![]() ![]() ![]() This portable floor unit is designed to be positioned in close proximity to the chair or workstation. Custom length hose is available, for information and pricing please contact us. The standard extraction arm hose length is 5’. The approximate weight and base dimensions of the unit is: 48 lbs. Recirculating Ventilation means the unit is designed to take in contaminated air though the extraction hose, filter contaminants, and discharge purified air from the exhaust vent, located on the bottom of the unit, back into the facility. The Healthy Air® Chemical Source Capture System operates as a Recirculating System. ![]() HealthyAir® System 3-stage process collectively utilizes the 5 filtration methods of Sieving, Direct impact, Inertial Impaction, Diffusion, and Electrostatic. With patented eHEPA® technology, this unit filters air in a highly efficient 3-stage process, resulting in a safer work environment with a healthier breathing zone for occupants.Īs contaminated air passes through the unit, the Pre-Filter, eHEPA ® Filter, and Enhanced Carbon Catalytic Filter work in conjunction to collect and deactivate airborne particles including dust, smoke, allergens, gasses, odors, and VOCs. Protect Your Breathing Zone with eHEPA® Technology The most powerful and advance chemical source capture system on the market today, eHEPA® technology eliminates formaldehyde and chemical vapors in keratin hair smoothing treatments, laser hair removal treatments and other many other hair chemical services. See-thru acrylic capture hood with built-in LED light illuminates the work areaĭesigned to protect the breathing zones of hair stylists and prevent overexposure to formaldehyde fumes and harsh vapors.Removes formaldehyde and other vapors, fumes, haze and odors created by keratin smoothing services.This unit is engineered to provide ventilation for one workstation, is operated as a free-standing portable unit that can be located as need. The HealthyAir® Source Capture® Fume Extractor system is engineered to extract airborne contaminants from the breathing zone to improve indoor air quality and reduce occupational hazard risks. ![]()
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