Responsible Processes For Electrostatic Sprayer Systems

Increased operator fatigue also plays a role due to the amount of times operators are pulling and holding the trigger and constant refilling of small reservoirs – especially on spaces with larger surface areas. When cleaning to disinfect your property or workplace against any pathogen, always pay attention to how long the solution needs to remain on a surface before it is guaranteed to work. Many people make the mistake of wiping away disinfectants too quickly, as most need to be in contact with the surface for several minutes at least.

Conventional sprayers use a mechanical atomization method, where air pressure is used to break down the particles of disinfectant. This leads to a higher forward spraying velocity, and in turn there can be splatter or overspray. This doesn’t happen with electrostatic spraying since air pressure is not used in the atomization process. Misters, fogging systems and manual trigger sprayers deliver very small droplets that passively deposit on surfaces based on the direction of spray and the effect of gravity.

Misters and foggers are associated with worker exposure and respirable concerns. EarthSafe has conducted OSHA and NIOSH third party testing ensuring that there are no safety concerns for acute or long term worker exposure. It was established that exposure levels or PURTABS when sprayed with the Protexus Electrostatic Sprayer fall below established Permissible Exposure Levels . Less toxic chemicals can be used—The increased effectiveness of electrostatic spraying allows more choices for disinfecting and sanitizing chemicals. Our professional team can provide comprehensive electrostatic spraying services that are specifically designed to target areas that may have been exposed to COVID-19 and other infectious microbes.

Electrostatic spraying lends itself particularly well in the areas of disinfecting and restroom cleaning. In restrooms, virtually any surface can be a hotspot for bacteria and odors to grow. In cracks, under toilets and urinals, on the walls, and many more that we probably don’t even think of when we are cleaning.

perform a similar function to wet foggers, but they positively charge particles as they are distributed. Most surfaces are negatively charged because they are naturally grounded, and so attract the positively charged droplets. This leads to a more thorough and even coating of disinfectant across all surfaces, even those that are harder to reach with traditional wet spraying methods.

They save you a lot of time, human power, and money on antimicrobials and sprays and do a much better job. The Hudson fogger is my top pick, but there are other foggers that you can use. The following liquid disinfectants, including virucidal solutions can be applied with sprayers.

This results in uneven coverage of disinfectant, which can mean leaving harmful pathogens remaining on surfaces. Electrostatic sprayers deliver their chemical disinfectant solution more comprehensively, more efficiently and much faster with less waste, therefore saving time and money while delivering a pathogen free and greener environment. Extremely low power versions of this technology have also been applied to equipment dedicated to disinfecting applications. When tasked with higher levels of productivity and larger disinfecting jobs, it is not uncommon for maintenance staff to look to electrostatic disinfectant equipment.

Electrostatic spraying eliminates the need to limit ourselves to only the most soiled surfaces. We can spray every surface in the room, fully disinfecting it, and saving a lot of time in the process. This can become a problem when it comes to hard-to-reach areas or larger areas. Often we don’t have the time or diligence to cover every surface in a room; we can miss surfaces like walls, undersides of tables, counters, and desks, and many more. Many cleaning professionals are trained to disinfect the “high-touch” surfaces, as they are most important.

Electrostatic spraying can solve this issue as it can be a “set and forget” type of application. For instance, in a restroom/toilet, after it has been cleaned, we can simply spray the entire room with our disinfectant and leave it to air dry.

Although electrostatic disinfection is on the rise, users are just beginning to realize its merits for improving disinfection outcomes. Many facilities are already seeing dramatic drops in labor costs and expenses due to faster disinfection times and triple surface coverage per ounce. In a matter of minutes, workers disinfect entire areas with just a quick pass of the electrostatic device over potentially contaminated surfaces. Traditional disinfection methods can leave a large percentage of surfaces untouched.

The technology has proven itself to be the most effective and secure method of application of disinfectants in existence today. Standardization of cleaning and electrostatic disinfection processes is essential to addressing compliance concerns. Quality control and accountability measures should be implemented to ensure proper usage and results over time. To achieve a basic pass / fail “clean” verification, ATP meters may suffice. However, there is growing evidence that ATP meters are actually quite poor at measuring clean.

