Pure molybdenum and strengthened molybdenum

Conventional pure molybdenum products with a purity of>99.95% are widely used in various electrodes, heating elements, sputtering targets, high-temperature vessels, insulation screens, sintering plates, crystal crucibles, radiation shielding, power device heat dissipation, and other occasions. Large crystal molybdenum is a pure molybdenum material with a special large crystal structure, which has good high-temperature deformation resistance and can be used in situations above 1450 ℃.

Rare earth reinforced molybdenum (MoLa, MoLaY) and silicon aluminum potassium molybdenum have better high-temperature strength compared to pure molybdenum, and can be used in situations above 1450 ℃. They also have better machining performance, making them suitable for high-temperature bearing plates, high-temperature screws and nuts, high-temperature molybdenum boats, high-temperature heating elements, high-temperature deformation resistant insulation screens, high-temperature high-strength fixtures, and other occasions.

TZM is a titanium zirconium carbon composite reinforced molybdenum material with outstanding strength performance and better wear resistance below 1400 ℃. It can be used in high-temperature and high-strength applications such as sintering plate, Hot isostatic pressing basket and injection molding nozzle below 1400 ℃.

TZC is a molybdenum alloy with a higher titanium zirconium carbon content than TZM. It is the preferred material for seamless stainless steel pipe heads.

MHC is a Hafnium carbide strengthened molybdenum alloy with higher strength than TZM. It is possible to increase the high-temperature usage temperature to 1500 ℃.

Molybdenum tungsten alloys typically have a molybdenum content of 50% -80%, with the remaining tungsten. Its corrosion resistance is stronger than pure tungsten and molybdenum, so it can be used as a zinc smelting crucible and a mixer for Glass production. Its better etchability makes it a better target for flat panel displays.