Aerospace. In the aerospace, it is utilized for the outer layers of supersonic aircraft, as well as for constructing the frontal sections of these vehicles. Molybdenum or its alloys may act as the primary structural material or as a thermal barrier.
Metallurgy. Within the field of ferrous metallurgy, molybdenum enhances steel’s ability to be hardened, its durability, resistance to corrosion, and toughness. Alloys containing molybdenum are crafted into vital components and machinery parts. Furthermore, molybdenum’s role extends to improving the properties of cobalt and chromium alloys, making them suitable for parts with wear-resistant edges. It’s also a component in durable alloys resistant to acid, made with chromium, nickel, and cobalt.
Given its high melting point, molybdenum is crucial in producing tools for the hot working of steel and is also fashioned into rods used in the die-casting of various metal alloys.
Chemical manufacturing. In the realm of chemical manufacturing, equipment that operates within acidic conditions is made from molybdenum. It’s also fashioned into heating elements for hydrogen atmosphere furnaces. Several molybdenum compounds are pivotal as catalysts in chemical reactions, and they’re included in the composition of certain glazes and pigments.
Glassmaking. In glassmaking, molybdenum’s resistance to molten glass makes it invaluable for glass melting processes and in crafting electrodes.
Electronics and radiography. The electronics and radiography sectors utilize molybdenum for constructing vacuum device components, including X-ray tubes and electronic lamps.