PPA Polyphosporic Acid 105%

"PPA 105%: The Acid that Makes Professionals Feel Like Overachievers!"

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Payment Type:

L/C,T/T

Incoterm:

FOB,CFR,CIF,DDP,DDU

Min. Order:

1 Metric Ton

Transportation:

Ocean,Land,Express

Port:

Tianjin,Qingdao,Shanghai

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Product Description

Product Attributes
Supply Ability & Additional Information
Packaging & Delivery

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Overview

Product Attributes

Product Name :: Polyphosphoric Acid

Chemical Formula: H6P4O13

CAS Number: 8017-16-1

UN No.: 3264

Hazard Class: 8

Supply Ability & Additional Information

Transportation: Ocean,Land,Express

Port: Tianjin,Qingdao,Shanghai

Payment Type: L/C,T/T

Incoterm: FOB,CFR,CIF,DDP,DDU

Packaging & Delivery

Selling Units:: Metric Ton

Introducing PPA Polyphosphoric Acid 105% - the ultimate solution for professionals seeking superior performance in their projects. With its exceptional purity and concentration, this cutting-edge product is designed to revolutionize your work. PPA Polyphosphoric Acid 105% boasts unrivaled efficiency, enabling you to achieve outstanding results in various applications. Whether you're working in construction, manufacturing, or research, this advanced formula guarantees enhanced bonding, corrosion resistance, and durability. Its versatility makes it perfect for asphalt modification, catalyst production, and much more. Trust PPA Polyphosphoric Acid 105% to elevate your professional endeavors to new heights.

Polyphosphoric Acid is an inorganic compound with the chemical formula Hn+2PnO3n+1. It is a colorless, transparent, viscous liquid that is corrosive and classified as a Class 2 inorganic acid corrosive substance. Polyphosphoric acid is a protonic acid and can dissolve various low-molecular-weight and high-molecular-weight organic compounds.
PRODUCT APPLICATION

Polyphosphates are important organic synthetic chemical reagents with wide applications in organic synthesis chemistry.
Polyphosphates can be used as catalysts in organic synthesis reactions. They can accelerate the progress of organic reactions, thereby improving reaction efficiency. For example, polyphosphates can be used in the oxidation reaction of alkenes to expedite the reaction and increase efficiency.
Polyphosphates can be utilized for protection and deprotection in organic synthesis reactions. They effectively protect the active functional groups of organic substances and prevent unnecessary reactions during the reaction process. For instance, polyphosphates can be employed in the protection and deprotection of alkenes, effectively safeguarding the active functional groups of alkenes and preventing undesired reactions during the process.
Polyphosphates can be used for activation in organic synthesis reactions. They can effectively activate reactants, thereby enhancing reaction efficiency. For example, polyphosphates can be utilized in the activation of alkenes, effectively activating the alkenes and improving reaction efficiency.
Polyphosphates can be employed for modification in organic synthesis reactions. They can alter the properties of reactants, leading to changes in reaction outcomes. For instance, polyphosphates can be used for the modification of alkenes, altering their properties and thereby influencing reaction results.
In summary, polyphosphates have extensive applications in organic synthesis chemistry. They can be used for catalysis, protection and deprotection, activation, and modification in organic synthesis reactions, thereby improving reaction efficiency and altering reaction outcomes.