POLYPHOSPHORIC ACID

Price 150 MXN ($)/ Kilograms

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POLYPHOSPHORIC ACID Specification

Refractive Rate
1.3420

Molecular Formula
(H)n+2.(p)n.(o)3n+1

Storage
Dry Place

Molecular Weight
-na- Kilograms (kg)

HS Code
280920

Other Names
PPA

Purity
99%

Solubility
DISSOLUTION IN ANY PROTIC SOLVENT

Boiling point
530 DEGREE C

Melting Point
-NA-

Form
Liquid

Density
2.06 Gram per cubic centimeter(g/cm3)

Structural Formula
-NA-

Ph Level
2.14

Classification
Other

Chemical Name
PPA

CAS No
8017-16-1

EINECS No
8017-16-1

Grade
Industrial Grade

Standard
-NA-

Type
LIQUID

Usage
IN MANUFACTURE OF SPECIAL SUPPORT CATALYSTS

Main Material
HIGH VISCOUSITY LIQUID

Application
Industrial

POLYPHOSPHORIC ACID Trade Information

Minimum Order Quantity
500 Kilograms

Supply Ability
2 Kilograms Per Day

Delivery Time
7 Days

Main Domestic Market
All India

About POLYPHOSPHORIC ACID

POLYPHOSPHORIC ACID is a concentrated form of phosphoric acid (H₃PO₄), consisting of a mixture of oligomers or polymers of phosphoric acid. It is produced by heating concentrated phosphoric acid, which results in the polymerization of the phosphoric acid molecules. This is a highly acidic and viscous liquid with various industrial applications, especially in chemical synthesis. Its highly acidic and dehydrating properties make it invaluable in numerous chemical processes, particularly in the petrochemical and polymer industries. POLYPHOSPHORIC ACID is used as a component in flame retardants, particularly for polymers that need to resist high temperatures.

Specification

Packaging Size	250 KGS
Manufacturer	INDIA
Composition	-NA-
Treatment	-NA-
Brand	INDIAN
Form	LIQUID
Shelf life	-NA-
Country of Origin	Made in India

Industrial Applications of Polyphosphoric Acid (PPA)

Polyphosphoric Acid is highly valued in industrial sectors, notably for its role in producing special support catalysts. Its strong acidity and solubility in protic solvents make it a preferred choice for specific chemical reactions and industrial synthesis. The liquid form and high purity level ensure consistent and reliable performance across applications.

Handling and Storage Recommendations

For optimal performance and safety, PPA must be stored in a dry place to prevent moisture interaction. Given its highly viscous nature and strong acidity, appropriate containers and protective gear are essential. Maintaining a controlled environment helps preserve the chemicals integrity and extends its shelf life.

FAQs of POLYPHOSPHORIC ACID:

Q: How is Polyphosphoric Acid typically used in industrial settings?

A: Polyphosphoric Acid is primarily utilized in the production of special support catalysts, serving an essential role in industrial chemical synthesis thanks to its strong acidity and solvency properties.

Q: What benefits does Polyphosphoric Acid offer in catalyst manufacturing?

A: Its strong acidic nature and high purity allow PPA to facilitate efficient chemical reactions, thereby improving the quality and performance of industrial catalysts.

Q: When should Polyphosphoric Acid be stored and handled with caution?

A: Due to its corrosive nature and high viscosity, PPA should always be stored in a dry place and handled with proper safety gear to avoid contact and contamination.

Q: Where can Polyphosphoric Acid be sourced in India?

A: Polyphosphoric Acid is available through suppliers, traders, and wholesalers across India, ensuring wide accessibility for industrial users.

Q: What is the process for dissolving Polyphosphoric Acid?

A: PPA readily dissolves in any protic solvent, allowing for straightforward integration into various chemical processes without complex preparation steps.

Q: Is Polyphosphoric Acid safe for use in all industrial applications?

A: While PPA is suitable for many industrial uses, its handling demands careful attention due to its high acidity and viscosity. Always follow recommended safety protocols.

Q: What is the main advantage of using Polyphosphoric Acid as a liquid?

A: The liquid state of PPA provides ease of dosing and mixing in industrial processes, delivering consistent reactant qualities and efficient chemical interactions.

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