Electrostatic

Recently, existing airless paint equipment has been touted as an option for disinfecting applications. However, this equipment lacks the proper internal materials of construction and components to handle many of the harsh chemicals found in disinfectant materials. Airless disinfectant sprayers deliver the proper atomization required to quickly and consistently coat surfaces to disinfect and sanitize efficiently.

Effective electrostatic sprayers can engulf large areas in minutes and can be used in any place. As the surfaces are coated evenly, wiping is not needed, preferably only once to keep surfaces polished. Electrostatic disinfectant sprayer is providing new methods to apply disinfectants to variety of surfaces. The Electrostatic disinfection equipment is a tool used to apply disinfectants, mold preventative, and sanitizers to 3D surfaces for a 360-degree complete clean. Electrostatic spray-cleaning is a 360-degree “no touch” process, but keep in mind that electrostatic spraying only kills germs that come in contact with the solution, and it does not remove surface grime.

This is done by using an electrostatic applicator that gives a negative charge to the disinfecting solution as it exits the nozzle. The innovative electrostatic sprayer, with the patented PowerWrap™ nozzle, delivers trusted Clorox solutions to the front, back and sides of surfaces. As with all kinds of cleaning and disinfection treatments, they will only last as long as the solution that is used.

That’s a significant increase in efficiency that will optimize time and cost. At Corvus Janitorial Systems, we understand that a clean and sanitary workplace not only protects people’s health. With these needs in mind, Corvus has implemented the use of electrostatic sprayers into our service offerings. Call or email today to learn more about this exciting and effective service offering.

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.

For that reason, KleenMark experts are going to break down the best options, when to use an electrostatic sprayer, and provide a few helpful tips to get you started. These sprayers, if you’re unfamiliar, are battery-powered “guns” used to apply a liquid disinfectant. The sprayer creates an electrostatic mist, which means the disinfectant “sticks” to any surface it touches and will work its way into small cracks and crevices. A positive charged solution sprayed through our double positive electrostatic sprayer delivers outstanding results and bespoke to our sprayers.

Models come equipped with interchangeable tips and adjustable pressure to achieve the desired spray pattern and coverage required to meet chemical dwell time requirements. Spray bottles and pump sprayers for disinfectants have been the most popular cleaning tools used for disinfecting and sanitizing applications.

Because the particles in the spray are positively charged, they cling to and coat any surface they’re aimed at. The use of an electrostatic sprayer provides a precise application of disinfectants and complete coverage top and bottom. The chemical incompatibility can attack critical components in the fluid path within these sprayers causing them to weaken and/or fail over time. The heightened need for effective disinfecting applications has created a rapid influx of equipment solutions. In some cases, businesses are touting spraying solutions that use tools designed for other applications.

For the most part, these are inexpensive cleaning solutions that are readily available and easy to use – requiring little training or onboarding for the maintenance staff tasked with carrying out these applications. While there are a variety of electrostatic sprayers on the market, we use EvaClean’s electrostatic sprayers, which have ETL Certifications. This means that their equipment meets all the minimum safety standard requirements established by OSHA and carried out by Nationally Recognized Testing Laboratories. Trends clearly indicate wide-scale adoption of electrostatic sprayers is imminent. Nonetheless, long-term success is contingent on adhering to industry standards for compliant use of the technologies.

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. The effectiveness of disinfection using electrostatic disinfection is dependent on the device used. This gives the disinfectant the magnetic ability to cover surfaces and objects in a 360-degree range, while providing touchless disinfection. Electrostatic Spraying Systems, Inc.(“ESS”), of Watkinsville, Georgia has been in the business of manufacturing sprayers utilizing its patented and proprietary technologies for over 30 years. Today, customers in over 60 countries worldwide enjoy the benefits of applying a variety of water-based disinfectants, food safety solutions and agriculture chemicals electrostatically.

Most electrostatic cleaning solutions don’t provide a protective barrier, meaning there is no ongoing disinfectant or antimicrobial benefit. Electrostatic cleaners are intended to disinfect surfaces on contact, killing any germs, bacteria, or viruses that are on those surfaces at the time of application.

