 |
| Quantity: | |
|---|---|
The process of aluminum die casting begin with 3D drawing that is engineer using with CAD. Once approved, the engineer team who will making the tools.the die casting mould involves two parts-the cover half and ejector half that meet at the parting line
| High-Pressure Die Casting | Low-Pressure Die Casting |
| Lower pressure, generally less than 0.08MPa | High pressure, up to several hundred MPa |
| The molten metal flows relatively smoothly | The flow of molten metal in the cavity is relatively unstable |
| The cavity can be metal, sand, etc. (lower requirements for cavity materials) | The cavity can only be metal |
| Can produce small and medium castings and large castings | Usually used to produce small and medium-sized castings |
| Castings can be heat treated | No or incomplete heat treatment strengthened castings |
The process of aluminum die casting begin with 3D drawing that is engineer using with CAD. Once approved, the engineer team who will making the tools.the die casting mould involves two parts-the cover half and ejector half that meet at the parting line
| High-Pressure Die Casting | Low-Pressure Die Casting |
| Lower pressure, generally less than 0.08MPa | High pressure, up to several hundred MPa |
| The molten metal flows relatively smoothly | The flow of molten metal in the cavity is relatively unstable |
| The cavity can be metal, sand, etc. (lower requirements for cavity materials) | The cavity can only be metal |
| Can produce small and medium castings and large castings | Usually used to produce small and medium-sized castings |
| Castings can be heat treated | No or incomplete heat treatment strengthened castings |
