Adding rare earth elements can not only increase the recrystallization temperature and high-temperature creep resistance of molybdenum, but also significantly reduce the plastic-brittle transition temperature of molybdenum, increase ductility, and improve the room-temperature brittleness and high-temperature sag resistance of molybdenum.
1. Rare earth molybdenum wire is mainly used as electric light source filament, EDM electrode and high-temperature furnace heating element;
2. Rare earth molybdenum plates and sheets are used to stamp wafers for silicon controlled rectifiers, as well as heat insulation shields and guide sheets for electron tubes;
3. Rare earth molybdenum alloy can be used to make high-quality steel hot-piercing plugs, aerospace and nuclear industry materials, X-ray targets, die-casting molds and extrusion dies;
4. Rare earth molybdenum special-shaped products are used as glass melting electrodes, rare earth smelting electrodes, crucibles, high-temperature sintering boats, high-temperature radiation heat shields, spouts, guide rails, backing plates, etc.;
5. Rare earth molybdenum alloys can also be used as hot cathode materials for medium and high power electron tubes. The rare earth molybdenum alloy hot cathode material replaces the current thorium tungsten cathode, which has high operating temperature, radioactive contamination, and high brittleness, and can greatly reduce the operating temperature of electron tubes and improve reliability.
Zhenan New Materials can professionally provide titanium zirconium molybdenum alloy (TZM), titanium zirconium carbon alloy (TZC), zirconium hafnium carbon molybdenum alloy (ZHM), molybdenum hafnium carbon alloy (MHC), molybdenum copper alloy (Mo-Cu), copper molybdenum Copper alloy (Cu-Mo-Cu), tungsten-molybdenum alloy (W-Mo), molybdenum-lanthanum alloy (Mo-La), molybdenum-titanium alloy (Mo-Ti), molybdenum-rhenium alloy (Mo-Re), chromium-molybdenum alloy ( Mo-Gr) and other molybdenum alloy products.
