Abstract

The general die casting and vacuum die casting of magnesium alloy radiator were simulated by FLOW-3D simulation software, and the defects and entrapment results in the filling process were compared, and the product was trial-produced.By analyzing the microstructure and mechanical properties of ordinary die casting and vacuum die casting, the test results show that vacuum die casting can obtain magnesium alloy die casting with complete filling and excellent appearance, and its mechanical properties and elongation are increased by 14.2% and 43.7% respectively compared with ordinary die casting.

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