Baoji New Future Titanium Co., Ltd. |
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Titanium Cubes For Making Jet Engine Compressor Blades And Impellers
Heat treatment
It belongs to α-type titanium alloy, can be welded, has good oxidation resistance, strength and high temperature stability at 315~593 ° C, and can be used to manufacture forgings and plate parts, such as aero-engine compressor blades, shells, brackets.
α+β type alloy, with good forgeability and comprehensive performance, is a titanium alloy commonly used in various countries for components such as aero-engine compressor discs and blades.
α+β titanium alloy, easy to forge, good room temperature strength, high creep resistance (below 400 ℃), high lasting strength, widely used in the manufacture of engine and wing slide rails, power control device casings, etc.
It belongs to α+β type titanium alloy high-strength titanium alloy, titanium Cubes which has the characteristics of high strength, high creep limit (below 400 ℃), good forgeability, etc. It is used to manufacture aircraft components such as landing gear, mounts, and gas turbine components. It can be used in general engineering and chemical industry, steam turbine blades, compressor parts and other high-speed rotating parts.
Description:
Product Name | Titanium Square |
Material | TC |
Grade | TC4/Ti-6Al-4V |
Titanium content | 0.999 |
Impurity content | 0.0001 |
Type | α+β titanium alloy |
Weight | KG |
Standard type | GB |
Granularity | 10 mesh |
Uses | Aviation, medical, military, chemical industry, etc. |
Production process | forging, cold rolling, hot rolling |
Product surface | pickling surface, sandblasting surface, bright surface, mirror surface. |
Applications:
titanium Cubes used in the manufacture of jet engine compressor blades, impellers, etc. Others such as landing gear wheels and structural parts, fasteners, brackets, aircraft accessories, frames, stringer structures, pipes, are widely used.
Competitive Advantage:
The alloy has high strength and creep resistance below titanium Cubes
Weldable, qualified formability, medium strength.
Plasticity, weldability and high-temperature strength are similar to those of industrial pure titanium, and are used for parts and corrosion-resistant parts below 350 °C.
It has low density and high elastic modulus. It is used to make compressor discs and blades that work below 450 °C. It is an important material in the aviation industry.