Since the 1940s,
titanium has been widely used in aircraft, rockets, missiles, satellites, spacecraft, ships, military, medical and petrochemical fields. The latest research found that the human body contains certain titanium element, titanium element will stimulate phagocytes, can enhance the immune effect, so many laboratories are dedicated to the development and application of biological titanium.
The traditional processing of titanium alloy generally adopts melting and casting technology, and the latest processing technology can be divided into the following:
1. Near-net forming technology;
2. Line friction welding technology;
3. Superplastic forming technology;
4. Computer simulation of material preparation and processing.
Near net forming technology includes laser forming, precision casting, precision die forging, powder metallurgy, jet forming and other methods.
Titanium has many metal incomparable advantages, with the progress of society, the development of science and technology, the application of titanium and titanium alloy will be more extensive, human demand for titanium and titanium alloy will be increasing, and the high production cost is one of the main reasons to limit the use of titanium and titanium alloy promotion.
Therefore, the development and application of low-cost, large-scale and ecological environmental protection of continuous production process, titanium and titanium alloy can be more widely used.
