TA1 TA2 Titanium Sheet Metal TC4 Titanium Alloy Plate Supports Customization

TA1TA2 Pure Titanium Plate TC4 Titanium Alloy Plate Supports Customization

Heat Treatment

β-titanium alloy is a titanium material that completes β-particles after delayed cooling in the state of the zero boundary point of titanium. Its processing technology is higher than that of pure titanium. It has better strength, fatigue resistance and environmental resistance than pure titanium and other titanium alloys. Corrosion performance, shape plasticity is very good, it is in solid solution state, its elastic modulus is about 80GPa, slightly higher than the elastic modulus of titanium-nickel shape memory alloy (about 60 GPa), it has high elastic recovery force (ie The arch wire has no deformation after being bent for a large distance), has low hardness, is easy to form, and can be bent or formed into complex shapes without being broken.
The spectacle frames made of it make up for the lack of elasticity of the pure titanium spectacle frames. It has good elasticity and memory characteristics, and the processing performance and welding of β titanium alloy are excellent. The spectacle frames made of it have many shapes and styles. A new generation of eyewear materials. Therefore, β-titanium alloy spectacle frames are becoming popular as a middle-to-high-end decoration and a fashion in developed countries such as Europe and the United States.

Description:

Competitive Advantage:

Baoji New Future Titanium Industry Co., Ltd. is an enterprise operating in a modern management mode. It has many years of rich experience in special alloy sales. The company takes customer satisfaction as its yardstick, strictly guarantees product quality, and constantly improves service standards, thereby continuously strengthening upstream and downstream relations. Corporate strategic partnerships.

Applications:

The use of titanium plate
Titanium has good corrosion resistance, similar to platinum, and its mechanical properties are excellent. It is used in spectacle frames to choose its light weight, high elasticity, corrosion resistance and so on.
However, the production cost of titanium and titanium alloy glasses is very high, and the requirements for buckling, stamping, cutting and welding are very high, and it is not easy to weld and electroplate, and the welding must be completed in a vacuum.
Therefore, the price is relatively expensive, and it is only used for middle and high-end spectacle frames.