- Definition of Sb2O5
Sb2O5, also known as Pentoxide antimony or Antimony pentoxide in English, is a chemical substance with a atomic mass of 323.5 g/mole. Sb2O5 consists of two Antimony atoms (Sb) and five Oxygen atoms (O), forming the molecular structure of Sb2O5. Sb2O5 does not form ions in its normal state.
- Properties of Sb2O5
2.1 Physical properties of Sb2O5: Sb2O5 is solid at room temperature, has a white color, and has no distinctive smell. Its pH level is usually neutral.
2.2 Chemical properties of Sb2O5: Sb2O5 does not completely dissolve in water, is quite stable in the air but can decompose in water.
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Common chemical reactions of Sb2O5: Further research is needed to identify specific chemical reactions involving Sb2O5.
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Synthesis of Sb2O5:
4.1 Laboratory synthesis of Sb2O5: Sb2O5 is usually synthesized from the main raw material of Antimony through the oxidation process.
4.2 Industrial synthesis of Sb2O5: In industry, Sb2O5 is usually produced from Antimony ore through the process of oxidation and melting.