A Detailed Introduction To The Use Of Titanium Plates

Titanium is an inert metal, its chemical symbol is atomic number 22, and it is a silvery metal. Specific gravity 4.51, melting point 1668 degree . Its reserves in the earth's crust are very rich, and it ranks fourth after iron, aluminum and magnesium, more than ten times more than the sum of the commonly used metals copper, nickel, lead and zinc.

The ores used to produce titanium in the industry include rutile, ilmenite and titanomagnetite. Due to the difficulty of separate extraction, the metal titanium of industrial significance was not produced until the 1940s. Therefore, titanium is generally referred to as a rare light metal. Due to the different needs of different products in different fields, titanium and titanium alloy products are different.

People process it into plates, rods, tubes, strips, wires, etc., which can be used in deep processing shapes to meet a wide range of needs to meet the needs of different fields. Among them, titanium plates, titanium rings, titanium forgings and other applications are the most common. The specifications and properties of titanium plates commonly used in the chemical industry are shared below. The surface of the titanium plate should be bright and metallic.

Sheets are permitted to be delivered with a sandblasted finish. The surface of the titanium plate is allowed to have slight darkening and some water marks; some defects are allowed, such as scratches, indentations, pits and other defects that do not exceed half of the thickness tolerance, but the thickness should be small. The appearance is not allowed to have macroscopic defects such as cracks, peeling, oxide skin, folds, metal and non-metal inclusions and traces of alkali washing. Titanium plates are allowed to have some obvious defects along the rolling direction, but the thickness of the plate after cleaning is not less than the allowable thickness.