高品質の製品を作成するための中国のマグネシウム合金射出成形の高度な技術

At the beginning of the manufacture of mechanical parts, the metal was melted into a liquid form, and then fixed into the desired part appearance through a mold. With the development of science and technology, the production of metal parts has gradually developed from the initial form into a diversified form, which can be from liquid to solid, or in the form of solid die-casting. China magnesium alloy injection molding is a semi-solid metal forming process, which not only makes reasonable use of the metal characteristics of magnesium alloys, but also makes full use of the advantages of the die-casting process, making magnesium alloys more widely used in industrial applications.

Magnesium is the lightest of the metal elements, and the content in the earth’s crust is also very rich. Magnesium alloys are based on magnesium, and other alloys are added to form new metals. The main feature is the low density, so the overall quality is particularly light, but its elasticity is good, and the ductility is strong, which can form thinner and tougher metal parts in the mold. At the same time, its load-carrying capacity is higher than that of aluminum alloy, and its corrosion resistance is good. Therefore, whether it is in the electronics industry or the automotive industry, magnesium alloy has a very wide range of applications. The main basis for quantification.

Advanced technology has brought about the development of the market, and the use of raw materials determines whether the development of an industry is environmentally friendly and futuristic. In terms of production, China magnesium alloy injection molding technology has realized the transformation from liquid die casting to semi-solid die casting. At the same time, metal products are freed from the weight of metals. Even large metal products, because of the use of magnesium alloys, can control the weight within a suitable range, increase mobility, and bring users Convenience.

High-quality products are often the embodiment of technological progress. The use of magnesium alloys will also usher in more development opportunities in the automotive industry, electronic communications industry, and medical equipment industries.