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Send EmailSodium Bisulfate, Sodium Hydrosulfate, Bisulfate of Soda, 7681-38-1
Molecular Formula (Sodium Bisulfate): NaHSO4
Molecular Weight: 120.06 g/mol
Chemical Name: Sodium Hydrogen Sulfate
CAS Number: 7681-38-1
It is the sodium salt of Sulfuric Acid. It has the ability to form a very strong acid when dissolved in water. Another name is Sodium Acid Sulfate.
It is a salt in inorganic form. It is corrosive to metals and tissues.
Other Names:
Sodium Acid Sulfate
Sodium Hydrosulfate
Sodium Hydrogen Sulfate
Sulfuric Acid Sodium Salt
Natrium Bisulfate
7681-38-1
Bisulfate Soda
Physical and Chemical Properties:
It is in the form of a solid powder or crystal in physical appearance. It is a hygroscopic substance.
Melting Point is 315 °C.
Its solution is in the form of a strong acid in terms of pH.
It completely dissociates into Sodium (Na+), Hydrogen (H+) and SO4-² ions in water in terms of solubility.
Its density is 2.742 g/cm³.
Sodium Bisulphate Usage Areas:
Among the most common usage areas, it is used to prevent pH increase in swimming pools and to balance total alkalinity.
Ammonia is formed during the rearing of poultry. It is placed in the lower layers where animals are located to ensure ammonia control.
It is used in the bleaching stage in the textile sector and dyeing sector.
It is used for pickling in acid baths in jewelry production.
It removes oxidation on metal surfaces and gives a bright silver color.
Food quality sodium bisulphate is used as a food additive in the food sector.
It is used to anodize the metal in Sodium Hydrogen Sulphate in the production of porous aluminum.
It is used as a pH adjuster and antiseptic in cosmetic creams.
It is used as a bleaching agent and catalyst in the paper industry.
It is used in the cleaning industry in the production of cleaning products produced to clean toilets.
In detergent production, it reveals the bleaching and disinfectant properties of the detergent. In addition, detergent manufacturing companies ensure that the acidity of the detergent is at a certain level. The pH increases due to the Sodium Tripolyphosphate and Sodium Lauryl Ether Sulfate (SLES) used. It can be reduced thanks to this compound.
