What is B2C3? Important Knowledge about B2C3.

1. Definition of B₂C₃

Boron Carbide (B₂C₃) is a compound of boron and carbon. Its common name is Boron carbide in English. In terms of structure, each B₂C₃ molecule contains 2 boron atoms and 3 carbon atoms. The total atomic mass of B₂C₃ is 80.1 Dalton. B₂C₃ does not form ions.

2. Properties of B₂C₃

B₂C₃ has special physical properties. It exists in a solid state at room temperature, is black in color and has no odor. The PH value of B₂C₃ is not determined as it is insoluble in water. The chemical properties of B₂C₃ include its ability to withstand high temperatures, resist chemicals and prevent abrasion.

3. Common chemical equations involving B₂C₃

B₂C₃ does not react with metals, acids, non-metals or salts due to its high corrosion resistance. Therefore, there are no examples of chemical equations involving B₂C₃.

4. Preparation of B₂C₃

4.1 Laboratory Preparation of B₂C₃

The preparation of B₂C₃ is usually performed in the laboratory by heating a mixture of boron powder and graphite in a copper electrode furnace.

4.2 Industrial Preparation of B₂C₃

On an industrial scale, B₂C₃ is produced by creating a reaction between the compounds Boron and Carbon at high temperature.