Titanium tube

Application:

Corrosive fluid transportation: Transport highly corrosive liquids or gases such as hydrochloric acid, sulfuric acid, and acetic acid to avoid pipeline corrosion and leakage.
Chemical equipment components: As the heat exchanger tube of the reactor and the internal parts of the distillation tower, it works stably for a long time in the corrosive environment of high temperature and high pressure.
Aero engines: Cooling pipes and fuel delivery pipes for engines are made to withstand high-temperature gas scouring and are lightweight.
Aircraft structure: As the frame branch pipe of the aircraft fuselage, it takes into account impact resistance and lightweight.
Implantable medical devices: support rods for making artificial joints, abutment tubes for dental implants, heart stents (thin-walled titanium tubes).
Medical Equipment Components: Precision fittings for catheters and surgical instruments for magnetic resonance (MRI) equipment, which do not affect magnetic fields and are corrosion-resistant.
Offshore oil and gas development: lay submarine oil and gas transmission pipelines and cooling water pipes for offshore platforms to avoid pipeline damage caused by seawater corrosion.
Ship equipment: As a condenser heat exchanger tube and ballast water pipe for ships, it is suitable for the working environment of long-term immersion in seawater.
Nuclear power equipment: Titanium tubes are made for condensers in nuclear power plants, transporting cooling seawater and resisting erosion from the radioactive environment.
Geothermal development: As casing and heat exchanger tubes for geothermal wells, it can withstand corrosion and high pressure from high-temperature geothermal fluids.