- Definition of K3H(SO3)2
K3H(SO3)2, also known as Potassium Hydro Disulfate, is a complex chemical compound essentially a type of sulfate salt. In the name of this substance, “K” is the chemical symbol for Potassium, “H” is Hydrogen, “S” is Sulfur, and “O” is Oxygen. With 3 Potassium atoms, 2 Sulfur atoms, and 6 Oxygen atoms, the molecular weight of K3H(SO3)2 is approximately 317.33 g/mol.
- Properties: K3H(SO3)2
K3H(SO3)2 usually exists as a white crystalline powder with no smell and neutral PH. The chemical properties of Potassium Hydro Disulfate involve its ability to react with other substances such as metals, acids, non-metals, and salts to produce different products.
- Common Chemical Equations of K3H(SO3)2
Regrettably, K3H(SO3)2 doesn’t directly react with metals, non-metals, or salts. However, it can react with some acids such as HCl or H2SO4 to form other substances.
- Synthesis of K3H(SO3)2
K3H(SO3)2 is not available naturally, therefore, it must be synthesized through chemical reactions in a laboratory or on an industrial scale. The synthesis of K3H(SO3)2 often involves the reaction between potassium sulfate and potassium hydroxide.