Polyphosphoric Acid | 8017-16-1
Cas No :
8017-16-1
Molecular Formula :
HO[P(OH)(O)O](N)H
Description :
Overview of Polyphosphoric Acid
Polyphosphoric Acid (H(n+2)PnO(3n+1)) is a viscous, colorless, light yellow liquid that is widely utilized for the chemical industry, in fertilizer production, detergents, and industrial catalysts. It is highly valued due to its high acidity, its dehydrating capabilities, and the excellent catalytic properties that make it suitable in research and industrial settings.
The chemical formula for Polyphosphoric Acid is H(n+2)PnO(3n+1), which is an amalgamation of polymers containing phosphoric acid. Its structure is made up of phosphate units condensed with different-length chains, resulting in outstanding phosphorylation and condensation abilities. Polyphosphoric Acid is widely employed as a catalyst, an agent for dehydrating, as well as a chemical intermediate in a range of industrial formulations.
Applications of Polyphosphoric Acid
Chemical Synthesis & Catalysis
- Acts as a catalyst in organic synthesis and polymerization reactions
- Used in the production of pharmaceuticals, agrochemicals, and specialty chemicals
- Facilitates acylation, cyclization, and condensation reactions
Fertilizer & Agriculture Industry
- Serves as a source of phosphorus in high-analysis fertilizers
- Used in the production of ammonium polyphosphate fertilizers
- Improves nutrient efficiency and crop yield in agricultural applications
Detergents & Water Treatment
- Functions as a dispersing agent and builder in detergent formulations
- Used in water treatment for scale and corrosion control
- Supports industrial cleaning and metal surface treatment processes
Industrial & Specialty Applications
- Used as a dehydrating agent for the synthesis of polymers and peptides.
- It is a combination of Ferric Nitrate, Ferric Sulfate, as well as other industrial chemicals, to make specialized formulas.
- Utilized for flame retardants, lubricant additives, and coatings on surfaces.
Safety & Handling Guidelines
- Use chemical-resistant gloves as well as goggles. Wear safety clothes
- Do not inhale vapors or have prolonged contact with skin
- Utilize in areas with good ventilation or in fume Hoods
- Keep in sealed containers, in an area that is cool and dry
- Beware of bases, water, or other incompatible substances
- Be sure to follow MSDS and safety guidelines for industrial use strictly.
Where to Buy Polyphosphoric Acid?
Polyphosphoric Acid Manufacturer
ChemicalBull supplies high-quality Polyphosphoric Acid suitable for chemical synthesis, fertilizer production, detergents, and industrial applications.
Polyphosphoric Acid Supplier & Distributor
- Bulk and customised packaging options available
- Export-grade material with COA, TDS & MSDS
- Reliable supply for manufacturers, formulators, and research institutions
- Explore related products: Ferric Nitrate, Ferric Sulfate, Potassium Acetate
Polyphosphoric Acid MSDS
The Material Safety Data Sheet (MSDS) contains detailed information about safety precautions, hazards, storage conditions, as well as exposure limits and emergency procedures. Make sure to read the MSDS before using polyphosphoric acid for laboratory or industrial applications.
frequently asked questions (FAQs)
-
What's Polyphosphoric Acid utilized to do?
It is utilized in the chemical synthesis process, in fertilizer production and water treatment, as well as detergents, and also as an industrial catalyst. -
What is the Polyphosphoric Acid formula?
The chemical formula is H(n+2)PnO(3n+1), which is an amalgamation of polymers made from phosphoric acid. -
Is Polyphosphoric Acid safe to handle?
Yes, when handled with proper personal protective equipment and adherence to MSDS and industrial safety guidelines.
