Description

The Antivirus Electrostatic Sprayer Specifications

Working Time: 9-10 hours indoors (fan off) and 3.5 hours outdoors (fan on)

Charging Time: 90 minutes

Effective Range: with fan 10ft-20ft (3 to 6 meters) and without fan 4ft-8ft (1 to 2 meters)

Tank Capacity: 10L (2.27 gallons)

Battery Type: Lithium

Particle Size: 10-50μm

Weight: ~17lbs

Motor: 90-260v

Rated Voltage: 24V

Battery Capacity: 30AH

Rated Power: 200W

Warranty: 12 months on parts

Compatible Disinfectants: Any EPA-approved, water-based disinfectant on List N or any of the disinfectants in our shop including Biocide 100 and ShockWave

BEFORE AND AFTER ELECTROSTATIC SPRAYING EVALUATION

Link to study:

Evaluation of an electrostatic spray disinfectant technology for rapid decontamination of portable equipment and large open areas in the era of SARS-CoV-2

EPA’s Evaluation of Electrostatic Sprayers…

Studies by the USA Environmental Protection Agency have demonstrated that electrostatic decontamination methods are more efficient, reduce waste, and deliver a more uniform distribution of liquids over uneven surfaces. The EPA found that electrostatic backpack sprayers used 75x less decontaminant than the traditional backpack sprayers. The study also demonstrated that the electrostatic sprayer had double the efficacy against biological agents due to the minimal amount of
runoff moving spores prior to their deactivation.

Link to the EPA study: Evaluation of Electrostatic Sprayers for Use in a Personnel Decontamination Line Protocol for Biological Contamination Incident Response Operations

U.S. Army Public Health Center on Electrostatic Sprayers…

The electrostatic sprayer positively charges the disinfectant as it passes through the sprayer nozzle. This generates positively charged disinfectant droplets that seek out negatively charged surfaces. The positively charged disinfectant droplets stick to the surfaces in a uniform coating that fully covers the targeted surfaces. Over-application is reduced because the charged particles will seek out an exposed surface area instead of adhering to each other. The droplets
are applied wet and left to dry, affording the required disinfectant contact time. The recommended disinfection ingredient for this process is a product that uses quaternary ammonium chloride because it is naturally positively charged and more chemically stable for the process. However, hydrogen-peroxide, hypochlorous acid, and bleach-based products can be used in the devices

Link to U.S. Army Public Health Center paper: USE OF ELECTROSTATIC SPRAYERS (FOGGERS) WITH EPA-REGISTERED DISINFECTANTS IN RESPONSE TO COVID-19

NHTSA’s Office of Emergency Medical Services (EMS.gov) on Electrostatic Sprayers…

Operationally, a solution is pulled through the spray nozzle where turbulent air flow shears off droplets into small, reproducible sizes. Electrostatic sprayers apply a positive charge to the decon solution in the reservoir, at the nozzle, or both. Because the droplets exit the sprayer system with a positive charge,
they repel one another enroute to the surface to be decontaminated. This results in an even distribution of decontaminant across the surface and a “wrapping” effect where the spray wraps around multiple sides of an object and into hard to reach areas. The forces attracting the positively charged droplet to its target (most surfaces are either negatively charged or neutral) are approximately 75 times the force of gravity! This minimizes runoff by reducing the chance of droplets aggregating and then
falling to the ground as seen with traditional sprayers. Regardless of the decontamination application technology that you use, remember that best practices need to be adhered to…it’s not magic, it’s a tool to provide enhanced decontamination efficiency.

Link to NHSTA’s Office of Emergency Medical Services report: Minimum Recommended Guidance on Protection and Decontamination for First Responders Involved in COVID-19 Cases – Detailed Reaction Guide

Diversey Technical Bulletin on Electrostatic Sprayers…

The use of electrostatic sprayers is gaining acceptance as a no-touch method for applying disinfectants and sanitizers to surfaces. Electrostatic sprayers have been used in the agricultural and paint markets for years, and are designed to convert liquids into uniform-sized droplets and then apply a “charge” to each droplet as it leaves the spray nozzle of the device. This charge attracts the droplets to untreated surfaces, while repelling these droplets from each other and treated surfaces, enabling them to “wrap’ around surfaces or objects. This results in an even application (coating) of the chemical on surfaces, including hard-to-reach areas on the underside and backside of surfaces. These sprayers can help to improve labor efficiency while reducing chemical waste and overspray.

Link to Diversey Technical Bulletin: ELECTROSTATIC SPRAYERS AND DISINFECTANT USE 

CERTIFICATIONS by FCC, CE and RoHS

HOW ELECTROSTATIC SPRAYING WORKS

DISINFECT NEARLY ANY SURFACE IN ANY FACILITY

WHAT IS INCLUDED

1. Sprayer (1)
2. Charger (1)
3. Screwdriver (1)
4. Straps (1)
5. Filter Sponge (1)
6. Nozzles (5)
7. Sealing Ring (1)
8. User Manual PDF format (1)
9. Product Certification (1)

LET’S COMPARE

The Antivirus is the best alternative electrostatic backpack sprayer with the fastest delivery time of only up to 7-14 business days!

Product terms and conditions

We do not and cannot make any claims as to the effectiveness of using this device for disinfecting purposes. You agree to purchase this device as a supplemental tool to aid your efforts in applying liquid products to surfaces and objects. We are not to be held liable for any misuse of this product. By placing an order for this product you agree to the estimated 7-14 business day delivery estimate for Priority Express Shipping and a minimum of 4-6 weeks for Free Standard Shipping. Due to the nature of this product, all orders are final and nonrefundable. Thank you for understanding and stay safe!