Titanium and titanium alloys are suitable for-pressure vessels, fuel tanks, rocket engines, and missile bodies in the rocket, missile, and spacecraft manufacturing industries. The cabin skin and structural skeleton of the spacecraft. Main landing support device, lunar module, etc.
Titanium can also be used in the chemical industry, such as the soda ash industry, the manufacture ofaching agents, and the production of chemical products such as urea.
Titanium is widely used in many processes in the ref, such as catalytic cracking, treating process water, desulphurization, reforming reaction, purification of hydrogen, and so on. The use of titanium makes the industrial process faster.
In the process of seawater desalination and oil exploitation, titanium is more effective than copper alloys and carbon Titanium is more compatible with the marine environment and has a more prominent corrosion resistance to seawater, which makes the exploitation or other marine engineering faster and more efficient.
Titanium is a material with light weight, high strength, good corrosion resistance, and good elasticity, so it is widely used in the automobile manufacturing. The use of titanium to produce automobiles can reduce weight, significantly improve energy efficiency, effectively improve the shock-absorbing effect, reduce environmental pollution, and extend the service life automobiles. Therefore, titanium is an effective and ideal material for manufacturing.
