Oil refining applications
In oil refining units, sulfide, chloride, and other corrosive chemicals in petroleum processing products and cooling water are severely corroded, particularly the condensing equipment at the top of the vacuum pressure tower at low temperature light oil components. Equipment rust has emerged as a major issue for the oil refining sector. In recent years, the United States, Japan, and other nations have successfully installed titanium control devices in these extremely corrosive lines.
Application in automobile industry
Titanium tubes have been used in racing cars for many years, and the lightweight and high-strength characteristics of titanium tubes have always been the focus of automobile manufacturers.Titanium exhaust pipes, Titanium elbows, Titanium pie cuts, Titanium Flex bellows, Titanium Mufflers, Titanium exhaust flanges, V band clamp sets, Titanium Mandrels bends, Titanium Valves and other titanium components are extensively used in vehicles and motorcycles. At the moment, titanium tubing is used in the majority of automobiles. In Japan, the amount of titanium tubes used in autos has surpassed 1000 tons. Titanium tubes used in vehicles are continually rising significantly as the global automobile industry develops.
Medical applications
Metal implantation in the human body is a rare surgical procedure. Because of the rejection of the human immune system, conventional metal cannot be employed for an extended period of time. Regular replacement causes significant discomfort and financial strain to patients, as well as increasing the dangers of the procedure. Titanium is currently commonly utilized in human bone implants, such as artificial bones, artificial joints, and artificial teeth, thanks to advancements in medical technology and the low rejection of human tissues. Furthermore, the use of titanium tubes in pharmaceutical machinery and medical devices has been expanded, and future demand cannot be ignored.
Bicycle frame application
The bicycle frame is made of Gr9 alloy tube, which has great strength and low density. It will not only make the frame lighter, but it will also keep its strength. It won't corrode or alter color, making the frame more robust. Traditional aluminum frames cannot compete in terms of strength or corrosion resistance with titanium alloys. Titanium alloy is now regarded globally as the most sophisticated and suitable material for the construction of high-quality bicycles for different racing and recreational purposes, and its future use potential are limitless.
