Air Supply® Rechargeable AS-300R Personal Ionic Air Purifier
- Rechargeable! No more expensive batteries to buy
- Helps protect against the Coronavirus
- 28 hours of run time per charge, charges via
- Propels cleaner fresher air into your personal breathing zone
- Portable, ultra light, mini and wearable
- Ideal for air travel, movie theaters, waiting rooms or any confined space
- Silent, fan-less, filterless and maintenance free technology
- Designed to help combat air pollutants and contaminants
Take Rechargeable Fresh Air With You Wherever You Travel
It’s finally here! The new USB rechargeable Air Supply® AS-300R. With 28 hours of run time per charge, this ultra light weight, wearable unit propels cleaner, fresher and healthier air into your personal breathing zone. Created especially to help sufferers who want to breathe more easily when they travel. Ounce for ounce the AS-300R outperforms the competition and is top of the line in personal air purification. With an advanced plasma discharge design, the AS-300R comes with solid platinum emitter and stainless steel grid. This Air Supply® Rechargeable also comes with a breakaway strap for user safety. Benefit from a decade of advanced research from the pioneer in ionic wearable air purification.
How it Works
The Air Supply® Rechargeable generates an intense electrostatic ion wind that charges floating particles in the breathing zone. The particles are then electrostatically repelled away from the wearer substantially creating a particle free exclusion zone for toxic pollutants and contaminants in the breathing zone. Perfumes and odors are also minimized by the Air Supply® Rechargeable ionization effect.
Significant and substantial reductions of airborne breathable particles have been confirmed by leading world authorities in health related aerosol studies by Wein Air Supply® Rechargeable technology from .04 to 3 microns in size. This represents most viruses and bacteria. Because this happens outside the body. It does not matter how infectious or toxic these particles are! See validation studies Dr. Sergey Grinshpun, University of Cincinnati
Substantial inhalation risk reductions were confirmed under strict laboratory conditions in confined spaces (aircraft cabin simulations) and large test calibration chambers (rooms) used. A leading aerosol scientist Dr. Sergey Grinshpun who peer reviewed the studies said:
“Whether a particle is biological or virulent in humans is of no relevance while it is airborne. While still airborne, these virulent particles obey the same laws and effects as all airborne particles of the same aerodynamic size and density.”
Testing with inert particles of the same size and density therefore yields a very powerful methodology to characterized any floating particle whether infectious or not!