Titanium Nitride powder Raw Materials CAS 25583-20-4

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Uses and synthesis of Titanium Nitride powder

Titanium Nitride powder, or TiN, is a synthetic ceramic material that is extremely hard and has a hardness close to that of diamond. Titanium Nitride, golden yellow cubic crystal. Molecular weight 61.89. Melting point 2950℃. Density 5.43. Slightly soluble in hydrofluoric acid, aqua regia, nitric acid, insoluble in water. Titanium Nitride has high melting point, high strength, high hardness, acid and alkali corrosion resistance, wear resistance, high temperature chemical stability, and excellent electrical and thermal conductivity properties. High speed steel cutting tools covered with titanium nitride film can reduce tool wear, increase chip speed and extend service life. Titanium Nitride is also used extensively as a coating for watch cases, straps, and other imitation gold alloys.

Applications/Functions of Titanium Nitride powder

• Titanium Nitride powder can be used as conductive materials such as electrodes and contacts for molten salt electrolysis
• Titanium Nitride is used in powder metallurgy, fine ceramic raw materials, conductive materials and decorative materials, and is widely used in high temperature resistance, wear resistance and aerospace. The material has good electrical conductivity and can be used as conductive materials such as electrodes and electric contacts for molten salt electrolysis. Titanium Nitride can also be used as an additive in hard cutting tools.

Physicochemical Property of Titanium Nitride powder

Molecular weight 61.89. Melting point 2950℃. Density 5.43. Slightly soluble in hydrofluoric acid, aqua regia, nitric acid, insoluble in water. Titanium Nitride powder has high melting point, high strength, high hardness, acid and alkali corrosion resistance, wear resistance, high temperature chemical stability, and excellent electrical and thermal conductivity properties.

Production methodprocess of Titanium Nitride powder

Titanium Nitride powder is prepared by the reaction of titanium and nitrogen at 1 200℃.

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