Aerosol UVC cleaner circulates indoor air around the ultraviolet lamp installed inside the main unit to suppress viruses and bacteria floating in the space. It was developed with the aim of ``airborne infection prevention'' and ``droplet infection prevention'' by proactively sterilizing airborne viruses and bacteria without the use of chemicals in local spaces that are difficult to ventilate, such as with droplet-prevention partitions. Ta.
Patent PAT
Through a unique air guide plate, UVC rays suppress airborne viruses and circulate clean air.
・Slim tower type that sucks airborne viruses over a 360° wide area, suppresses them, and purifies the air.
・Suppresses airborne viruses by 99% in 180 minutes
・Applicable floor area: Approximately 16 tatami (approximately 66 m3 with ceiling height 2.5 m)
・Uses JIS standard Japanese ultraviolet lamp
・DC motor fan adopted
・Assembling and manufacturing in Japan
Calculated using a test method based on the Japan Electrical Manufacturers Association standard JEM1467 in a 25m3 space made in Japan, and does not indicate that it has a suppressive effect on the actual space or all viruses. Effects vary depending on the environmental conditions of use.
■Slim tower type attracts and suppresses floating viruses over a 360° wide area, purifying the air
Japanese-made JIS standard ultraviolet lamp suppresses airborne viruses and bacteria. When the DNA and RNA nucleic acids of microorganisms and bacteria absorb ultraviolet light, they cannot reproduce. This nucleic acid is known to have the highest absorption rate for ultraviolet light around 260 nm. The UV lamp emits UVC ultraviolet light with a wavelength of 254 nm to suppress viruses and bacteria floating in the air.
The indoor air circulation fan and ultraviolet lamp installed inside the device suppress viruses and circulate clean air. A foot switch is used to turn the lamp on and off without using your hands.
■ Confirmed that 99% of airborne viruses can be suppressed using ultraviolet air circulation method
Test details and results Evaluation test of airborne virus suppression performance using ultraviolet air purifier (25m3 space)
Test agency: Kitasato Environmental Science Center Test number: Kitasato 2020_0830 Test method: Conducted in a 25 m3 (approximately 6 tatami) test space using a test method based on Japan Electrical Manufacturers Association standard JEM1467. Test target: Conducted with one type of airborne virus
Based on the results of the number of airborne viruses over each elapsed time, it was effective in reducing the number of viruses by approximately 90% in 60 minutes and approximately 99% in 180 minutes from the initial value.
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