Vijay Commercial House

We normally have ROLLED magnesium sheets in stock in accordance with ASTM B90 with grade -F and a thickness of 6.35 to 101.6 mm.
We also have no difficulties quickly finding other, larger dimensions (up to 260 mm thick) or with a quality of e.g. B. -H24 to procure. It should be noted that F quality does not include a material certificate. If one is needed, z. B. to order quality –H24.

Rolled magnesium plates, also known as magnesium tooling plates, with the AZ31B-F alloy are suitable for numerous areas of application. They can be used, for example, in computers, electronic control cabinets for satellites, base plates for test setting devices and control systems. The plates can also be welded. We can also offer watercut plates through a cooperation partner.

Decisive for the choice of the material magnesium is the low weight of the magnesium plates in connection with their flatness and dimensional stability. Thanks to the hexagonal structure of magnesium, the vibration-damping properties are very good. Therefore, these plates are often used in vibration test systems.

It is difficult to briefly name all areas in which magnesium plates can be used, but the manufacture of forming tools for plastic components should definitely be mentioned. They can be processed quickly and are therefore also well suited for small series.

High quality MgRE alloys Mg-Co Mg-Si Mg-Ca Mg-V Mg-Zn Mg-Ni Mg-Al-Sc Mg-Cu Mg-Y-Ni ingot for magnesium castings

Application: As the master alloy, magnesium alloy can be used in the Automobile, Electronics, Aerospace and Military industry.

Because of its similarities with aluminum, magnesium can be used as a substitute for many, if not most, aluminum applications. Magnesium is still, however, limited by its extractions costs, which make the metal about 20% more expensive than aluminum. Due to import tariffs on Chinese-produced magnesium, US magnesium prices can be almost double that of aluminum.

Over half of all magnesium is used in alloys with aluminum, which are valued for their strength, lightness, and resistance to sparking, and are widely used in automobile parts. In fact, various car manufacturers use cast magnesium-aluminum (Mg-Al) alloys to produce steering wheels, steering columns, support brackets, instrument panels, pedals and inlet manifold housings, among numerous other parts. Mg-Al die castings are further used to make transmission and clutch housings.

High strength and corrosion resistance are critical to aerospace alloys, as well as helicopter and race car gearboxes, many of which rely on magnesium alloys.

Beer and soda cans don't have the same requirements as aerospace alloys, yet a small amount of magnesium is used in the aluminum alloy that forms these cans. Despite using only a small amount of magnesium per can, this industry is still the largest consumer of the metal.

Magnesium alloys are also used in other industries where lightweight, sturdy alloy applications are crucial, such as in chainsaws and machinery parts, and in sporting goods like baseball bats and fishing reels.

Alone, magnesium metal can be used as a desulpherizer in iron and steel production, as a deoxidizer in the thermal reduction of titanium, zirconium, and hafnium, and as a nodularizer in the production of nodular cast iron.

Other uses for magnesium are as an anode for cathodic protection in chemical storage tanks, pipelines, and ships, and in the production of flare bombs, incendiary bombs, and fireworks.