Titanium rod is a high-performance rod-shaped material made from titanium and titanium alloys through processes such as melting, forging, and rolling. With its unique material advantages, it has become a core material in various fields. Its brand system is complete, with national standards covering TA1, TA2, TC4, TC11 and other series, and American standards corresponding to GR1, GR5 and other models, which can meet the performance requirements of different scenarios.
In terms of core characteristics, titanium rods exhibit comprehensive advantages of "light, strong, and corrosion-resistant": with a density of only about 4.51g/cm ³, their specific strength far exceeds that of stainless steel and aluminum alloys; The tensile strength of mainstream grades such as TC4 can reach over 895MPa, while TC11 can maintain a persistent strength of over 590MPa at high temperatures of 500 ℃. The corrosion resistance is particularly outstanding. TA10 and other grades can withstand strong corrosive media such as boiling hydrochloric acid and wet chlorine gas. The corrosion rate in seawater is almost negligible, and the service life is 5-10 times longer than stainless steel. Some medical grades have excellent biocompatibility, with a corrosion rate of less than 0.001mm/year in simulated body fluids and no abnormal release of metal ions.
The production process strictly follows the specifications, from vacuum melting and refining raw materials, to multi temperature zone forging and refining grain size, and then optimizing performance through heat treatment. Finally, it achieves strict tolerance standards through precision machining, with a diameter range of 6mm to 200mm or more, and the surface can be treated as black skin, polished or polished according to demand. The product complies with domestic and international standards such as GB/T2965 and ASTM B348 to ensure quality stability.
The application scenarios span across high-end manufacturing and people's livelihood fields: in the aviation industry, TC11 titanium rod is the core material for engine compressor discs and turbine blades; Used in the chemical industry for strong corrosion equipment such as PTA reactor stirring shafts; The TC4 ELI brand in the medical field can manufacture implants such as artificial joints and bone screws; In addition, it is widely used in oil extraction, new energy equipment, sports equipment and other scenarios, becoming an ideal choice for lightweight and high-performance requirements.