The mechanical properties of pure magnesium is very poor, can not meet the requirement of industrial parts on the yield strength and tensile strength. By adding alloy elements can significantly improve the mechanical properties of magnesium die casting, The strength-weight ratio of magnesium alloy second only to titanium alloy in all kinds of alloy, there are broad prospects in industrial application.
Alloying elements second role is to improve the performance of magnesium die casting. Pure magnesium, high melting point, poor mobility, shrinkage is big. By alloying can reduce the temperature of the liquid phase, increase liquidity, improve the casting properties of magnesium alloy, reduce shrinkage tendency.
Magnesium alloy strength was significantly decreased when the temperature is greater than 150 degrees Celsius, alloy elements third role is to enhance the creep resistance of magnesium alloy.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_68.html, reproduced please specify. yazhublog1503
Alloying elements second role is to improve the performance of magnesium die casting. Pure magnesium, high melting point, poor mobility, shrinkage is big. By alloying can reduce the temperature of the liquid phase, increase liquidity, improve the casting properties of magnesium alloy, reduce shrinkage tendency.
Magnesium alloy strength was significantly decreased when the temperature is greater than 150 degrees Celsius, alloy elements third role is to enhance the creep resistance of magnesium alloy.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_68.html, reproduced please specify. yazhublog1503
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