
TruElectrostatics.
TruDisinfection™.
Since the emergence of COVID-19, many companies claim they have electrostatic sprayers. When dealing with life-threatening pathogens, it’s critically important to know that the company you’re buying from is true, respected, and unequaled. EMist electrostatic sprayers are patented, backed by independent lab studies, used during the 2014 Ebola crisis, and developed by 30-year electrostatic industry veteran Mike Sides, who frequently works with the DOD, Navy Entomology Center of Excellence, USDA, and the World Health Organization.
TruElectrostatics for TruDisinfection™

Product Details
- Electrostatic Power Ring
- Fan Guard Cover
- Solid Molded Handles
- Vented Cap
- Removable 3.1 Liter Tank
- Twin Battery Power Ports
(one per side) - Hydroelectric Cord
- Pinch Resistant Hose Port Coil
- Wand Hook Hangers
- Responsive Trigger
- Contact Grip
Safer environments. Healthier spaces. Healthier people.
51% lighter than
other sprayers
Covers up to 44,300 high touch point square feet
Cordless prevents tripping hazards and improves delivery speed
Grounding not required with EPIX Charge Detect™ technology
Uses any water-soluble disinfectant
Decreases the amount of labor and chemical by 50%
Best Backpack Electrostatic Sprayers
Electrostatic sprayer polarity matters. Most surfaces have a negative or neutral charge (the earth itself is negative). Per the EPA, electrostatic sprayers should impart a positive charge so that the positively charged disinfectant droplets are attracted to targeted negative or neutral surfaces. Positively charged droplets increase droplet adhesion and wrap.
EPIX Charge Detect™ Technology
Grounding Is Never An Issue Using EPIX Charge Detect™ Technology.
Using EPIX Charge Detect Technology, the electrostatic sprayers continuously detect the polarity of the user and the equipment and adjusts automatically so that grounding is never an issue. The discharged droplets wrap around surfaces. This wraparound effect creates an even, consistent and comprehensive coverage of chemical, reducing chemical and labor costs.
How It Works
Disinfectant is first atomized, passes through an electrostatic-induction nozzle, charged using a bipolar power supply, and then discharged toward the target area. The bipolar supply causes the electrical charges to be alternatively redistributed, resulting in droplets having an excess of either positive or negative charges. These charged droplets are so attracted to the targeted area that they coat the sides, edges, and backside of surfaces.
Droplet Size Matters
Per the EPA, electrostatic disinfectant sprayers should have a median droplet size greater than 40 microns. Droplets must be large enough to resist evaporation and drift but small enough that the droplets can change their trajectory when it comes close to a target. Most competitor sprayers produce droplets of less than 40 microns making them highly drift-prone and increasing user inhalation concerns. EMist sprayers maintain a median droplet size of 75 microns.
2020 EMist® is a registered trademark of SanoTech 360, LLC. All rights reserved.
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