Titanium processed parts are high-precision components made from titanium and titanium alloys as substrates through customized processes such as forging, welding, and CNC machining. With the core advantages of "lightweight, strong, corrosion-resistant, and adaptable", they have become a key support for high-end manufacturing. Matching scenarios for grades as needed: corrosion-resistant models such as TA2 and TA9 are selected for chemical engineering, high-strength alloys such as TC4 and TC18 are used for aviation, and TC4 ELI biocompatible materials are used for medical applications.
Significant performance advantages: the density is only 4.51g/cm ³, which is about 57% of steel, and the tensile strength of TC4 can reach 686-1176MPa, ranking first among industrial alloys in terms of specific strength; The corrosion rate of TA9 in boiling hydrochloric acid is less than 0.05mm/a, far exceeding that of stainless steel and Hastelloy, and it can maintain stable performance in a wide temperature range from -253 ℃ to 600 ℃.
Production follows precision standards: raw materials are purified by vacuum melting, formed by hot forging/cold heading, and then processed by CNC milling, laser welding and other processes. The surface can be strengthened by micro arc oxidation or laser cladding, and the dimensional tolerances and performance meet ASTM, GB/T and other standards.
The application spans multiple fields: it is suitable for strong corrosion equipment such as hydrochloric acid evaporators and PTA reactors in the chemical industry, with a service life of more than 10 times that of stainless steel; Aviation is used for fuselage structure and engine components, helping to reduce equipment weight by 30%; It can also manufacture high-end products such as medical implants and hydrogen fuel cell bipolar plates.