Ti-6242 Titanium Rod
Product Name: Ti-6242 Titanium Rod
Titanium content : 99.6 (%)
Category : α titanium alloy
Chinese trademark : TA19
Delivery state: M annealed state, R hot processed state, Y processed state
Production process: hot forging, rolling , cold rolling, annealing, polishing
Remarks: The size can be customized
Product Introduction
Shaanxi Haiboweier Metal Material Technology is based on science and technology, and creates maximum value for customers. Our Ti-6242 titanium rod products have been used in aerospace, chemical industry, medicine and medical treatment, petroleum industry, ocean engineering, electronic circuit boards , and sporting goods. It has been widely used in industries such as aerospace . At present , the development of 3D printing titanium materials in the aerospace field is making great progress. Ti-6242 is a high-performance material that combines high-temperature stability and lightweight properties. It is very suitable for aerospace, military and space. application. We are engaged in a comprehensive enterprise integrating processing, production, distribution and research and development of titanium metal material accessories. The company's main business is various grades of titanium alloy pipe fittings , alloy titanium plates , titanium alloy titanium rods , titanium forgings, titanium foils, titanium wires , titanium wires , titanium rings , etc. The products are widely used, and there are spot stocks all year round. High-quality products are well received by customers. The unanimous praise, welcome your negotiation and order cooperation.
Ti-6242 Titanium Rod Is ( Ti-6Al-2Sn-4Zr-2Mo-0.1Si ) :
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Ti6242 chemical element composition content |
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|
Element |
Fe |
C |
Si |
Mo |
N |
Zr |
A |
sn |
h |
o |
other single |
Total other |
More |
|
minimum value |
. |
. |
0.06 |
1.8 |
. |
3.6 |
5.5 |
1.8 |
. |
. |
. |
. |
Ti margin |
|
maximum value |
0.25 |
0.05 |
0.1 |
2.2 |
0.05 |
4.4 |
6.5 |
2.2 |
0.0125 |
0.15 |
0.1 |
0.3 |
|
Ti-6242S Heat Treatment:
|
Annealing |
bars and forgings: 970°C, 1h, air cooling +595°C, 8h, air cooling; plates: 900°C, 10-30min, air cooling +790°C, 15min, air cooling.
|
|
Three times annealing (titanium alloy plate) |
900°C, 10-30min, air cooling + 790°C, 15min, air cooling +595°C, 2h, air cooling.
|
|
Stress annealing |
480-650℃, 1-4h, furnace cooling or air cooling.
|
|
General annealing (cast titanium parts) |
700-800°C, furnace cooling/air cooling, 1-2h.
|
|
Static pressure treatment (cast titanium parts) |
900±10°C, 100-110MPa, 2h, cooled to below 250°C with the furnace and released.
|
|
Stress relief (cast titanium parts) |
580-620°C, 1-2h, furnace cooling or air cooling.
|
Casting, Melting:
The steel ingots for making bars should be smelted three times in a vacuum consumable electrode electric arc furnace. The consumable electrode is prepared from 0-2 small particle sponge titanium, Mo-Al master alloy, Ti-Sn master alloy and Al-Si master alloy, pure aluminum and sponge zirconium. The remelted electrodes prepared after two vacuum consumable meltings were cast by gravity casting or centrifugal casting in a vacuum consumable arc shell solidification furnace. Casting molds are available in investment casting shells, compact (graphite) types and machined graphite types.
Casting Performance Analysis:
The alloy contains Al and Sn, has good casting properties, is easy to form, and has no tendency to hot cracking. Special-shaped castings of various shapes, sizes, and wall thicknesses can be cast in molds suitable for casting titanium alloys.
Main Application Scope:
Ti-6242 titanium rod is a material with great potential for space applications, and its temperature range covers cryogenic to 500°C, and in these extreme cases, it can cope with different temperature changes. Suitable for the manufacture of lightweight components where high temperature stability is critical, such as turbine components, afterburner structures, high pressure compressor blades and fuselage hot ends in the aerospace industry, the hot end region will benefit from the 6242-Ti offering high temperature stability.
The challenge in aerospace is always trying to achieve the highest mechanical performance at the highest temperature with the lowest possible weight. In areas of higher temperature, use of Ti-6242 can reduce the weight of aerospace industry engines while still meeting temperature requirements. These features are also suitable for motorsport industry applications, where the light weight provided can help improve the performance and fuel efficiency of engines in these industries.
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