Titanium processed parts are made from titanium and titanium alloys through customized processes. With the core advantages of "lightweight, strong, corrosion-resistant and stable", they have become key components in high-end manufacturing. Selection of grades as needed: high-strength models such as GR5 and TC11 for aviation use, corrosion-resistant alloys GR2 and GR7 for chemical use, and TI6AL4V ELI biocompatible materials for medical use.
In terms of performance, its density is only 4.5g/cm ³, and the tensile strength of GR5 exceeds 900MPa, with a specific strength better than steel and aluminum alloys; The corrosion rate in boiling hydrochloric acid and seawater is less than 0.001mm/year, and it can maintain stability in a wide temperature range of -253 ℃ to 600 ℃. Some models are also non-magnetic and radiation resistant.
Production follows precision standards, with controlled composition through vacuum melting, refined grain size through forging, and complex structural integration achieved through 3D printing and superplastic forming. The surface smoothness reaches Ra<0.2 μ m, with a dimensional tolerance of ± 0.05mm, in compliance with GB/T, ASTM and other standards.
Application coverage in multiple high-end fields: aerospace for landing gear and load-bearing frame; Chemical adaptation reactors, hydrogen energy storage tanks; Medical manufacturing of artificial joints and bone implants; It can also be used in deep-sea equipment, semiconductor chambers, automotive turbochargers, and other scenarios.