High Hardness MHC TZC TZM Molybdenum Alloy Rod

Heating elements, radiation shielding, extrusion, forging die, etc.; Rotating perspective in clinical diagnosis of anode; Glass melting furnace electrode and components of resistance to molten glass; To match the thermal expansion coefficient of silicon semiconductor chip cooling fin mounts; Sputtering layer, only 10-7 mm thick, doors and IC chip interconnection; Piston rings and machine parts spraying coating to reduce friction, improve the wear and tear.

A. TZM molybdenum and TZC alloy, two. MHC and ZHM alloy, three. Mo - W alloy, four. Mo - Re alloys, five. MH and KW molybdenum alloys.

Molybdenum alloy, is based on molybdenum substrate to join other elements, constitute the non-ferrous alloy.

Main alloy elements are titanium, zirconium, hafnium, tungsten and rare earth elements. Titanium, zirconium, hafnium elements not only have solid solution strengthening effect on molybdenum alloy, keep low temperature plastic alloy, but also can form stable, diffuse distribution of carbide phase, improve the strength of the alloy and the recrystallization temperature. Molybdenum alloy with good thermal conductivity, electrical conductivity and low expansion coefficient, at high temperatures (1100 ~ 1650 ℃) with high intensity, easier than tungsten processing.

Can be used as a valve gate and anode, electric light source of the support material, and used to make die casting and extrusion mould, aircraft parts, etc. Because of molybdenum alloy has a low temperature brittleness and welding brittleness, and high temperature oxidation, so its development was restricted. Industrial production of molybdenum alloys have molybdenum titanium zirconium, molybdenum, tungsten and molybdenum alloy, rare earth application more is first class. Molybdenum alloy is the main way of strengthening, solid solution strengthening, precipitation strengthening and work hardening. Plastic processing can be obtained by molybdenum alloy sheet, strip, foil, pipe, bar, wire rod and profiles, it can improve its strength and improve low temperature plasticity.