



pureAir PERSONAL
Greentech Environmental
Technical Details
Item Weight | 0.7 lb |
Package Dimensions | 4.5 x 2.75 x 8 in |
SKU | EQ-GPERSONAL |
Brand | Greentech Environmental |
Product Details
pureAir PERSONAL is a sleek, wearable air purifier that creates a personal 3 ft. clean-air zone by repelling particles from your breathing space. Visit friends and family without the negative effects of other's pet dander, perfumes, or colognes. When used with a conventional face filtering mask, continuous emission of unipolar air ions has been shown to considerably enhance the filtering efficiency against fine and ultra-fine particles.* The effect is driven by the electrostatic repelling forces that ions create between the mask and the aerosol particles. Purification lasts all day, with a rechargeable battery providing over 24 hours of use per charge. It includes a USB charging cable, a leather necklace with jewelry clasp, and a leather carrying case. pureAir SOLO is not a medical device and is not a replacement for other practices recommended by the CDC. This product can not be shipped to California. Sleek, fashion-forward design At only 2.9 L (75mm) x 2.1 W (54mm) x 1.1 D (27mm) 2.16 oz (61.2g), pureAir PERSONAL is comfortably designed for wearable purification on the go. Features & Specifications • Wearable, Creates a 3 ft. Personal Clean-Air Zone Easy to Use Fashion-Forward Design • All-Day Purification, Rechargeable Battery Lasts 24+ Hours Jewelry Clasped Leather Lanyard, Charging Cable, and Carrying Case Adjustable Blue Operation LED (Switches ON/OFF) Technology Ion-Based Active Air Technology Solid Platinum Emitter and Stainless-Steel Grille Silent, Fan-Less Operation Applications Travel Running Errands Schools Waiting Rooms Offices Social Gatherings Gardening Allergy Relief And More! *Enhancement effects of 20 fold to over 3000 fold were demonstrated depending on mask type. Lee et al. (2005). Filtering Efficiency of 95 and R95-Type Facepiece Respirators, Dust-Mist Facepiece Respirators, and Surgical Masks Operating in Unipolarly Ionized Indoor Air Environments. Aerosol and Air Quality. Vol. 5, No. 1. pp. 25-38
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