Explanation

powder of titanium alloy is formed into alloy by sintering. Titanium and titanium alloys have the characteristics of low density, oxidation resistance and corrosion resistance. Due to the poor hot workability of titanium alloys, high-level complex production processes such as multiple vacuum melting or precision casting are required. Therefore, titanium alloy parts are usually produced by powder metallurgy. The sponge titanium can be hydrogenated, crushed, dehydrogenated, shaped, and vacuum sintering to obtain the workpiece. Powders are also formed by atomization, rotating electrodes, or vacuum vacuum vacuum atomization. The main grades of titanium alloys include Ti6A14V, TiAl, Ti6A14V5Sn, Ti6A14Sn, Ti6A14Sn2, Zr6M9, etc. P/M titanium alloy is a smelting qualified titanium alloy liquid metal, which is hot extrusion into rods, hot isostatic pressing into titanium alloy turbine disks, aircraft keel joints, and seawater desalination devices.

Classification