I. Aerospace
Structural Components
Used in the manufacturing of aircraft landing gear, wing structural parts, and spacecraft components. Its lightweight characteristics significantly enhance aircraft performance and reliability.
TC4 titanium alloy wire is used for high-temperature components such as aero-engine blades and turbine disk repair welding, maintaining anti-creep properties at temperatures up to 600°C.
Precision Components
Titanium-nickel alloy (Nitinol) wire with shape memory functionality is used for components like satellite antennas, enabling deformable structural designs.
II. Chemical and Marine Engineering
Corrosion-Resistant Equipment
Pure titanium wire woven into desalination filter screens resists chloride ion corrosion, offering a service life over five times longer than carbon steel.
Titanium-palladium alloy wire is used for welding pipelines carrying strong acid media, reducing maintenance frequency for chemical equipment.
Critical Components
TC4 titanium wire is used to manufacture high-pressure valve springs, maintaining elastic stability in corrosive and high-pressure environments.
III. Energy and High-End Manufacturing
Vacuum Technology
Ti-15Mo alloy wire serves as a getter source in vacuum ion pumps, ensuring high-purity vacuum environments.
Electronics Industry
Titanium iodide wire is used to manufacture electrodes for precision electronic components, suitable for high-frequency and high-temperature operating conditions.
IV. Daily Use and Special Applications
Civilian Fields
Shape memory titanium wire is used in consumer products such as smart garment shoulder pads and eyeglass frames, providing lightweight and adjustable functionalities.
Water Treatment and Electroplating
Titanium wire electrodes are used in electroplating processes and water treatment equipment, offering excellent resistance to electrolytic corrosion and long service life.
