Sr2HAsO4, also known as Strontium hydrogen arsenate, is a chemical compound with a molecular structure consisting of 2 Strontium atoms, 1 Hydrogen atom, 1 Arsenic atom, and 4 Oxygen atoms. The molecular weight of Sr2HAsO4 is 441.52 g/mol. Sr2HAsO4 is an ionic compound, comprising Sr2+ and HAsO4- ions.
In terms of physical properties, Sr2HAsO4 is solid, white in color, and has no distinctive smell. Its PH level depends on the concentration in solution. In terms of chemical properties, Sr2HAsO4 can react with other substances to form new compounds.
Sr2HAsO4 can be used in various chemical reactions. For example, it can react with metals such as Mg, Al to form Mg2HAsO4, AlHAsO4; react with acids such as H2SO4, HCl to produce SrSO4, SrCl2, and H3AsO4; react with non-metals such as S, P to form SrS, Sr3P2, and H3AsO4; react with salts such as NaCl, K2CO3 to produce SrCl2, SrCO3, and NaHAsO4, KHAsO4.
Sr2HAsO4 can be synthesized through the reaction between Sr(OH)2 and H3AsO4. On an industrial scale, it can be produced using a similar process but at higher concentrations and pressures.