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With improvements in the past decade in the portability and simplicity of use of electrostatic sprayers, they have become a reasonable, cost-effective, and practical tool for professional cleaners to add to their arsenals. Cleaners, sanitizers, deodorizers, and disinfectants can all be used with electrostatic sprayers.

Over the last few years, electrostatic spray technology has found its way into the cleaning industry as an efficient new way for cleaning professionals to apply cleaners, sanitizers, and disinfectants across facility types and surfaces. Speedy industries is excited to be selling the E-Spray Hand Held and Backpack, electrostatic sprayers as tools for application of Multi-Cleans’ line of disinfectants, sanitizers, and odor counteractants. The electrostatic technology offers unsurpassed uniformity in coverage of complex surfaces with exceptional transfer efficiency (minimal over-spray). Recently, there has been increased interest in the application of antimicrobial disinfectants on List N via electrostatic spray given the need to disinfect large indoor spaces to reduce the risk of exposure to the virus that causes COVID-19.

Electrostatic disinfectant can be inhaled by the cleaning operator and be irritating or even harmful, depending on its chemical composition. That’s why it’s important to always evaluate the specific cleaning solution you use with an electrostatic sprayer, and for the operative to wear appropriate personal protective equipment at all times. Since fogging relies on filling air inside a room or other area being treated with disinfectant mist, it is difficult to ensure proper coverageis achieved on all surfaces. This uncertainty makes it difficult to ensure cleaning dwell times required by disinfectant manufacturers for effective applications are met. Additionally, the application process is relatively slow compared to other disinfectant sprayer solutions available today.

Traditional disinfection methods, particularly spray and wipe, are rendered ineffective if the disinfectant is not allowed to dwell on a surface long enough. Using the electrostatic sprayers will enable a quick and effective chemical application.

In the current pandemic climate, there has been a massive surge in interest and demand for electrostatic disinfection services. Many companies are utilizing the technology to keep their businesses running and their stakeholders safe. For example, United Airlines has implemented electrostatic spray disinfection on their aircrafts after each flight. The Infection Prevention system consists of using an electrostatic sprayer to disinfect any size surfaces or areas using an eco friendly hospital grade disinfectant solution. This is called electrostatic spray surface cleaning, the process of spraying electrostatically charged chemical particles which allows you to spray a chemical mist onto surfaces and objects.

Because almost any liquid can be electrically charged, electrostatic sprayers are highly versatile in their applications. Lastly, here is a question we are regularly asked, “do organisations carry out their own electrostatic spraying”?

As fully-charged droplets hit the surface they create an even spread. PAX Innovations electrostatic disinfectant sprayers This allows the solution to cover hidden and shadowed areas, and also enables you to cover a large area in a small amount of time. These sprayers have been designed to meet dwell times for solutions so they can work to their full capabilities.

This is called Electrostatic Spray surface cleaning, the process of spraying electrostatically charged Chemical particles which allows you to spray a chemical mist onto surfaces and objects. Traditional cleaning relies on the application of disinfectant that is then manually spread across the surfaces to be cleaned. This method leads to areas being oversprayed or missed, and often both. With electrostatic sprayers, every surface gets an even coating of cleaning products, meaning you only use as much as is truly necessary.

Recently, this technology has been adopted into the cleaning industry. Many people believe this technology will revolutionize the cleaning business. Electrostatic sprayers, like this one, expel a solution that is statically charged. When the solution is applied to a surface, it will cling to and wrap around it.

In the lodging industry, Marriott has also upgraded its cleaning procedures by turning to electrostatic spray guns. “The sprayers rapidly clean and disinfect entire areas and can be used in a hotel setting to clean and disinfect guest rooms, lobbies, gyms and other public areas,” Marriott said. The lodging giant has also started testing ultraviolet light technology for sanitizing guest keys. It’s all part of a systemwide initiative Marriott has introduced that also calls for surfaces in guest rooms to be cleaned more often with “hospital-grade disinfectants,” and for all rooms to provide disinfecting wipes for guests to use.

