Even at very high temperatures, moly wire is frequently employed to produce pieces that give structural support. It's often used for furnace components including heating elements, outlets, and windings, for example. Because of its high melting point, molybdenum wire is ideal for high-temperature furnaces with hydrogen or vacuum atmospheres.
At room temperature, moly wire is a silver-white metal with a high melting point that does not oxidize with air. Molybdenum wire is widely utilized in steel shots, petroleum, chemical, electrical and electronic technology, medicine, and agriculture due to its high strength, high melting point, corrosion resistance, and wear resistance. A common molybdenum product is molybdenum wire. The varieties and applications of molybdenum wire will be discussed in this article.
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Pure molybdenum wire has a high purity and a black-grey surface. It turns into white molybdenum wire after being alkaline-washed.
Because of its high electrical conductivity, it is frequently used in light bulbs. It can be used to make tungsten filament holders, halogen bulb lead wires, and electrodes for gas discharge lamps and tubes, for example.
This sort of wire is also used to construct electron tubes and power tube grids, as well as acting as a heating element in airplane windshields to offer defrosting.
On the basis of pure molybdenum, high-temperature molybdenum wire incorporates the rare earth element lanthanum. Because it has a greater recrystallization temperature, is stronger, and more ductile after exposure to high temperatures, this molybdenum-based alloy is more popular than pure molybdenum. Furthermore, the alloy produces an interlocking grain structure after being heated above its recrystallization temperature and treated, which aids in sagging resistance and structural stability.