GR2 Titanium Strip ASTM B265

The nature of titanium Titanium has a very similar appearance to steel, with a density of 4.51 g/cm3, which is less than 60% of steel. It is a dense metallic element in refractory metals. Titanium is very stable in air at room temperature. When heated to 400-550°C, a firm oxide film is formed on the surface to protect it from further oxidation. Titanium has a strong ability to absorb oxygen, nitrogen, and hydrogen. 

This type of gas is a very harmful impurity to metallic titanium. Even a small amount (0.01% to 0.005%) can seriously affect its mechanical properties. The mechanical properties of titanium, which are generally called mechanical properties, are closely related to purity. High-purity titanium has excellent machining properties, good elongation and reduction of area, but low strength and unsuitable for structural materials. Industrial pure titanium contains an appropriate amount of impurities, has high strength and plasticity, and is suitable for making structural materials. 

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