R & D
Product Range
Light alloy for the selection of high than the strength of heavy alloy
MPa/(kg·m-3)
Technology Accumulation
| Name | ||
| Al | Research and designing of semi-continuous casting by aluminum alloy | Earliest in China |
| Aluminum titanium boron grain refiner | Earliest in China | |
| Aluminum titanium boron grain refiner | New generation in China | |
| Aluminum fiber sound absorption material | New generation in China | |
| Aluminum anodizing heat tinting and surface processing | Leading in China | |
| Hypereutectic alusil alloy used by engine | New generation in China | |
| Aluminum alloy wire | Leading in China | |
| Mg | Ferrosilicon process magnesium-processing | Promoted in the Country |
| Sacrificial anode of magnesium alloy | Promoted in the country | |
| Automotive engine shell of magnesium alloy | Earliest in China | |
| Magnesium sectional material and sheet extrusion moulding technology | Leading in China | |
| Magnesium alloy welding stick technology development | Leading in China | |
| Key technology of high-performance magnesium alloy transformation | Leading in China | |
| Development of high-intensity heat-resisting magnesium alloy | Leading in China | |
| Cu | Electrician vacuum copper | Earliest in China |
| Vacuum copper-chrome, copper-bismuth, copper-bismuth-silver alloy used for high-voltage switch contact | Leading in China | |
| High-intensity anti-corrosive copper alloy | Leading in China | |
| Copper-zr, copper-silver-bismuth used for airspace engine | New generation in China |
Research Projects
| Number | Name | Project type |
| 1 | Development of ultralight magnesium-lithium alloy used for aircraft | National key projects |
| 2 | Research on magnesium-lithium alloy two-way plastic deformation coordination mechanism | Natural science fund program |
| 3 | Research on magnesium-aluminum-alloy | Natural science Fund |
| 4 | Research on key technology of super high intensity forging aluminum alloy | Self-research program in aluminum company |
| 5 | Industrialization, application and development of new high-performance light alloy for aerospace | — |
| 6 | Development used to substitute new hypereutectic alusil alloy used in imported engine | China-Russian cooperation program |
| 7 | Technological development of high-conductive and high-intensity aluminum alloy conductor and terminal technological development | EPRI |
| 8 | Research on Status Quo of Magnesium Industry in China | Cooperation program in Boeing Company |
| 9 | Development of high-intensity and highly anti-corrosion (stainless steel) magnesium alloy | — |
| 10 | Technological development of military aluminum, magnesium alloy surface processing (anti-corrosion, anti-damp and anti-mould) | — |
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