By using an electrostatic sprayer system, all of these surfaces can be coated with a cleaner or disinfectant, and the restroom will be much more efficient and completely cleaned. Probably the most useful cleaning method that is being utilised with electrostatic spraying is disinfection and decontamination from pathogens. When you look at common surfaces, such as walls, floors, and fixtures, they are naturally grounded, meaning they have a negative charge. So if a liquid chemical disinfectant is positively charged, as it is in an electrostatic sprayer, this liquid will fully coat almost any surface it is sprayed onto. EvaClean’s fully integrated, touchless disinfection & sanitizing solution combines the efficiency of the Protexus Cordless Electrostatic Sprayers with powerful PURTABS disinfecting tablets.

This technology is used in many painting applications to provide an even and complete coverage and has been adapted into a portable easy to use battery powered sprayer. Using the static charge of the droplets, the sprayer delivers sanitizer or disinfectant directly to the surface and evenly coats surfaces to provide maximum coverage of the area. The static charged droplets will even bend around some curved surfaces to attach themselves to areas more difficult to reach. Some facilities substitute electrostatic sprayers for manual disinfecting methods, while others use them to augment existing processes.

As mentioned above, traditional disinfecting spray equipment and methods come with a suite of issues. In addition to allowing for a proper dwell time, making hard to reach areas easily accessible, and shortening the time it takes to disinfect an area, electrostatic spray technology also addresses transfer efficiency problems. Transfer efficiency is a measure of how much chemical reaches a surface versus the percentage lost to the floor and surrounding environment. Just as the agricultural industry adapted electrostatic spray technology from the auto and painting industries, the commercial cleaning industry has adapted it to suit its needs.

The technology also helps avoid liquid pooling often associated with trigger sprayers. In 1941, it was invented as a technique to evenly spray paint without dripping.

Surfaces that are hard to reach by the human hand are easily reached by an electrostatic sprayer. This enables cleaning professionals to disinfect every surface in a room rather than just “high-touch” areas.

Many organisations purchased their own electrostatic sprayers and have their own cleaning staff trained in how to use them. Training usually takes half a day with instructions on how and when to spray. How to add water to the disinfectant concentrate and how to methodically disinfect an area leaving it fully disinfected and safe for use by other staff and customers, service users and clients. The chemical disinfectant is food safe, it’s human and animal friendly, with no solvents or any ingredients harmful to humans. PPE is not needed when using the sprayers with our chemical disinfectants.

The Protexus uses electrostatic technology that coats surfaces with 360° coverage. Using EPA registered PURTABS, the Protexus sprays a disinfecting solution that delivers 3x more surface coverage than traditional cleaning. With Protexus, your staff can reduce cleaning time by 80% with efficient sanitizing technology. The EPIX360 is the most effective handheld disinfectant sprayer in the world.

They’re also available as a backpack sprayer for more square foot coverage. Electrostatic spray is electrically charged, allowing the appropriate sanitizers, mold preventatives and disinfectants to wrap around and evenly coat all types of surfaces for a more complete clean. As the chemical exits the electrostatic sprayer, it’s given a positive electrical charge.

Disinfection is of utmost importance to them, and electrostatic disinfection techniques are a game-changer. The Victory Electrostatic sprayer uses the power of adding an electric charge to liquid droplets during application. The sprayer produces a liquid spray with a positive charge, and just like magnets, the droplets are drawn to the surface and spread out evenly.

This significantly lower power level aling with minimal charging and inadequate grounding can result in incomplete and inconsistent surface coating – making it challenging to meet required chemical dwell times across the surface being treated. You can use our electrostatic sprayers to coat any surface you would previously have disinfected manually. The difference is, again, is that it’s much easier to adequately disinfect challenging areas that are out of reach or even obstructed. If the charged spray can reach those areas, it can coat them evenly and effectively. Since electrostatic sprayers can disperse disinfectant properly on any surface you would previously have cleaned by hand, we use them to treat surfaces you can’t effectively reach in that manner.

At Infection Prevention Ireland we use a chemical disinfectant which is specifically designed to work seamlessly with 100% compatibility with our electrostatic sprayers. Our Victory Electrostatic sprayers are the leading technology in cordless electrostatic spraying. Electrostatic spraying is a method of applying a coating, cleaner, disinfectant, or other liquid to a surface by applying an electric charge to the liquid solution.

