We may all know that titanium and titanium alloys have always been a hot spot in the metal industry, because the metal properties of this metal are relatively special, mainly due to its high hardness and wide application. Titanium is a very active metal, which can It reacts rapidly with oxygen, nitrogen, hydrogen and carbon, so titanium alloys must be carried out under the protection of high vacuum or inert gas, which makes the traditional smelting and forging process very expensive. In order to ensure the microstructure and properties of the alloy, repeated forging and heat treatment are required, which increases the energy consumption cost.

   Because of the physical properties of titanium alloys, titanium and titanium alloys are mainly used in aviation, military, petrochemical, metallurgy, automotive, nuclear power, medical, sports and leisure fields. Because of its high specific strength, good thermal stability, corrosion resistance and no It has excellent properties such as magnetism and is called "the metal of the 21st century".

   We have made some investigations on the future technological development of titanium and titanium alloys. The future applications of this metal can mainly include titanium alloy machining, titanium alloy welding, titanium alloy powder metallurgy, etc. Among them, titanium alloy powder metallurgy, as a low-cost method for preparing titanium alloy products, has attracted great attention in the industry.

• Maintenance and Main…
• How to control the c…
• Four stages of cemen…
• Hardness Testing of …
• Strong demand for co…