Industrial pure titanium is graded according to the content of impurity elements

Titanium has many obvious superior characteristics: low density (4.5kg/m3), high melting point (1660°C), strong corrosion-resistance, high specific strength, good plasticity, and high mechanical properties can also be produced by alloying and heat treatment. The various alloys are ideal structural materials for aerospace engineering. Α-phase titanium-containing a certain amount of oxygen, nitrogen, carbon, silicon, iron and other element impurities. It has excellent stamping process performance, good welding performance, insensitive to heat treatment and structure type, and has a certain strength under satisfactory plastic conditions.

Industrial pure titanium is graded according to the content of impurity elements. Its strength mainly depends on the content of interstitial elements oxygen and nitrogen. It has high corrosion resistance in seawater but is poor in inorganic acids. It is generally used to manufacture various sheet parts or forgings that work at a temperature of -253 to 350°C and does not bear much force. It can also manufacture rivet wires and pipes. Application examples: In addition to the use of industrial pure titanium to make parts, titanium alloys are widely used in the industry. It has been widely used in aviation, aerospace, chemical, shipbuilding and other industrial sectors, manufacturing gas turbine components, making biomaterials such as prostheses.
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