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What is Titanium Carbide?

How do you define it?

Titanium Carbide

TiC has the chemical formula, while its molecular mass is 59.89. Gray metallic, cubic lattice solid. The melting point, boiling point, and relative density are 3140+-90 and 4820 respectively. A hardness greater than 9 is possible. Water is insoluble, but it can be soluble with nitric acid or aqua regia. It can react with pure oxygen at 1150°C and is therefore stable in air below 800°C. Produced method: This mixture of titanium and carbon is made by reacting TiO2 with hydrogen at high temperature. Or TiO2 can be mixed with carbon and press it into a block. After heating to 2300-2700 degrees C using an electric furnace, the carbonized carbon will then be carbonized in CO or H2 oxygen. It is also useful as an electrode and an abrasive in arc lamps.

Titanium Carbide: The Characteristics

It’s stable at low temperatures (less than 800degC) and can slowly be oxidized by 800degC. Powdered TiC can then be burned in O2 at 600degC and produced TiO2 & CO2. If it is heated above 2000°C, it will be dissolved by the air. It can also react with O2 at 1150°C to create TiO2 [3] and CO. If heated it can interact easily with nitrogen, oxygen, and halogen. Molten alkali reacts and slowly decomposes when heated to 1500°C in H2Chemicalbookgas. Mixes titanium carbonitride with N2 gas at above 1200degC. Although it does not interact with water and can still react with water to create TiO2, H2 or CO at 700°C. This does not interact or react with carbon, but can react at 1200 degrees Celsius with CO2 to create TiO2 (and CO)

Titanium Carbide Properties

Other Titles
titanium(IV) carbide, TiC powder


Compound Formula

Molecular Weight

Black Powder

Melting Point
3160 degC

Boiling Point
4820 degC

4.93 g/cm3

Solubility of H2O


Titanium Carbide TIC Powder CAS 1212070-08-5

Titanium Carbide: What are its uses?

1. This is useful in making cutting tools, wear-resistant coats, mold production, and metal crucibles to smelt metal, among many other areas.

2. Raw materials to produce ceramics in powder metallurgy, including wire drawing films, cemented caride molds, and other hard metallurgical pieces, are needed. Multiphase ceramics may be used to make hard knives and military armor materials.

3. You can use it as a coating material to make diamond coatings, anti-tritium fusion coatings, electric contact coatings and excavator pick coats. It is also used for making infrared radiation ceramic materials as well as foam ceramics.

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