Trusted phosphoric acid suppliers in South Africa

Many beauty and personal care items contain phenoxyethanol as a preservative. You might be Phosphoric acid belongs to a category of acids known as weak acids. Phosphoric acid, commonly referred to as orthophosphoric acid, can be distinguished from other types of phosphoric acids, such as polyphosphoric acid. Phosphoric acid is also known as phosphoric(V) acid. Its chemical formula is 𝐻3𝑃𝑂4.

Soaps, waxes, polishes, detergents, phosphate salts, polyphosphates, livestock feed, and superphosphate fertilisers are all made with phosphoric acid. Among phosphoric acid’s many applications are those of soil stabiliser, electric light, opal glass, fire retardant, tile cleaner, ceramic binder, dental cement, water purification, electro-polishing, process engraving, operating lithography, photoengraving, coagulating latex from rubber and petrol additive.

Its many practical applications include hot stripping of aluminium and zinc substrates, metal polishing, pickling, and rust proofing of metals before painting. 

Phosphoric acid has several practical applications, including as an analytical tool, a catalyst in the production of ethylene and hydrogen peroxide, a bonding agent for refractory bricks, an inhibitor of penicillin, and in the production of various compounds (ethylbenzene, propylene, cumene, etc.). 

It works as an antioxidant, adds a strong flavour to foods (jellies, preserves) and drinks (Coca-Cola, for example), gives things a tang (Food Additive 338), and is used to make yeasts and gelatine. 

Additionally, it has been utilised in the treatment of lead poisoning and in the production of phosphoric acid electrolyte fuel cell systems.

There are three distinct salts that can be formed from the corrosive acid phosphoric acid: primary phosphates, dibasic phosphates, and tribasic phosphates. You can dissolve phosphoric acid in water. In addition to corroding ferrous metals and alloys, it is incompatible with powerful caustics. Hydrogen gas, which is combustible, is produced when it combines with metals. When it comes into touch with certain chemicals, such as alcohols, aldehydes, cyanides, ketones, phenols, esters, sulphides, mercaptans, and halogenated organic compounds, phosphoric acid breaks down and releases harmful fumes. When burned, phosphoric acid releases poisonous phosphorous oxide vapours.