Phosphorus Pentoxide Market
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REPORT DESCRIPTION<br />
Transparency <strong>Market</strong> Research Reports incorporated a definite business overview and investigation inclines on “<strong>Phosphorus</strong><br />
<strong>Pentoxide</strong> <strong>Market</strong> - Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2016 - 2024” This report<br />
likewise incorporates more illumination about fundamental review of the business including definitions, requisitions and<br />
worldwide business sector industry structure.<br />
<strong>Phosphorus</strong> pentoxide is an anhydride of phosphoric acid, which is produced by combustion of elemental phosphorus in the<br />
presence of sufficient air. It exists in white crystalline solid form. It acts as powerful dehydrating and desiccant agent because of<br />
exothermic nature of its hydrolysis. Formation of phosphorus pentoxide by dehydration of phosphoric acid is not possible, as the<br />
acid would keep boiling without losing all the water.<br />
<strong>Phosphorus</strong> pentoxide is inflammable. However, it reacts strongly with water and water-containing substances such as wood or<br />
cotton, releasing high amount of heat that may cause fire. It causes metals corrosion. Also, it causes irritation of tissue such as<br />
severe burns to skin, eyes, respiratory tracts, and mucous membrane even in low concentrations.<br />
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<strong>Phosphorus</strong> pentoxide is primarily employed in the formation of concentrated phosphoric acid with varying grades of<br />
concentrations. Two steps in thermal process of obtaining concentrated phosphoric acid are – phosphorus pentoxide is formed<br />
by burning white phosphorus and followed by dissolving it in dilute phosphoric acid. Advances are being made to avoid the<br />
usage of white phosphorus as a starting material in formation of phosphoric acid, which is leading to the technology of "wet<br />
phosphoric acid process" which will replace thermal process.<br />
<strong>Phosphorus</strong> pentoxide is employed as a dehydrating agent in reactions that require removal of water molecules (e.g. conversion<br />
of primary amides into nitriles). It is also used as starting material for phosphate esters (used as extraction agents and<br />
surfactants) and reagent for polymerization reaction and organic synthesis. Furthermore, it is employed in the manufacture of<br />
optical glass and heat-insulating glass; and production of certain phosphorus pentoxide containing fertilizers and pesticides.<br />
<strong>Phosphorus</strong> <strong>Pentoxide</strong> <strong>Market</strong> Trends