Common surface treatment methods for titanium alloy forgings

As an important metal welding process plays an important role in industrial production and national defense construction. With the development and changes in the industrial structure of science and technology, advanced welding structure is an effective way to reduce material consumption and reduce the structural quality, a variety of welding technology has broad application prospects. With the development of titanium industry, welding technology has drawn increasing attention.

Titanium has a high specific strength, corrosion resistance and other marine medium, low temperature, high temperature and having high fatigue strength, low coefficient of expansion, good workability, etc., with its structures built in any natural environment can fully play its role. In ship applications, in addition to using its seawater corrosion resistance and high strength characteristics than the outer, as well as non-magnetic, transparent sound, vibration impact, etc., titanium and titanium alloy used in the ship greatly extend the life of the equipment reduce the weight, to enhance the performance of the equipment and technical and tactical whole ship, so titanium is an excellent structural material ship.

As an important metal welding process plays an important role in industrial production and national defense construction with the development of the industrial structure and science and technology, advanced welding structure is an effective way to reduce material consumption and reduce the structural quality of each kinds of welding technology has broad application prospects. With the development of the titanium industry, welding technology has attracted attention higher melting titanium, poor thermal conductivity, and therefore easy because of the improper selection of parameters to form a larger weld pool during welding, and high bath temperature this makes the weld metal and heat affected zone stay long in time high temperature, grain products tends to grow significantly, the joint decreases ductility and toughness, resulting in cracks. So welding processes titanium and titanium alloy is a need to constantly improve problem solving
ASTM F136 6Al-4V ELI Titanium Bar      Titanium Grade 2 Round Bar      titanium foil      Grade 7 Titanium Rod