|Production standard||ASTM B38|
|Production process||cold rolling or argen arc welding|
|Wall thickness||0.5mm and 3mm, which can be adjusted as needed.|
|Length||The length of the titanium heat exchange tube can vary according to the requirements of different equipment, seamless tube can be done 9meters, welded tube can be done 15meters.|
|Pipeline type||Common types of heat exchange pipelines include circular pipes, twisted pipes, etc.,|
Corrosion resistance: Titanium tube has excellent corrosion resistance and can maintain stability in various corrosive environments, including acidic, alkaline, and saline environments. This enables titanium tubes to operate stably for a long time during heat exchange processes containing corrosive media.
High temperature performance: Titanium has relatively high temperature resistance and can withstand certain temperature and pressure changes, making it suitable for various industrial and chemical applications.
Lightweight: Titanium is a relatively light metal, which allows titanium tubes to reduce their own weight in heat exchange equipment, helping to reduce the overall load of the equipment.
Low conductivity: Titanium tube has a relatively low thermal conductivity, which can reduce heat loss to a certain extent and improve heat exchange efficiency.
Wear resistance: Titanium material has good wear resistance and can operate stably in fluids with a large amount of suspended particles, reducing pipeline wear and corrosion.
Easy to manufacture: Titanium tube can be performed various processing and forming operations, making it relatively easy to manufacture heat exchange tubes of various shapes and sizes.