Titanium Alloy Products
Plates, belts, foils, tubes, rods, forgings, wire titanium alloy products, different types of titanium alloy properties, advantages and disadvantages vary, can be used for different purposes.
TC1
Performance Analysis: MGood stamping. Various types of welding can be performed, and the weldability is good. Machinability is the same as industrial pure titanium. Good oxidation resistance
Working environment: Parts that work below 400°C. Suitable for all kinds of plates, stamping and welding parts
TC2
Performance Analysis: At 350°C, the 100h endurance strength is above 400MPa, and there is good plasticity in hot working. Heated to 350-400 °C, no brittle tendency, therefore, can be used to weld parts that work at high temperatures.
Working Environment: Parts, Weldments, Die Forgings, and Bending Parts that work below 500°C
TC4
Performance analysis: poor stamping, good thermoplasticity. Various types of welding can be performed, and the strength of the welded joint can reach 90% of the base metal strength. Mechanical processing performance is still good, need to use carbide, a large amount of knife, slow speed, adequate cooling. Good corrosion resistance and good thermal stability. It is one of the most widely used titanium alloys.
Working environment: Long-term working parts below 400°C
Performance analysis: poor stamping performance, thermoplasticity is still good. Various forms of welding can be performed with good performance. The strength and plasticity of the welded joint can be equal to that of the base metal. Mechanical processing performance is the same as industrial pure titanium. Good corrosion resistance, good thermal stability at high temperature
Working environment: Doing structural work for long-term work below 500°C, can do various die forgings
TA8
Performance analysis: good thermoplasticity. Various types of welding can be performed, and the weldability is good. Machinability is the same as industrial pure titanium. Good oxidation resistance
Working environment: Long-term working parts below 500°C. Can make engine compressor plates and blades
TC1
Performance Analysis: MGood stamping. Various types of welding can be performed, and the weldability is good. Machinability is the same as industrial pure titanium. Good oxidation resistance
Working environment: Parts that work below 400°C. Suitable for all kinds of plates, stamping and welding parts
TC2
Performance Analysis: At 350°C, the 100h endurance strength is above 400MPa, and there is good plasticity in hot working. Heated to 350-400 °C, no brittle tendency, therefore, can be used to weld parts that work at high temperatures.
Working Environment: Parts, Weldments, Die Forgings, and Bending Parts that work below 500°C
TC4
Performance analysis: poor stamping, good thermoplasticity. Various types of welding can be performed, and the strength of the welded joint can reach 90% of the base metal strength. Mechanical processing performance is still good, need to use carbide, a large amount of knife, slow speed, adequate cooling. Good corrosion resistance and good thermal stability. It is one of the most widely used titanium alloys.
Working environment: Long-term working parts below 400°C
TC5
Performance analysis: Stable below 350, plastic drop at higher temperatures. In the hot state for forging, stamping and other deformation
Working environment: Parts working below 350°C
TC9
Performance analysis: thermoplasticity is still good. Machinability is the same as that of the T alloy. High corrosion resistance. Thermal stability is still good
Working environment: Long-term working parts below 400°C. Can manufacture compressor plates and blades
Performance analysis: Stable below 350, plastic drop at higher temperatures. In the hot state for forging, stamping and other deformation
Working environment: Parts working below 350°C
TC9
Performance analysis: thermoplasticity is still good. Machinability is the same as that of the T alloy. High corrosion resistance. Thermal stability is still good
Working environment: Long-term working parts below 400°C. Can manufacture compressor plates and blades
TC10
Performance analysis: poor stamping, good thermoplasticity. Various types of welding can be performed, and the strength of the welded joint can reach 90% of the base metal strength. The machining performance is the same as that of the T alloy. Good corrosion resistance. The thermal stability is good, the heat treatment effect is remarkable, and the hardenability is good.
Working environment: do long-term work below 450°C
TA6
Performance Analysis:
Has good welding performance, high creep strength, but low process plasticity, Deformable under hot conditions, the alloy is not sensitive to the cut when subjected to axial load, and the cutting performance is still good
Working environment: parts and welding parts working below 400°C
TA7Performance analysis: poor stamping, good thermoplasticity. Various types of welding can be performed, and the strength of the welded joint can reach 90% of the base metal strength. The machining performance is the same as that of the T alloy. Good corrosion resistance. The thermal stability is good, the heat treatment effect is remarkable, and the hardenability is good.
Working environment: do long-term work below 450°C
TA6
Performance Analysis:
Has good welding performance, high creep strength, but low process plasticity, Deformable under hot conditions, the alloy is not sensitive to the cut when subjected to axial load, and the cutting performance is still good
Working environment: parts and welding parts working below 400°C
Performance analysis: poor stamping performance, thermoplasticity is still good. Various forms of welding can be performed with good performance. The strength and plasticity of the welded joint can be equal to that of the base metal. Mechanical processing performance is the same as industrial pure titanium. Good corrosion resistance, good thermal stability at high temperature
Working environment: Doing structural work for long-term work below 500°C, can do various die forgings
TA8
Performance analysis: good thermoplasticity. Various types of welding can be performed, and the weldability is good. Machinability is the same as industrial pure titanium. Good oxidation resistance
Working environment: Long-term working parts below 500°C. Can make engine compressor plates and blades
