Project Pre-research | Aluminum Alloy | XX University | Technology Development of Low-Density and High-Strength Aluminum-Lithium Alloy: Studying the influence of different alloying elements on the properties of aluminum-lithium alloy through optimization of alloy composition and heat treatment process. |
| 14 | Project Pre-research | Aluminum Alloy | XX University | Technology Development of New Rust-Proof 5083 Aluminum Alloy: Preparing new 5083 aluminum alloy plates by vacuum casting and rolling processes; studying the influence of different alloying elements on the mechanical properties of 5083 aluminum alloy through optimization of alloy composition and rolling process. |
| 15 | Project Pre-research | Aluminum Alloy | XX University | Preparing high-performance aluminum alloys such as Al-Si-Er and Al-Si-Sc by vacuum melting furnace; studying the influence of grain refiners such as Er and Sc on the microstructure and properties of Al-Si alloy materials. |
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