How Plasmacluster ions are generated
Positive and negative ions are generated through plasma discharge
Ions have positive or negative charges. To ionize the water and oxygen in the air, Sharp came up with the idea of using plasma discharge to give water a positive charge and oxygen a negative charge. Through plasma discharge, in which voltage is applied to the discharge electrode, positive hydrogen ions (H⁺) and negative oxygen ions (O₂⁻) are generated from the water and oxygen in the air.
Ions form clusters for greater stability
The positive hydrogen ions (H⁺) and negative oxygen ions (O₂⁻) each have an electrical charge. This attracts water molecules in the air (H₂O), which surround the ions and form stable cluster ions.
Working mechanism of inhibitory effects
The positive (H⁺) and negative (O₂⁻) ions of the Plasmacluster ions bond on the surface of airborne viruses and other substances and change into OH radicals. With their extremely strong oxidizing power, the OH radicals quickly extract hydrogen (H) from the protein on the surface of viruses and other substances, thus decomposing the protein and suppressing activity. The surface of things like bacteria and allergens consists mainly of protein. Removing the hydrogen atom (H) from this structure inactivates the undesirable substance. Furthermore, the OH radical bonds with the removed hydrogen atom (H) to immediately form water (H₂O), which is returned to the air.
How Does Plasmacluster Work?
Sharp’s patented Plasmacluster® Ion air purification technology mimics nature’s own cleaning process, by splitting water molecules into positively and negatively charged ions, which spread throughout the room and actively break down pollutants like germs, airborne and surface-adhering bacteria, fungus, mold, viruses and clinging odors, and then return to the air as water vapor.
SHARP FILTER DIFFERENCE
All air filters are not created equal. See the benefits of a Sharp air purifier first hand as we test a Sharp Air Purifier filter alongside a filter from a popular air purifier model and see the difference!
SHARP FILTER DIFFERENCE
All air filters are not created equal. See the benefits of a Sharp air purifier first hand as we test a Sharp Air Purifier filter alongside a filter from a popular air purifier model and see the difference!
CHANGE FILTERS LESS OFTEN
Long-life True HEPA filters typically require changing only once every 2 - 5 years so operating costs are low.* *Actual filter life will vary depending on the environment.
WHY DOES 0.3 MICRONS MATTER?
Pet allergens and tobacco smoke particles are typically smaller than 1 micron (mic). With True HEPA filtration, which removes 99.97% of airborne pollutants as small as 0.3 microns, including dust, pollen, pet dander and smoke particles, more particles can be captured when compared to a HEPA-type filter.