Rare Earth elements will refine the microstructure of the Magnesium alloy, and improve the strength, casting property and machining performance significantly.
Magnesium Alloy Sheet stamping processes play an important role among the mechanical manufacturing operation, since they are characterized by high productivity.
Compared with cast magnesium alloy, the deformation of AZ31B magnesium alloy has a higher strength and better plastic, mainly for thin plates, extrusion and forgings and so on.
The mechanical properties of the WFM002 magnesium alloy were studied: tensile strength≥300MPa, yield strength≥250MPa, elongation≥15%, the cost is not higher than 130% of AZ31;
Casting magnesium alloy AZ31B, with high resistance to vibration and endothermic performance, which is the ideal material for the manufacture of aircraft hub.
Nowadays, magnesium alloy sheet is applied in auto, air, 3C(computer, communication, consumer electronics.) Which is used mobile phone coat, car coat and airplane that make mobile and car thinner and thinner.
AZ31B magnesium alloy according to the manufacturing process can be divided into two major types of magnesium alloy and cast magnesium alloy, it has good mechanical properties, mainly for automotive parts, machine parts and communications equipment, and so on.
We not only purchase good quality raw materials and strict incoming inspection, but also have good management of the production process, so we are able to provide customers with clean,uniform magnesium alloy bar.
Metal mold casting is not only suitable for mass production of complicated non-ferrousalloy castings such as aluminum alloy and magnesium alloy, but also suitable for production of iron and steel metal castings and ingots.
Magnesium alloy material has a good casting performance, in the preservation of good structure conditions, the magnesium alloy wall thickness can be small 0.6mm, which is plastic products can not be achieved under the same strength, aluminum can only be 1.2~ 1.5mm The range can be compared with the magnesium alloy.
Like other 5000-series high magnesium alloys 5052 has a high strength and is hardenable to a significant degree by cold working, enabling a series of“H” tempers, commonly H32(1/4 Hard) and H34(1/2 Hard)- as well as the soft annealed Temper O condition.
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