The solution will find its way into nooks and crannies and other unreachable areas. Using this form of cleaning decreases elbow grease, increases productivity, and lowers the amount of liquid solution needed for a job. Electrostatic sprayers are the newest tools in the cleaning industry, used to disinfect surfaces with electrically charged particles for even, complete disinfecting coverage. To the untrained eye, these just look like “spray guns” but in fact, they're advanced disinfection technology based on innovations going back more than 50 years.

In addition to inadequate grounding, the wrap effect provided by electrostatic sprayers can vary greatly depending on the actual charge and the type of surface, wind and the distance away from the surface sprayed. Many electrostatic disinfectant sprayers provide a limited charge, comparable to less than 2% of the power of an industrial electrostatic sprayer found in painting applications.

Using Evaclean's system featuring Protexus sprayers and PURTABS disinfectant, you can coat all the surfaces of a 500 square foot area in less than 3 minutes. That’s an 80% time savings for any chemical application, disinfection, or sanitizing process. The Protexus sprayers are also very quiet , so you don’t have to worry that the cleaning process will be disruptive to those within earshot. Simply put, it’s a fantastic option for many applications requiring fast, consistent, and thorough disinfection.

Utilising existing cleaning staff to electrostatically disinfect the workplace or business premises can be very cost efficient. The savings do mount up when using our cleaning protocol in conjunction with our equipment and chemicals. On average, savings of 65% on cleaning products and a cleaning time reduced by as much as 70% are savings which are commonly achieved. An electrostatic sprayer allows you to perform electrostatic spray-cleaning (a “no touch” disinfection process) in challenging, large, and non-uniform surface areas. It’s a fast, efficient, and thorough way to disinfect an area without creating a further risk of cross-contamination.

Myriad different approaches are being field tested in cleaning protocols for schools, hospitals, senior living centers, offices, buildings, kitchens, restaurants, gyms, and many other types of facilities. Use of electrostatic disinfection has also begun to proliferate in public transportation, airlines, and rental car businesses, as well as in highly populated environments like stadiums, amusement parks, cruise lines, and more.

Electrostatic spray technology can be tailored to meet facilities’ needs. This generates charged droplets that repel one another and actively seek out environmental surfaces, which they stick to and even wrap around to coat all sides. The result is a uniform coating of sanitizer or disinfectant on sprayed objects, including hard-to-reach areas that manual cleaning can miss.

The droplets then become attracted to all negative surfaces, covering the visible area, underside and backside, with the sanitizing agent. Surfaces that are already covered will repel the spray, making the method extremely efficient.

Oftentimes, a surface will get sprayed with a disinfectant and wiped down almost immediately. The proper dwell time varies by chemical, but 10 minutes is a good rule of thumb to reference. Disinfectants applied with an electrostatic sprayer solve the problem of inadequate dwell times. After applying disinfectant with an electrostatic sprayer, the surface does not need to be wiped down. In facilities such as childcare facilities, schools, and healthcare facilities where germs can spread like wildfire.

Electrostatic spray technology was invented in the 1930s to improve spray disposition. It was popularized in the 1940s by the auto industry, where it was used to more efficiently paint cars and trucks. In the 1980s, the technology emerged in the agriculture industry as a method to apply pesticides to crops.

Electrostatic sprayers work by charging the antimicrobial liquid as it passes through a nozzle. The positively charged antimicrobial droplets are attracted to negatively charged environmental surfaces allowing for improved coverage on hard, non-porous environmental surfaces. Electrostatic sprayers eliminate these barriers to effective disinfection. Because they are able to cover a large surface area relatively quickly, they are both time and monetarily efficient.

This method instantly became popular, and it was used in WW2 to paint American bazookas and ammunition boxes. Since then, electrostatic technology has been used in many other industries and its use has been slightly altered.

As electrostatic technologies continue to evolve, they will soon become economical enough for almost anyone to afford. Corded systems have other inherent benefits that provide superior performance. For example, electrostatic sprayers using outlet power include an air compressor, which reduces blowback by pushing sanitizer or disinfectant liquid toward environmental surfaces and away from the operator. Battery-powered sprayers cannot contain an air compressor and more closely resemble trigger sprayers in terms of coverage and surface wrap. There is always an element of risk involved with aerosolizing any chemical.