Molybdenum plate is widely used because it has many properties, such as high strength, low thermal expansion coefficient, excellent thermal and electrical conductivity. Molybdenum plate has higher corrosion resistance to molten glass, molten salt and molten metal, and it can also improve the wear resistance of thin coating.
Good corrosion resistance
The surface of molybdenum plate is easy to produce a dense and strong protective film, which can protect the matrix from corrosion. By artificial anodization and coloring, casting aluminum alloy with good casting performance or plastic deformation aluminum alloy can be obtained.
High strength
A certain degree of cold processing can strengthen the matrix strength, and some brands of molybdenum plate can also be strengthened through heat treatment.
Good electrical and thermal conductivity
The conductivity of molybdenum plate is second only to that of silver, copper and gold.
Low density
The density of molybdenum plate is about 1/3 of that of iron or copper.
Workability
After adding some alloying elements, the casting aluminum alloy with good casting performance or the deformable aluminum alloy with good workability can be obtained.
Molybdenum plate can withstand high temperature of 2,800 degrees in vacuum and is widely used in the space ship industry, and molybdenum and its alloy can guarantee good corrosion resistance, high abrasion resistance and reduce energy consumption.
Molybdenum plates are mostly used in special steel, but there are other common uses such as molybdenum electrodes and vacuum furnaces, as well as components such as nuclear power, missiles and aircraft. The thickness of the molybdenum plate ranges from 0.090 inches to 3 inches, and it is widely used in the construction of molds and parts furnaces, as well as the manufacture of components in the electronics and semiconductor industries.
Stanford Advanced Materials supplies high-quality molybdenum products to meet our customers' R&D and production needs. Please visit http://www.samaterials.com for more information.