Sodium Phosphate Tribasic Anhydrous CAS: 7601-54-9 | M.F: Na3PO4 | M.W.: 163.94, Buy now for reliable and reproducible results from ChemieR Inorganic Reagent.
Sodium Phosphate Tribasic Anhydrous (CAS No. 7601-54-9) is an inorganic sodium phosphate compound supplied as a white crystalline powder. The chemical formula of the compound is Na3PO4 and the molecular weight is 163.94. It is well known to be very alkaline and highly soluble in water, where it is known to dissociate to give alkaline solutions. Due to its chemical stability and reliable buffering property, sodium phosphate tribasic anhydrous has wide applications in laboratory analysis, chemical processing, and industrial applications. Its capacity to stabilize pH levels as well as perform chemical reactions makes it an excellent reagent both in scientific research and manufacturing.
Applications
- Sodium phosphate tribasic anhydrous is used as a buffering agent in chemical systems where stable pH regulation is required during reactions and laboratory processes.
- The compound is applied in water treatment operations where it assists in maintaining proper pH balance and water stability.
- It is widely used in chemical processing as a reagent in neutralization reactions and synthesis procedures.
- Sodium phosphate tribasic anhydrous is employed in analytical chemistry techniques including spectroscopy and chromatographic buffer preparation.
- The compound is used in detergent manufacturing and industrial cleaning applications where it acts as a water softening and cleaning support agent.
Key features
- Reliable Chemical Performance: Provides dependable results in laboratory experiments and industrial chemical operations.
- High Buffering Capacity: Helps maintain alkaline conditions and stable pH levels in various chemical systems.
- Multi-Purpose Reagent: Suitable for chemical analysis, water treatment, industrial cleaning, and laboratory research.
- Economical Laboratory Chemical: Offers dependable chemical functionality while remaining cost-efficient for routine use.
General Overview
Sodium Phosphate Tribasic Anhydrous (CAS No. 7601-54-9) is an organic sodium phosphate inorganic compound that is commonly found and has a chemical formula of Na3PO4 and a molecular mass of 163.94. The compound has high solubility in water and has a strong alkaline nature, hence its use in the formation of alkaline solutions and buffer systems. Due to these properties, it is a common reagent in laboratory chemistry, analysis processes, chemical production and in industrial water treatment processes that involve the need to regulate pH and chemical stability.
Would you like to purchase Sodium Phosphate Tribasic Anhydrous? ChemieR supplies in different packing sizes in order to suit different requirements of use. ChemieR is determined to deliver superior value and service to our customers, both in the case of small purchases as well as bulk purchases. The cost of Sodium Phosphate Tribasic Anhydrous will be different depending on bottle capacity and the size of the order. Bulk orders at competitive prices can be accessed by the laboratories and industrial users who require a stable supply. You can find current prices, large orders as well as a quotation that is most suited to your laboratory by visiting our site or by calling our sales department. Buy Sodium Phosphate Tribasic Anhydrous from ChemieR Inorganic Reagent for reliable, precise, and reproducible laboratory results.
About Brand
ChemieR provides an extensive selection of high-purity salts, acids, bases, and high-purity solvents, including alkali metals, alkaline earth compounds, perchlorates, heavy metals, rare earths, transition metals, silver, and precious metals, and triflates. ChemieR specializes in inorganic chemicals, offering materials with low moisture content and minimal trace metals. ChemieR stands out with a diverse range of laboratory chemicals, from organic and inorganic reagents to solvents.
Related Products
Redirect Notice
ChemieR products are exclusively distributed by Dawn Scientific.
You are now being redirected to www.dawnscientific.com to complete your purchase.
Thank you.