What is Pb2S3? Important knowledge about Pb2S3.

  1. Definition of Pb2S3
    Pb2S3, also known as lead (III) sulfide, is a chemical compound formed from two lead atoms and three sulfur atoms. In English, this substance is called lead (III) sulfide. The atomic mass of lead is 207.2 and sulfur is 32.1. Therefore, the molecular mass of Pb2S3 is 2207.2 + 332.1 = 550.6. The structure of Pb2S3 consists of two Pb3+ ions and three S2- sulfide ions.

  2. Properties of Pb2S3
    2.1 Physical properties of Pb2S3
    The natural state of Pb2S3 is solid, black and odorless. The PH of Pb2S3 is not determined because it is insoluble in water.
    2.2 Chemical properties of Pb2S3
    Pb2S3 does not easily react with other substances due to its stability.

  3. Common chemical equation of Pb2S3
    Under normal experimental conditions, Pb2S3 does not usually appear in specific chemical reactions with metals, acids, nonmetals or salts.

  4. Synthesis of Pb2S3
    4.1 Laboratory synthesis of Pb2S3
    In the lab, Pb2S3 can be synthesized through the direct reaction between lead and sulfur at high temperatures.
    4.2 Industrial synthesis of Pb2S3
    Currently, there are no specific industrial processes for the synthesis of Pb2S3.

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