Industrial pure titanium is graded according to the content of impurity elements.It has excellent stamping process performance and welding performance, and is insensitive to heat treatment and tissue type, and has a certain strength under satisfactory plastic conditions.Its strength mainly depends on the content of oxygen and nitrogen.It has high corrosion resistance in seawater, but is poor in inorganic acids.Generally used to manufacture various sheet parts or forgings working at-253~350℃ temperature, but also to make rivet wires and pipes.

The industrial pure titanium has good comprehensive performance and excellent corrosion resistance performance, making it an indispensable structural material in many industrial parts.As a biological implant material, it has been widely used clinically since the 1960s.Among all the commonly used implanted metal materials, titanium is very biophase soluble, and because of its density and elasticity are close to human bone, and has no magnetic properties, titanium is the most promising metal implant material of stainless steel, cobalt-chromium titanium alloy and titanium.The application of titanium has solved many major engineering and technical problems, promoted the progress and progress of science and technology, and brought obvious economic benefits, and the excellent performance and great potential of titanium have also shown its broader application prospects