Active Air Purification
ProGuard ™ Air Purification kills pathogens including mold, mildew, viruses, and bacteria in your Indoor Environments. Using the same technology developed by NASA combined with our proprietary technology, we sanitize all types of indoor facilities.
How ProGuard ™ air purifiers work…
Advanced Oxidation Process
ProGuard ™ uses a proprietary photocatalytic oxidation (PCO) technology. This technology uses UV light energy to activate a proprietary catalyst, turning moisture into dry hydrogen peroxide and other sanitizing elements that continuously clean indoor rooms 24X7.
ProGuard ™ creates plasma with extremely high levels of both positive and negative charges. Bipolar Ionization (BPI) Ions kill pathogens including molds, mildew, viruses, and bacteria creating an extremely long dwell time to effectively sanitize & purify the air and surfaces throughout the entire environment.
ProGuard ™ uses an Active Kill Process that sends the sanitizing technology into the indoor space to seek out and kill the pathogens and contaminates at the source preventing outbreaks. The result is “Pristine Air” and sanitized surfaces creating a safe and healthy environment.
3rd Party Lab Tests Show ProGuard ™ Creates 13 Times More Sanitization than Leading Competitors
ProGuard ™ Air Purification
As seen on Cannacribs – Mitten Canna Co.
How we Can Help
The Science Behind ProGuard ™
University tests show contaminates are Killed at a rate of up to 99.9% using the ProGuard ™ organic Air Sanitization process. It protects cannabis crops from all types of molds and mildews helping growers achieve true Pharma Grade product.
The PCO Air Sanitization process was originally developed by NASA. University tested and proven to sanitize pathogens including: Staph, MRSA, E-Coli, Strep, Listeria, Candida Albicans, Aeruginosa, Black Mold, Powdery Mildew, Botrytis, Pythium, & others.
The ProGuard ™ Sanitization Technology with BPI provides a lethal kill rate for microbes and pathogens; with an organic process that is completely safe for people.