- Definition of Fe2(HPO4)3
Fe2(HPO4)3, also known as Iron(III) Phosphate, is a complex chemical compound of iron and phosphate. In this formula, “Fe” stands for iron, “H” represents hydrogen, “P” represents phosphorus, and “O” represents oxygen.
1.1 Names
1.1.1 Common name: Iron(III) Phosphate
1.1.2 English name: Iron(III) Phosphate
1.2. Atomic mass: 270.633 g/mol
1.3. Atomic structure
1.3.1 Molecular structure: The molecular structure consists of 2 iron atoms, 3 phosphate groups (HPO4), each group includes 1 hydrogen atom, 1 phosphorus atom, and 4 oxygen atoms.
1.4 Ion structure: Fe3+ and (HPO4)2-
- Properties: Fe2(HPO4)3
2.1 Physical properties of Fe2(HPO4)3
State of matter: Solid
Color: Dark black or brown
Smell: No distinctive smell
PH Level: Not applicable
2.2 Chemical properties of Fe2(HPO4)3: insoluble in water and ethanol, slightly soluble in acid. It is also a strong oxidizing agent.
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Common chemical equations of Fe2(HPO4)3: Currently, there are no popular equations for Fe2(HPO4)3.
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Synthesis of Fe2(HPO4)3
4.1 Laboratory synthesis of Fe2(HPO4)3: Fe2(HPO4)3 can be synthesized through the reaction between phosphoric acid and iron(III) hydroxide.
4.2 Industrial synthesis of Fe2(HPO4)3: It has not been widely applied in the industry.