Electrostatic Cleaners
Unless cleaning cloths are changed out and cleaned on a regular basis they do little more than spread the surface soil around. Dry dusting can spread dirt and particulates back into the air to settle onto other surfaces with contaminates. One of the chief concerns has been the inability to achieve more complete surface coverage within a limited timeframe.
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.
A big issue with disinfectants, regardless of the method of application, is ensuring that all surfaces are disinfected, meaning that disinfectant needs to be applied to all surfaces. The result is a more cost and time efficient process with numerous advantages.
That means when the positively charged disinfectant is sprayed into a room, it clings to the surfaces with an even distribution. EvaClean System) disinfection techniques, electrostatic disinfection is very much a hot topic in the cleaning world, across all industries as well as among the general public. We receive quite a few questions from our customers, so we’ve put together this primer on all things electrostatic disinfecting.
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.
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. 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.
While still important, these applications were likely neither as large in scope nor under the type of scrutiny that exists in today’s new reality for janitorial service managers tasked with providing environments that are safe for occupancy. 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.
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. 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.
This newfound efficiency enables facilities to increase disinfection frequency, which is crucial to preventing the spread of emerging viral pathogens. Unfortunately the Wagner electrostatic paint sprayer doesn’t work efficiently with disinfectant in a standard setup. This is due to the fact that water based materials tend to be highly conductive which results in the voltage being grounded out through the water based product before it can charge the disinfectant / water mixture effectively.
By using electrostatic technology we can ensure all surfaces are treated, avoiding cross contamination. Proper surface disinfection is not possible without the assistance of advanced application technologies. All solutions used are BRP compliant, 100% biodegradable, cause no harm to humans, animals or plants. The Whynter Sterymax Electrostatic Sprayer is superior to other disinfecting products such as wipes, foggers , or spray bottles which are ineffective, time consuming or expensive. Our Electrostatic System is 80% faster and uses 68% less chemicals than a conventional sprayer.
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. 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.
With ProKure1, you will get better results, be able to perform more types of odor and disinfecting services, plus saving time and eliminate the need for other products or heavy equipment. Stratus Building Solutions franchisees, in partnership with companies like Nyco, ProKure1 and Victory Innovations, provide state-of-the-art professional disinfecting services. To meet your business's specific needs, Stratus franchisees provide disinfecting services, sanitizing services, and deep cleans. And no matter the environment, when you use an electrostatic sprayer you can disinfect more surfaces, more thoroughly, and more consistently. See, wiping a surface down isn’t just inefficient (without enough friction, you’re often just moving around what’s on that surface), it’s actually unsafe in some applications.
The CDC estimates that 50% of hospital room surfaces are left uncleaned.4 Outside of healthcare, the percentage is even higher. Using traditional tools like mops, buckets or rags takes an unrealistic amount of time to effectively clean, sanitize or disinfect all surfaces thoroughly enough to eliminate pathogens. At a time when the stakes are higher than ever before, addressing time constraints, reaching more spaces and increasing compliance are critical but, with cleaning budgets continuing to decline, hiring additional staff isn’t the answer. The Hurricane ES™ utilizes electrostatic technology to charge each droplet to provide effective application of formulations. The droplets stay separated due to the charged nature allowing uniform coverage on entire target surface.
However fogging should always be carried out by a trained professional in conjunction with other good cleanliness and hygiene practices. 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. With this type of sprayer, the user must soak all surfaces for a minimum of 5 minutes for the disinfection to work effectively.
In conclusion, fogging is a proven, effective method of disinfecting a large area in a relatively short period of time, but it isn’t a total cleaning solution. Fogging has a proven history within industrial settings and has many small business applications that will make it appealing to companies looking to reopen and protect staff and customers during the COVID-19 pandemic.
Disinfectant, after all, is used to kill germs -- viruses and bacteria -- left on contaminated surfaces. The only way to kill as many germs as possible is to ensure the disinfectant can reach all potentially contaminated areas, for long enough, and with enough pressure to be effective . Electrostatic spraying does that, and does it faster and more conveniently, without friction and while using less disinfectant. An electrostatic sprayer is the solution to those common disinfection problems. Electrostatic Disinfection application reduces the amount of time it takes staff to clean and greatly improves the control and spread of viruses, bacteria and germs.
Applied correctly, the discharge from an electrostatic sprayer is highly targeted, with less misting than traditional disinfectant dispensers. While this minimizes the risk to the operator, standard cleaning safety protocol should be followed.
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. By positively charging droplets of liquid they naturally seek out surfaces to adhere to. The positive charge makes the droplet electrically stronger than the surface or the item you are treating. Just like magnets, they are drawn to each other and attach when one surface is more positively charged than the other.
Maintenance professionals now have the flexibility to chose from a variety of sprayer sizes to match specific job requirements. In addition to providing unmatched application speed, the higher flow rates and larger material reservoirs also reduces operator fatigue over the course of disinfecting applications. Electrostatic spraying can help with both of these issues, and is much more effective than mop-and-bucket, spray-and-wipe, or cloth-and-bucket applications.
Depending upon which manufacturer’s disinfectant or sanitizer is used a generally high bacteria kill claims of 99%+ can be made in mere minutes. Electrostatic Disinfection provides one-step disinfecting, eliminates odors, sanitizes hard and soft surfaces and inhibits the growth of mold and mildew. When considering how to most effectively clean surfaces, workspaces, and all of the areas where a deep and thorough cleaning and disinfecting is of concern, traditional methods such as dusting and spray and wipe cleaning just may not be enough. Wet surface cleaning doesn’t clean hard to reach areas where harmful bacteria may reside.
It is worth understanding how electrostatic spraying actually works and why it is the best and most advantageous disinfection and sanitisation method to use to get the most out of your cleaning protocols and processes. Cleaning should be performed regularly and always before disinfection to remove dirt, dust and other soils. battery sprayer Disinfectants must dwell on surfaces, or remain visibly wet, for specified amounts of time in order to be effective and this can lead to streaking. Always follow the instructions for use on labels for the correct dwell time of a disinfectant. If surfaces are regularly cleaned in between disinfection as they should be, there shouldn’t be a build up of residue over time.
That’s a significant increase in efficiency that will optimize time and cost. Vitatek offers disinfectantspraying services, using our advanced products and solutions, for complete infection protection.
Disinfectant chemicals require alternate materials of construction to prevent internal corrosion, especially as these sprayers are used with these chemicals on multiple applications over a longer period of time. These new disinfectant sprayers use the power of airless spraying to deliver the highest speed and productivity when applying disinfectant materials.
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.
Using this method, it would be faster to just terminally clean the entire work area. Responsible manufacturers conduct testing of the entire system—the electrostatic sprayer paired with specific chemistries—to determine the proper personal protective equipment for the operator as well as safety considerations for bystanders. Be wary of companies that claim you can spray any product with their system; they likely have not done the proper testing required to ensure operator and bystander safety for the use of all chemicals. Ensure the sprayer itself is certified by a nationally recognized testing laboratory , such as Intertek, to confirm electrical safety.
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. The pumps used in paint sprayers are not built with materials needed to interact with disinfectants.
In simple terms when you spray a solution that is charged with electrostatics, the solution will surround the object. 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. 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.
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.
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. 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.
At the most basic level, electrostatic spraying works by applying a positive electric charge to a liquid as it passes through a nozzle. The liquid is then sprayed onto a surface that is grounded or has a negative electric charge. Excess protons in the positively charged atoms of the spray are attracted to the electron fields of other atoms, causing those atoms to become polarized. 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.
