What is Fe3(HPO4)4? Important knowledge about Fe3(HPO4)4.

  1. Definition of Fe3(HPO4)4
    Fe3(HPO4)4, also known as Iron(III) Phosphate, is a chemical compound consisting of the elements Iron (Fe), Phosphorus (P), and Oxygen (O). It belongs to the group of iron phosphate compounds. In English, it is called Iron(III) Phosphate.
    The molecular weight of Fe3(HPO4)4 is 569.873 g/mol, comprising 3 iron atoms, 4 phosphorus atoms, and 16 oxygen atoms. Regarding its molecular structure, Fe3(HPO4)4 has a structure consisting of 3 Fe3+ ions and 4 HPO4- ions.

  2. Properties of Fe3(HPO4)4
    Fe3(HPO4)4 exists in solid form, with a dark brown color. Other physical properties such as smell and pH are unclear. Regarding its chemical properties, Iron(III) Phosphate is very slightly soluble in water, insoluble in alcohol and ether.

  3. Common chemical equations of Fe3(HPO4)4
    Fe3(HPO4)4 is mainly used in chemical reactions as a strong oxidizing agent, reacting with metals, acids, non-metals, and salts.

  4. Synthesis of Fe3(HPO4)4
    The synthesis of Iron(III) Phosphate is usually carried out in the laboratory and has also been applied on an industrial scale. In the laboratory, Iron(III) Phosphate can be synthesized from iron and phosphoric acid. In the industry, it is typically synthesized through the reaction between iron or iron compounds with phosphoric acid or water containing phosphate ions.

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