Sodium monofluorophosphate
Sodium monofluorophosphate, identified by CAS number 10163-15-2, is an odorless, white inorganic salt that serves as a significant source of fluoride in various industrial and consumer formulations. Chemically characterized by the formula Na2PO3F, this compound is highly soluble in water and exhibits excellent stability under standard storage conditions. It is recognized for its ability to release fluoride ions upon hydrolysis, a property that makes it a versatile reagent in both aqueous and solid-state chemical processes.
In industrial and research settings, the compound is valued for its specific reactivity and compatibility with a wide range of abrasive systems. Proper handling involves maintaining the material in a dry environment due to its hygroscopic nature. As a functional raw material, it provides a stable delivery mechanism for phosphate and fluoride groups, ensuring consistent performance in high-purity applications across various sectors.
• In the personal care and oral hygiene industry, sodium monofluorophosphate is primarily utilized as a functional additive in toothpaste and mouthwash formulations. It acts as a stable source of fluoride, which helps in the mineralization processes of dental enamel and provides a protective barrier against acidic degradation. Its compatibility with calcium-based abrasives makes it a preferred choice over other fluoride sources in complex formulations.
• The compound finds significant application in the construction and metal treatment sectors as a corrosion inhibitor. When integrated into reinforced concrete or applied to metallic surfaces, it helps mitigate the oxidation of steel components by forming a passive protective layer. This application is crucial for extending the structural integrity and lifespan of infrastructure exposed to harsh environmental conditions or chloride-rich environments.
• Within the field of chemical synthesis and laboratory research, it serves as a specialized reagent for the introduction of phosphate and fluoride groups into organic and inorganic substrates. Its controlled hydrolysis rate allows researchers to study phosphorylation reactions and develop new fluorinated compounds. Additionally, it is used in the glass and ceramic industries to modify the physical properties of melts and finished products.
Product Name: Sodium monofluorophosphate
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