Gr5 Titanium Machining Parts
Gr5 titanium machining parts have a series of advantages, such as excellent corrosion resistance, small density, high specific strength, good toughness and weldability. It has been successfully applied in aerospace, petrochemical, shipbuilding, medical, automotive, marine engineering and other fields.
1.Product details of Gr5 titanium machining parts
|
Product |
Gr5 titanium machining parts |
|
Grade |
Gr5 |
|
Technique |
CNC machine |
|
Standard |
According to customer |
|
Certification |
ISO,EN10204 3.1,EN10204 3.2 |
|
Application |
Industrial |
|
Specification |
According to drawing |
|
State |
Annealed |
|
Surface |
Machined/Polished |
|
MOQ |
1pc available |
|
Supply ability |
1000pcs/month |
|
Place of origin |
Baoji, China(Mainland) |
2. Chemical composition of Gr5 titanium machining parts
|
Grade |
N, Max |
C, Max |
H, Max |
Fe, Max |
O, Max |
Al |
V |
Residuals, Max each |
Residuals, Max total |
Ti |
|
Gr5 |
0.05 |
0.08 |
0.015 |
0.40 |
0.20 |
5.5- 6.75 |
3.5- 4.5 |
0.1 |
0.4 |
Balance |
3.Mechanical properties of Gr5 titanium machining parts
|
Grade |
Tensile Strength, Min MPa |
Yield Strength Min MPa |
Elongation in 4D,Min, % |
Reduction of Area, min % |
|
Gr5 |
895 |
828 |
10 |
25 |
4. Application of Gr5 titanium machining parts
5.Why choose titanium
why choose our products
Healthy environmental protection of metal
Corrosion resistance, It won't rust in the deep sea for 100 years
Wide working temperature: -259°C~500°C
High specific strength
Excellent heat transfer performance
6. Machining process of Gr5 titanium machining parts
7. Machining method and precautions of titanium alloy
Titanium alloy has a low elastic modulus, which makes the processed surface easy to rebound, especially for thin-walled parts. The springback is more likely to cause strong friction between the flank surface and the processed surface, which will cause tool wear and chipping. Titanium alloys are highly chemically active and easily interact with oxygen, hydrogen, and nitrogen at high temperatures, increasing their hardness and decreasing their plasticity. It is difficult to machine the oxygen-rich layer formed during heating and forging. There are many methods for machining titanium alloys, including: turning, milling, boring, drilling, grinding, tapping, sawing, electric discharge machining, etc.
8. Machine equipments
Horizontal machining center |
Vertical machining center |
CNC lathe |
CNC milling machine |
Grinding machine |
Lathe |
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