titanium alloy rod
1. Deposition-corrosion risk is small
Materials such as steel and aluminum alloys are susceptible to corrosion in humid, high-oxygen environments, reducing their strength and toughness. However, titanium alloy rods are better able to resist this corrosion phenomenon. Since a dense oxide film is formed on the surface of the titanium alloy rod, the excellent properties of the material can be maintained in the atmosphere or in water.
ti metal rod
2. Super performance
Because the atomic structure and crystal structure of titanium alloy materials are stable, they have high tensile strength (even higher than many high-quality steel materials), and their strength and hardness are much higher than other common metal materials at the same quality. This allows aerospace engineers to use lighter and thinner titanium alloy rods instead of other metal parts, thereby reducing the weight and fuel consumption of the aircraft and improving flight efficiency.
titaniun metal rod
3. High temperature performance
Titanium alloy rods have good high-temperature strength and high-temperature stability, and almost no softening or plastic deformation occurs in high-temperature environments. In addition, titanium alloy rods also have excellent low-temperature properties and dynamic mechanical properties, and can maintain high strength and toughness under extreme climate conditions, meeting the requirements of aircraft.