The biggest advantage being, the electrostatic charge applied gives a more even, full coat of protection when compared to other methods. When the positively charged chemical disinfectant is sprayed onto a negatively charged surface, the disinfectant particles are naturally and strongly attracted and stick to the surface. Using the same principle that opposites attract and similar charges repel each other, the chemical disinfectant particles are naturally repelled by one another, and freely break apart or atomize. This is the primary concept that allows for a more even coating of the chemical disinfectant on all surfaces in the path of the disinfectant spray. While these solutions may provide an initial savings on acquisition costs, their level of productivity leaves much to be desired.

These sprayers are valuable and sought out by professionals in various industries, including agriculture, automotive, and tanning. Using an electrostatic sprayer will help get the job done faster and more efficiently. We are frequently cleaning and disinfecting all our equipment with professional grade, EPA-approved disinfectant. Option 4 – Purchase our Hi-Tech chemicals without the electrostatic sprayers.

Before the rise of the COVID-19 pandemic, basic disinfectant pump sprayers or simple spray bottles have been the go-to sprayers for disinfecting, sanitizing and deodorizing applications. As businesses, schools and other public spaces begin to reopen, maintenance leadership in these organizations will be challenged with the need to address new cleaning standards and stricter, more frequent cleaning requirements. As part of this shift, the demand for effective disinfecting equipment solutions that provide maximum productivity and efficiency will only continue to increase. Many companies considering reopening after a coronavirus shutdown are turning to electrostatic sprayers for disinfecting their workplaces and managing infection control. 40 percent reduction in cleaning times when using an electrostatic sprayer vs. conventional cleaning methods, meaning you’ll save money on staffing costs as well as cleaning solutions and materials.

Option 1 – Purchase our electrostatic sprayers for use in conjunction with your own water based chemicals. A positive charged solution sprayed through our double positive electrostatic sprayer delivers outstanding results and bespoke to our sprayers. Our electrostatic sprayers and solution have been specifically designed and tested to work and deliver the results, so that you know it actually works. With the PAX-100, you get maximum coverage on high touch areas, control the spread of infections and reduce your consumption of disinfectant.

With this type of sprayer, the user must soak all surfaces for a minimum of 5 minutes for the disinfection to work effectively. Using this method, it would be faster to just terminally clean the entire work area. The electrostatic charge of the sprayer allows the droplets to attract to the surface rather than float in the air, as is typically associated with a mister or fogger.

The CDC recommends using EPA-registered disinfectants with an emerging virus claim, according to label directions, and following a cleaning of the surface. No disinfectant will be effective unless the surface is first cleaned with soap and water or with an appropriate detergent. Every EPA-registered disinfectant also requires a specific length of contact time in which the surface must remain wet with the disinfectant, prior to air drying or mechanical rinsing/drying. Velez received her doctorate in chemistry from the University of California, Berkeley, where she conducted research on tuberculosis treatments.

The eco friendly solution is safe to use around your home, food, and any surface out there. The nature of the mist allows it to coat surfaces evenly, and envelop objects—even if the mist is only sprayed from one side. If you are going to be disinfecting a larger area and doing so repeatedly, a fogger is much more effective than a pump hand sprayer.

Vitatek offers disinfectantspraying services, using our advanced products and solutions, for complete infection protection. With the emergence of COVID-19, people have been looking to profit off the fear of contamination.

Once the disinfectant has dried and the restroom is opened up, it has been fully and properly disinfected. Electrostatic spraying can make the disinfection process much easier, more effective, and more cost efficient. When you think about the concept and process of disinfecting, electrostatic spraying is a perfect pair with it. You need to fully coat a surface and leave it wet for the recommended contact time, most often 10 minutes.

Although electrostatic spray may sound like an aggressive method for regular commercial cleaning applications, the opposite is true. For awkwardly shaped objects or hard to reach places, cleaning staff only have to point and spray; the nature of the mist allows it to coat surfaces evenly, and envelope objects—even if the mist is only sprayed from one side. After the spray is applied, the sanitizing agent works to disinfect the covered surfaces. For this reason, electrostatic spray is an excellent solution for germ and contaminant ridden areas.

We're proud to say that the PAX-100 is the most affordable handheld electrostatic disinfectant sprayer on the market. The electrostatic charging technology behind the PAX-100 is decades old and used in various industries, including agriculture and painting.

