Titanium And Titanium Alloys And Uses

Titanium and titanium alloys and Uses


Industrial pure titanium TA1, TA2, TA3


Excellent stamping performance. Can be various forms of welding, welding performance is good, 90% of welded joints Scientology metal strength. Ease of saws and abrasive cutting, good machining performance. Excellent corrosion resistance
For the following 350 , by a small force into a variety of parts and stamping complex shape parts. Such as thermal power station condenser; Seawater corrosion of piping, valves, pumps; chemical heat exchangers, pumps, distillation column; desalination systems, plating platinum anode; aircraft skeleton, skin, engine parts, beams, etc.

TA6
Has good welding performance, high creep strength, but lower plasticity process, under heat deformable state, when the alloy is subjected to axial load, no sensitivity to incision, cutting is still good
The following 400 working parts and weldments

TA7
Stamping performance is poor, the thermoplastic is still good. It can be various forms of welding, good performance, strength and ductility of welded joints can be equal to the base metal. Machinability and commercially pure titanium same. Good corrosion resistance, good thermal stability
Do the following 500 long-term structural members, do all kinds of forging

TA8
Thermoplastic good. It can be various forms of welding, good weldability. Machining of commercially pure titanium and the same. Good oxidation resistance
The following 500 long-term working parts. You can build an engine compressor disk and blades

TC1
Good stamping. It can be various forms of welding, good weldability. Machining of commercially pure titanium and the same. Good oxidation resistance
Do the following 400 parts work. Suitable for all kinds of sheet metal stamping and welding parts

TC2
At 350 , 100h lasting strength of 400MPa or more, have good thermal processing of plastic. Heated to 350-400 , not brittle tendency, therefore, can be welded parts working at high temperatures
It does work below 500 parts, welding parts, forging and bending parts, etc.

TC4
Stamping poor, thermoplastic good. Can be various forms of welding, weld joint strength can reach the base metal strength 90%. Machining performance is still good, need to use carbide, a large amount of passes, slow, sufficient cooling. Good corrosion resistance, good thermal stability. It is one of the most widely used titanium alloy applications
Parts do the following 400 long-term work

TC5
350 or less stable at higher temperature ductility decreases. In the hot state may be forging, stamping and other deformation
Part below 350 work

TC9
The thermoplastic is still good. Machinability and T of the same alloy. High corrosion resistance. Thermal stability is still good
The following 400 parts long-term work. Can be manufactured compressor disk and blades

TC10
Stamping poor, thermoplastic good. Can be various forms of welding, weld joint strength can reach the base metal strength 90%. T alloy machining performance and the same. Good corrosion resistance. Good thermal stability, heat treatment effect is remarkable, good hardenability
Do the following 450 long-term work