An inert gas is used to prevent oxidation of the tank surface. This high kinetic energy can be controlled by decelerating at the end of the die fill.

? The resources of magnesium are inexhaustible.

The appropriate utility and superior performance of high-purity alloys make lightweight magnesium alloys attractive engineering materials for non-ferrous metals, such as:

Why do you need magnesium die-casting?

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? Compared with aluminum die casting, magnesium's excellent mobility enables the forging of components with thinner wall thickness and higher complexity. This step is essential because only dry magnesium ingots can be added to the melting and holding furnace.

? Compared with plastic, it has higher strength and better thermal conductivity.

? The use of scale die casting machine configuration related options can produce magnesium castings, reduce cost.

? Recycled materials can be recycled.

? High purity magnesium alloy has good corrosion resistance.

? Good sound insulation.

Characteristics and advantages of the process:

The powerful injection system ensures rapid filling.

? Office equipment, laptop computer, mobile phone communication and loudspeaker and other enclosures. The magnesium ingots are then fed into a furnace for melting.

Advantages of die-casting magnesium alloy:

? Power tools, etc. The feared pressure spikes that can lead to the opening of the die are eliminated, automating the die casting process and control for the tame stamping of the die.

Heat the magnesium ingot to about 150 °C.

Buhler's services can bring the following benefits to users:

? It is about 30% lighter than aluminum.

? The metal's excellent thermal conductivity and electromagnetic shielding capabilities make magnesium die-casting useful in electrical engineering as well.

? Lightweight parts in the automotive industry.

? Buller provides complete training in magnesium die casting so that better castings can be produced faster.

The main steps of magnesium die casting process are as follows:

Die casting technology

? The strong competitiveness of magnesium die casting stems from the process development of buller Technology Center. The magnesium solution is maintained at a specific temperature until poured into the stamping chamber.