| Step One: The Airsopure S-980 Air Purifier Purifies the Air of Macro Particles - A treated (5) micron pre-filter removes a particles from the air larger than (5) MICRONS, extending the life of the HEPA filter and protecting the gas absorbing media from dust coating and fouling.
Step Two: The Airsopure S-980 Air Purifier Hospital Grade HEPA Filter Removes Allergens - A hospital grade HEPA filter removes allergens so small that they can only be seen with a microscope. Pollen, mold, fungal spores, dust mites, cockroach dust, tobacco smoke and bacteria are but a few examples.
Step Three: Absorbs Toxic Chemicals and Gases - A specially formulated gas absorption media absorbs automobile exhaust fumes, organic hydrocarbons, formaldehyde from particle board used in home construction, paint solvents, chlorine, cleaning chemicals and other fumes until the Photo-Catalytic converter destroys the pollutants.
Step Four: "Photo-Catalytic Oxidation" within the Airsopure S-980 Air Purifier Destroys Toxic Chemicals and Eliminates Odors - Activated carbon, zeolite and potassium permanganate can rapidly absorb large quantities of toxic fumes however this media quickly becomes saturated and slowly releases pollutants back into the air stream. Photo-Catalytic Oxidation converts toxic compounds, even carbon monoxide and nitrous oxide, into benign constituents such as carbon dioxide and water without wearing out or losing its effectiveness,
Step Five: Ultraviolet Light Kills Disease Causing Germs on Contact - Ultraviolet light 10,000 times the intensity of sunlight kills viruses and bacteria too small to be filtered out by a HEPA filter, Ultraviolet technology combined with Photo-Catalytic Oxidation is the most important feature in air purification since germs are easily spread from one person to another by central heating and air-conditioning system..
Step Six: Negative Ions Improve Sleep and Keep Air Fresh (the ion generator is totally optional and can be turned off for those sensitive to negative ions and ozone) - Oxygen in the air reacts with ultraviolet light to produce large amounts of negative ions and activated oxygen.
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