Controls airborne viruses, pollen, and allergens. The hydroxyl radicals and hypochlorous acid contained in electrolyzed water work together to destroy the spikes on the surface of a virus. This allows it to wrap around, disinfect, and deodorize airborne viruses, bacteria and mold, as well as pollen, dust mite feces and shells, and odor molecules.
Power Mist mode provides even faster and more powerful purification. Pressing the Power Mist mode button discharges disinfectant electrolytic mist at full power for about 30 minutes. This quickly suppresses even bacteria and viruses that have adhered to your clothing or hair while you were outdoors.
There are many objects in a room, like tables and sofas, that obstruct the flow of air. To resolve this problem, SANYO uses a system that disperses electrolytic mist in three directions: upward, to the left, and to the right. This long-lasting disinfectant mist envelops a room to reach every spot, even areas adjacent to furniture.
Note: Dust trapping and deodorizing by the air purifying unit The unit cannot eliminate the toxins (carbon monoxide, etc.) contained in tobacco smoke. It also cannot completely remove odor-causing substances that are being generated on a constant basis, such as those from building materials, pets, etc. *1: Test method: Disinfectant electrolytic mist was released into a 1-cubic-meter test chamber containing airborne viruses. The viruses were collected and their infectious capacity was measured by TCID50 assay. Testing organization: Kitasato Institute Medical Center Hospital, Research Center for Medical Environment. *2: Testing method: Disinfectant electrolytic mist was released into a 0.275-cubic-meter test chamber containing pollen particles and the reduction in the number of pollen particles was evaluated by the enzyme antibody method. Testing organization: Osaka Medical College *3: Test method: Disinfectant electrolytic mist was released into a 0.275-cubicmeter test chamber containing dust mite particles, and the reduction in the number of dust mite particles was evaluated by the enzyme antibody method. Testing organization: Kobe University School of Medicine *4: Test method: Disinfectant electrolytic mist was released into a 0.275-cubic-meter test chamber containing dog and cat dandruff allergens, and the reduction in the number of dandruff allergens was evaluated by the enzyme antibody method (ELISA). Testing organization: Oriental Yeast Co., Ltd. *5: Testing method: Mold particles were suspended in an approximately 9-cubic-meter test chamber and disinfectant electrolytic mist was released into the chamber. An air sampler was used to evaluate the number of residual airborne mold particles. Testing organization: Japan Food Research Laboratories. *6: Test method: Disinfectant electrolytic mist was released into a 1-cubic-meter test chamber containing airborne bacteria. An air sampler was used to evaluate the number of residual airborne bacteria. Testing organization: Kitasato Institute Medical Center Hospital, Research Center for Medical Environment. *7: Test method: Three gases with different odors (acetaldehyde, acetic acid, and ammonia) were released into a 0.275-cubic-meter test chamber and then passed through a disinfectant element. The percentage of residual gas was then measured. Testing organization: SANYO Electric. *8: Test method: Four gases with different odors (ammonia, acetic acid, trimethylamine and methyl mercaptan) were released into a 0.275-cubic-meter test chamber and then passed through a disinfectant element. The percentage of residual gas was then measured. Testing organization: SANYO Electric.