One concern with using electrostatic sprayer delivery methods is whether it will affect disinfecting efficacy. It is important to ensure that the disinfectant you are using with the sprayer is compatible, otherwise you may not actually be doing any disinfecting at all.

As well as being an efficient method of cleaning large spaces, from open plan offices to school cafeterias, electrostatic sprayers have a number of other benefits. Most surfaces in a workspace have a negative charge, because they are naturally grounded. Electrostatic sprayers give the vapor particles a positive charge, so they are attracted to the negatively charged surfaces in the room. They are also repelled by each other, the same way two north magnetic poles of a magnet repel one another. That means when the positively charged disinfectant is sprayed into a room, it clings to the surfaces with an even distribution.

For truly in-depth measurable data, there are now fast and cost-effective swab culturing programs that can help better predict trends and ensure the effectiveness of any electrostatic disinfection protocol. Without standardized processes for safe and compliant use, the benefits of electrostatics could be outweighed by the potential for reckless misuse. Additionally, many safety benefits are associated with electrostatic disinfection processes. Applying chemicals in a more uniform and controlled manner removes the dangers of overuse and reduces waste and chemical use by as much as 60% per square foot.

The enveloping coverage is able to coat hidden and hard to reach surfaces that would likely be missed by conventional spraying or misting equipment. 360 Sterile offers the most effective and efficient electrostatic disinfection equipment in the world. With our product, you get total coverage, maximum efficiency, lowest cost.

Traditional wipes and trigger sprays, though effective, require significant effort and can be prone to human error, including missed surfaces. However, regular and comprehensive disinfection of these surfaces is key to reducing the spread of disease-causing pathogens. Cleaning large spaces can be a challenge, especially if those spaces include various surfaces that are difficult to clean and disinfect. Staff are responsible for cleaning and disinfecting multiple exercise machines and equipment, lockers, and restrooms, all within a limited time.

Another component of disinfecting is obtaining the necessary contact time with disinfectants. For most disinfectants, this means ensuring the surface remains wet for 10 minutes. In many instances, we spray a surface down and wipe it almost immediately.

One of the methods that companies have been using is the substitution of electrostatic disinfection devices with fogger/ sprayer devices. electrostatic sprayer disinfection Because our electrostatic sprayers create a dry fog, no damage is done to papers, equipment, or electronics. When paired with the appropriate disinfectants, electrostatic disinfection is safe for use in foodservice establishments. It’s time-saving, it is effective and touchless application means zero cross contamination. If you are ready to protect yourself and others, you can request more information about our electrostatic disinfection program.

You’ll get a handful of attachments and tools to level up your cleaning and disinfecting. While this sprayer by Petra sprays for 6-8 hours on a single battery charge, you can spray all day on a single charge without worrying about any pumping. The most effective handheld, cordless electrostatic disinfectant sprayer in the world. There is no need to touch or wipe the surfaces (dependent on Victory sprayers’ standard 3-in-1 nozzle allows the user to match particle size to the chemical’s required dwell time. Victory sprayers give an eco-friendly approach to disinfection by spraying up to 65% less chemicals per square foot.

However, when electrostatics are used in place of—or in addition to—wipes, trigger sprayers, or mops, a single team member can disinfect the same area that normally required a staff of five. This newfound efficiency enables facilities to increase disinfection frequency, which is crucial to preventing the spread of emerging viral pathogens. The Whynter Sterymax Electrostatic sprayer places a positive charge on the liquid before entering the nozzle allowing the maximum levels of liquid to be charged and sprayed at negatively charged surfaces . Electrostatic charged droplets create a field in the spray plume that is magnetically drawn to any surface within 6 feet allowing for complete 360 degree coverage of the targeted surface and object.

All our electrostatic spraying services work to provide a safe disinfected space that will help protect your employees and customers from infection in the workplace. The system was designed to be easily deployed and scaled in the event of emergencies like these. Interested in learning more about electrostatic spray disinfection technology and how it would benefit your building? Contact the most trusted electrostatic disinfection cleaning corporation today. If your building contains rooms or areas that are sensitive to grime and germs, such as R&D facilities or clean rooms, then yes, electrostatic spray cleaning is the best option for cleaning all the surfaces and equipment in that room. PAXinnovations electrostatic disinfectant sprayers