The PAX handheld electrostatic sprayers are engineered and designed with electrostatic technology that places an electrostatic charge in liquid disinfectants, causing the liquid particles to adhere to target surfaces. The charged droplets travel towards and seek out the targeted surface and cover the hard to reach surfaces.

The electrostatic technology behind the PAX is well-established, with a history of utilisation spanning more than 60 years in various industries such as agriculture, surface coating and paint spraying. Due to the current pandemic, manufacturers such as PAX Innovations have answered the call. They have successfully translated industrial electrostatic technology into a compact, easy-to-use device for quick and effective disinfectant application.

Rub a balloon on your head, and your hair will stand on its end; this is static electricity. Your hair is 'Charged.' An electrostatic sprayer works by charging the liquid disinfectant as the liquid passes through a specialized spray nozzle assembly. The liquid droplets become charged and travel towards grounded objects. Because these charged droplets repel one another, they actively seek out unique and uncovered surfaces so that the droplets spread out more evenly. The enhancement in the transfer and time efficiency is the result of electrostatic  technology at the heart of the system. The result is faster disinfectant application, less disinfectant consumption and a thin uniform coverage of the targeted surface.

You can use our electrostatic sprayers almost anywhere, including: 

• Schools (Cafeterias, libraries, school rooms, teacher's lounges)
• Healthcare Facilities (Hospitals, Ambulances, Testing Labs, Clinics)
• Gyms & Studios
• Airports & Airplanes
• Public Transportation
• Car Rental Services
• Grocery Stores
• Retail Stores
• Restaurants
• Day Care Centers
• Dental Offices
• Movie Theaters

The PAX-100 handheld electrostatic sprayer can be used without interruption for 8 hours on a single battery charge, this reduces the need to charge frequently, to purchase secondary batteries or to carry around bulky battery chargers. The PAX-50 sprayer can be used without interruption for up to 4 hours on a single battery charge

The Pax-100 covers up to 6,000 square feet on a single 600 ml tank of water-soluble disinfectant fluid of your choice.

Our tests indicate that you would be to apply disinfectants to an office measuring 12 ft. x 12 ft. in under 30 seconds.

You can use any water-soluble disinfectants listed and approved by Health Canada. For better results, please opt for water-thin or the least viscous disinfectant fluids

Dwell time is usually a few minutes but will depend on the disinfectant you use; this information is usually made available in the datasheets provided by the manufacturer of the disinfectant you use. For a list of Health Canada approved disinfectants, please refer to the Health Canada website.

With the PAX handheld electrostatic sprayers, there is no need to touch or wipe the surfaces or objects after spraying because, as the disinfectant liquid exits the electrostatic sprayer, it is atomized and given an electrical charge. The charged droplets wrap around the surface or object, covering it entirely in a uniform manner and reducing water accumulation caused by non-electrostatic application methods.

The PAX-100 handheld electrostatic sprayer covers up to 6,000 square feet on a single tank of fluid (PAX-50 covers up to 4,000 sq. ft). Due to its efficacy, the PAX handheld electrostatic sprayers will use up almost 80% less disinfectant liquid when compared to traditional trigger sprayers. The speed of application will also mean that you can reduce labour costs associated with application by up to 90%.

The traditional approach of spray and wipe tends to take up a lot of time to disinfect and get rid of bacteria and food-born viruses on all surfaces. When there's a shortage of time or a staff member calls in sick, mistakes can happen. Skipping surfaces and not properly blending the disinfectants can give us a false sense of assurance that the surfaces have been properly covered and that we are safe from harmful pathogens. Experience shows that manual wiping methods could cross contaminate surfaces and leave less than 50% of the room inadequately disinfected.
The PAX sprayers offer a touchless application that reduces cross-contamination when compared to the wipe-and-go disinfecting method, and there's no training required, your staff won't be burdened with another task. You'll save time and labour, consume less liquid, and cover more surfaces quickly and efficiently.
With its electrostatic technology, the PAX create fully charged droplets that adhere to the targeted surface, creating an even spread. In other words, your staff will not need to wipe surfaces or clean up drips - thereby eliminating another step in your cleaning and disinfecting process.

Unlike traditional manual sprayer models, with the PAX handheld electrostatic sprayers, there is no need to touch or wipe the surfaces or objects because, as the disinfectant liquid exits the electrostatic sprayer, it is atomized and given an electrical charge. The charged droplets wrap around the target surface or object, covering it entirely in a uniform manner, with no pools of liquid on the floor and reduced surface liquid accumulation.

The PAX handheld electrostatic sprayers are cost-effective and easy to use due to their versatility, portability, and effectiveness. Conventional applicators like foggers, trigger sprayers, and mops offer only limited coverage. You will be able to replace these methods with the PAX sprayers because they provides superior disinfectant coverage.

Concerning the electrostatic technology, it has proven to offer significant improvements when compared to other disinfecting methods. It is near impossible to disinfect an entire gym or a medical office with a trigger sprayer. You are simply not going to get all the surfaces. With the PAX handheld electrostatic sprayers, you can do so in several minutes and, more importantly, cover all conductive surfaces evenly and quickly.

Also, as we highlighted in previous questions, electrostatic technology creates fully charged droplets that adhere to the target surface and that create an even spread. In other words, these droplets do not form pools of the liquid on the surface. Instead, the minute particles line up next to each other, creating a thin layer of disinfectant film on the targeted surface. Droplets hold their cationic charge for a few seconds – preventing drips and allowing the disinfectant to cover the entire object or surface.