The forming of magnesium alloy products mainly involves high-pressure die casting. The production process of magnesium alloy includes product die-casting, water removal, deburring, heat treatment, mechanical processing, surface treatment (spraying, chemical deposition, electroplating, micro arc oxidation, etc.), inspection and packaging, and other processes.

The forming of magnesium alloy products mainly involves high-pressure die casting. The production process of magnesium alloy includes product die-casting, water removal, deburring, heat treatment, mechanical processing, surface treatment (spraying, chemical deposition, electroplating, micro arc oxidation, etc.), inspection and packaging, and other processes.

A hot chamber die-casting machine refers to a die-casting machine in which the injection chamber and injection punch are immersed in molten metal, and the injection chamber is connected to the gate of the die-casting mold through a gooseneck tube. This design makes the hot chamber die casting machine particularly suitable for processing low melting point metals such as zinc, lead, etc.

The working principle of the hot chamber die-casting machine is based on the control of pressure and speed. Firstly, heat the metal to its melting point, and then inject the molten metal into the mold cavity through high pressure and speed of the die-casting machine. Metal rapidly cools and solidifies under high pressure, and finally opens the mold to take out the finished product.

Hot chamber die-casting machines are widely used in industrial sectors such as automobiles, motorcycle parts, instruments and meters, daily hardware, and household appliances, especially for the production of small zinc alloy die-casting parts. Due to its high production efficiency and ease of automation, hot chamber die casting machines play an important role in the production of small parts.

A hot chamber die-casting machine refers to a die-casting machine in which the injection chamber and injection punch are immersed in molten metal, and the injection chamber is connected to the gate of the die-casting mold through a gooseneck tube. This design makes the hot chamber die casting machine particularly suitable for processing low melting point metals such as zinc, lead, etc.

The working principle of the hot chamber die-casting machine is based on the control of pressure and speed. Firstly, heat the metal to its melting point, and then inject the molten metal into the mold cavity through high pressure and speed of the die-casting machine. Metal rapidly cools and solidifies under high pressure, and finally opens the mold to take out the finished product.

Hot chamber die-casting machines are widely used in industrial sectors such as automobiles, motorcycle parts, instruments and meters, daily hardware, and household appliances, especially for the production of small zinc alloy die-casting parts. Due to its high production efficiency and ease of automation, hot chamber die casting machines play an important role in the production of small parts.