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UV Light | UVC-Ultraviolet light has long been known as the common antibacterial effects. It’s able to neutralize mold and its metabolites . | ||||||
PhotoPlasma | When UVC hits the photocatalytic filter with TiO2 in the Air Purifier housing, it forms negative ions , hydroxyl radicals and ozone . | ||||||
Negative Ions | The negative ions also named as Superoxide ions, which bind themselves with many positively charged impurities when they are floating freely in the air. It will become heavier and settle down on the floor or the nearest wall surface. | ||||||
Hydrogen Peroxide | Hydrogen peroxide OH is formed when superoxide anions meet water particles. This happens both inside and outside the UVPCO Air Purifier. Hydrogen peroxide oxidizes many pollutants. | ||||||
Hydroxyl Radicals | Hydroxyl radicals are formed through a photocatalytic process,which can quickly capture air pollutants and oxidize them. Hydroxyl radicals have a very high oxidation rate and are therefore short-lived. They are capable of destroying or splitting molecules that make up mycotoxins and endotoxins produced by bacteria. They also can deal with highly toxic wood preservatives in some houses, such as pentachlorophenol and odorous chloroanisole . | ||||||
Pure Oxygen | Pure Oxygen (Ozone) is also formed during the photocatalytic process. Pure oxygen is also a good antibacterial agent and can also oxidize and neutralize certain air pollutants | ||||||


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