- Definition of Fe3HPO4
Fe3HPO4, also known as Iron(III) Hydrogen Phosphate, is an inorganic compound formed from the elements Iron (Fe), Hydrogen (H), and Phosphorus (P). In this name, the number “3” indicates the number of iron atoms, “H” represents Hydrogen and “PO4” represents the Phosphate ion. Its English name is Iron(III) Hydrogen Phosphate.
The molar mass of Fe3HPO4 is 409.57. This substance consists of a molecular structure with 3 iron atoms, 1 hydrogen atom and 1 phosphate ion. Regarding its ionic structure, it includes 3 iron ions Fe3+, one hydrogen ion H+ and one phosphate ion PO4 3−.
- Properties of Fe3HPO4
2.1 Physical Properties of Fe3HPO4
Fe3HPO4 is a solid at room temperature that is colorless and odorless. Its pH also depends on its concentration in solution.
2.2 Chemical Properties of Fe3HPO4
Fe3HPO4 is insoluble in water and slightly soluble in acid.
- Common Chemical Equations of Fe3HPO4
The reactions of Fe3HPO4 are not commonly encountered in practice as it does not readily react with other substances.
- Synthesis of Fe3HPO4
4.1 Laboratory Synthesis of Fe3HPO4
Fe3HPO4 can be synthesized in the laboratory through the reaction of iron (III) hydroxide with phosphoric acid.
4.2 Industrial Synthesis of Fe3HPO4
On an industrial scale, Fe3HPO4 is usually not produced due to its limited use.