Used for casting and deformation of magnesium-containing alloys; significantly refines the alloy casting structure, improves the uniformity of the structure and the stability of performance. In the magnesium alloy production and smelting process, by adding different types of master alloys as required, the dissolution temperature of the main elements in the alloy can be reduced, the actual yield of the alloy elements can be improved, the crystal material can be refined, and the content of impurity elements in the alloy can be reduced Optimize the mechanical properties and casting properties of magnesium alloy products to make them a stable magnesium alloy product, which plays an important role. At the same time, it can simplify the process of impurity removal, pool removal and gas removal in the magnesium alloy smelting process.

Magnesium samarium alloy: MgSm10 MgSm20 MgSm30

Magnesium zinc alloy: MgZn20 MgZn30 MgZn50

Magnesium copper alloy: MgCu10 MgCu20 MgCu30

Magnesium zirconium alloy: MgZr25 MgZr30 MgZr35

Magnesium yttrium alloy: MgY25 MgY30 MgY35

Magnesium neodymium alloy: MgNd25 MgNd30 MgNd35

Magnesium gadolinium alloy; MgGd20 MgGd25 MgGd30

Magnesium strontium alloy: MgSr10 MgSr15 MgSr20

Magnesium lanthanum alloy: MgLa5 MgLa25 MgLa30

Magnesium calcium alloy: MgCa10 MgCa15 MgCa30

Magnesium manganese alloy: MgMn5 MgMn10 MgMn15

Magnesium-cerium alloy: MgCe20 MgCe30 MgCe35

Magnesium lithium alloy: MgLi10 MgLi20 MgLi30

Magnesium silicon alloy: MgSi5 MgSi10 MgSi20

Magnesium lanthanum cerium alloy: Mg-LaCe20 Mg-LaCe25 Mg-LaCe