Magnesium master alloy is a lighter metal structure raw material, the ratio is only 1.8, each is 1/3 of aluminum and 1/4 of iron, and its specific strength reaches 133, which can be compared with the specific strength of titanium, which promotes magnesium alloys to be used as high Tough raw materials. Enterprises that produce and process new materials as the main actors have detailed and scientifically researched quality system management. Key markets sell titanium, magnesium, nickel, tungsten, cobalt, zirconium, molybdenum and other new metal composite materials.

The product development, manufacturing, and market sales of magnesium master alloys and magnesium alloy products are the key, and automatic equipment such as melting furnaces, continuous extruders, aluminum die-casting machines, metal surface treatment production lines, etc. are introduced. Now it has the ability to produce various types of magnesium alloy plates, pure magnesium plates, magnesium alloy aluminum profiles, magnesium extruded rods, magnesium plate ingots and other magnesium alloy products.

Magnesium alloys can be divided into two types according to the manufacturing and processing technology, wrought magnesium alloys and forged magnesium alloys, which have excellent mechanical equipment properties and are mainly used for automobile parts, parts shells and communication equipment. Compared with forged magnesium alloys, AZ31B wrought magnesium alloy has higher compressive strength and stronger plastic deformation. The key is used for thin metal plates, extrusions and steel castings.

The addition of AL and ZN elements to magnesium master alloys can improve the structural mechanical properties and production and processing properties of the alloy. In a certain range, the alloy compressive strength increases with the increase of AL content. When the ZNAL content is 3% (quality), the alloy The elongation rate should be large. When the content of ALZN exceeds 3% (quality), the β phase is easily precipitated in the forging mechanism, which reduces the production and processing performance of the alloy. The compressive strength of AZ31B magnesium alloy is 245-274.4MPa. The compressive strength performance of easy-to-use magnesium alloys is relatively low, and the compressive strength cannot be improved according to the heat treatment process, but its forgeability.