What is Sr2SiO3? Important knowledge about Sr2SiO3

Definition of Sr₂SiO₃
Sr₂SiO₃, also known as Strontium silicate, is a chemical compound belonging to the silicate group, with two Strontium atoms, one Silicon atom, and three Oxygen atoms. In the Sr₂SiO₃ molecule, the Silicon atom links with three Oxygen atoms to form the silicate radical SiO₃^2-, while the two Strontium atoms are in the ionized state Sr^2+.

Characteristics of Sr₂SiO₃
2.1 Physical properties of Sr₂SiO₃: Sr₂SiO₃ typically appears as a white, odorless powder that is insoluble in water and has a neutral PH.
2.2 Chemical properties of Sr₂SiO₃: Sr₂SiO₃ does not react with strong acids like sulfuric acid, nitric acid, and also does not react with alkalis. It mainly reacts with strong reducing substances such as hydrogen and carbon.

Common chemical equations involving Sr₂SiO₃
Sr₂SiO₃ does not react with metals, acids, non-metals, or salts.

Synthesis of Sr₂SiO₃
4.1 Laboratory synthesis of Sr₂SiO₃: Sr₂SiO₃ is synthesized through the reaction between SrCO₃ and SiO₂ at high temperature.
4.2 Industrial synthesis of Sr₂SiO₃: In the industry, Sr₂SiO₃ is produced by melting SrCO₃ and SiO₂ at high temperature.