What is Cs2PbCl6? Important knowledge about Cs2PbCl6

1. Definition of Cs₂PbCl₆

Cs₂PbCl₆, also known as Caesium hexachloroplumbate(IV), is a white solid made up of atoms from three elements: Caesium (Cs), Lead (Pb) and Chlorine (Cl). In the Cs₂PbCl₆ molecule, there are 2 Cs atoms, 1 Pb atom and 6 Cl atoms. This results in a total atomic mass of 798.81 g/mol for each Cs₂PbCl₆ molecule. The Cs₂PbCl₆ molecule also contains two ions, one Cs+ ion and one PbCl₆- ion.

2. Properties: Cs₂PbCl₆

2.1 Physical properties of Cs₂PbCl₆
The solid Cs₂PbCl₆ is white and does not have a distinct smell. This substance is insoluble in water and has a neutral pH.

2.2 Chemical properties of Cs₂PbCl₆
Cs₂PbCl₆ does not react strongly with metals, acids, and non-metals. This substance also does not react with salts.

3. Common chemical equations of Cs₂PbCl₆
   As Cs₂PbCl₆ does not react strongly with metals, acids, non-metals, and salts, there are no specific examples of the chemical reactions of this substance.

4. Synthesis of Cs₂PbCl₆

4.1 Laboratory synthesis of Cs₂PbCl₆
Cs₂PbCl₆ can be synthesized through the reaction between CsCl and PbCl₄ in an aqueous solution.

4.2 Industrial synthesis of Cs₂PbCl₆
Industrially, Cs₂PbCl₆ is commonly produced through the reaction between compounds of caesium, lead, and chlorine.