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. The result is a more cost and time efficient process with numerous advantages.

Electrostatic spraying uses electrostatically charged mist to ensure the cleaner, paint, oil, or other liquid being sprayed evenly coats the entire surface. Inside the sprayer there is an electrode that atomizes and positively charges the spray particles, which are then attracted to any surface in their path.

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. Fogging sprayers, or a “fogger” as it is sometimes called, uses a fine spray to apply a chemical solution, typically for pest or deodorizing control applications. With the recent pandemic and the growing need to effectively clean many community spaces, these sprayers are now being used for sanitizing and disinfecting applications. The electrostatic disinfecting backpack sprayer negatively charges the disinfectant and once sprays, it neutralizes any bacteria or viruses in a particular area.

The reduced waste associated with electrostatic sprayers results in less run-off or byproduct getting into the local ecosystem. If your business prides itself on its green credentials, or wants to do more to help the environment, switching to electrostatic sprayers for cleaning is a good move. Electrostatic spray surface cleaning is the process of spraying an electrostatically charged mist onto surfaces and objects. Electrostatic spray uses a specialized solution that is combined with air and atomized by an electrode inside the sprayer. Subsequently, the spray contains positively charged particles that are able to aggressively adhere to surfaces and objects.

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. The pumps used in paint sprayers are not built with materials needed to interact with disinfectants. 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.

Velez received her doctorate in chemistry from the University of California, Berkeley, where she conducted research on tuberculosis treatments. Whichever sprayer you choose, electrostatic technology can help you cover more surfaces in less time, saving your facility money while providing the surface disinfection you need to prevent the spread of illness-causing pathogens. 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.

Many companies considering reopening after a coronavirus shutdown are turning to electrostatic sprayers for disinfecting their workplaces and managing infection control. There are many types of electrostatic sprayer disinfectant on the market, so be sure to consult with a professional cleaning company about the right product for your needs.

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.

These were performed by a trained industrial hygienist using OSHA and NIOSH sampling techniques. All results verified that spraying PURTABS with the Protexus Electrostatic Sprayer fall below published accepted Permissible Exposure Limits and Threshold Limit Value. There are no OSHA or NIOSH exposure concerns for workers or when using the sprayer in a public setting. It’s important to note that electrostatic cleaning does not create a protective barrier.

electrostatic sprayer disinfectant Medical offices and surgical facilities are also turning to electrostatic sprayers with hospital-grade disinfectant in order to ensure they are as clean and sanitized as possible. Using electrostatic sprayers means even hard to reach areas and those commonly missed by traditional cleaning methods are equally cleaned and disinfected. Think of a typical office desk, and all the places where dirt and germs can accumulate, and how hard they are to clean. From the underside of the desk to the nooks and crannies around leg joints and cable grommets, electrostatic sprayers cover the areas your regular cleaners might miss.

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.

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. 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 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.

For example, if you disinfect a hand railing with an electrostatic sprayer, it will kill any pathogens on the surface until it is next touched, when it will need to be disinfected again. Electrostatic disinfection is a process whereby surfaces are disinfected with electrically charged particles for even, complete disinfecting coverage.

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. 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. 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.

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.

Get the training– How to apply disinfectants using an electrostatic sprayer – and how to do it in a way that ensures you’re taking proper steps to kill COVID-19 – requires varying levels of training and expertise. If you’re uncertain, commercial cleaning companies such as KleenMark can help. Most people didn’t regularly use electrostatic sprayers for frequent disinfecting until the pandemic hit.

Only then can facilities leverage the full scope of its efficiencies, vastly enhanced disinfection processes, and ability to improve outcomes. Desktops, computers, and other equipment can be safely disinfected by applying noncorrosive and compatible chemistries with electrostatic sprayers. These sprayers can also help eliminate odors at their source, control pests, and make mold remediation faster and more cost-effective. The E-Spray System is sold by Multi-Clean through a network of authorized distributors. The E-Spray System includes the portable E-Spray Hand Held and Backpack electrostatic sprayers for use with Multi-Clean brand products that have been validated for use through the E-Spray System.