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Oct 7, 2024 · Electrostatic sprayers use an electrical charge to atomize and spray the disinfectant solution onto surfaces. The electrostatic charge helps the droplets adhere to surfaces, providing better coverage. Foggers, on the other hand, use a fan to create a fog or mist of disinfectant solution that settles on surfaces.
- What Exactly Is Fogging?
- What Is Electrostatic Spraying and How Does It Work?
- What Situations Call For Fogging?
- What Situations Call For Electrostatic Spraying
- Do Fogging and Spraying Have Different purposes?
- Four Reasons Why Electrostatic Spraying Is Better Than Fogging
- Choosing Between Electrostatic Sprayers and Foggers
- Final Thoughts
Fogging is primarily used for the application of cleaning agents through the use of a fog machine. The fogging machine creates fog or mist composed of extremely small droplets, which are emitted by the machine. During fogging it is not necessary to move furniture or equipment for disinfection or sanitization to be effective because airborne and sur...
Electrostatic spraying is a technique for applying a very thorough and even coating of a disinfectant or sanitizer to a variety of surfaces and objects. When a solution is sprayed through the device, an electric charge is applied to the solution, resulting in a wrapping effect being created. Electrostatic spraying can achieve complete coverage beca...
When disinfection is required in large open spaces, fogging is the best option because it is quick and disinfectant can be sprayed up to 15 meters or further, reaching all the hard-to-reach areas. The use of fogging in a facility in the event of a virus outbreak is also possible, primarily due to the speed with which it can be implemented. However,...
Electrostatic spraying, on the other hand, is intended for use in high-touch disinfection/sanitization situations. This is more easily incorporated into cleaning regimes, and because the spray is only up to 1m in length, it is designed for use on touchpoint surfaces. There are significant time and chemical savings since it is enclosed and provides ...
Fogging
Fogging is generated by using a machine that creates particles that are so small that they are able to float in the air. Fogging, in contrast to spraying, is a “dry” method of disinfection. An entire room can be easily disinfected with the use of fogging. It is critical that you do not enter the room while the treatment is taking place. By sprinkling drops of water onto the surface, a film is formed. This will cause the surface to become wet. The surface that is to be disinfected must remain...
Electrostatic Spraying
Spraying surfaces with an electrostatic sprayer ensures that even the most complex surfaces are uniformly covered by the spray droplets, which are precisely targeted. The equipment used for fogging, on the other hand, can only be used in emptied spaces with areas that must be closed off for an extended period. There is a significant difference between spraying and fogging, which is primarily determined by the size of the particles. To spray effectively, the particles must be very minute in si...
Factors to Consider Before Choosing Electrostatic Spraying or Fogging
Whether you disinfect wet or dry, it is critical to consider whether you will disinfect wet or dry before proceeding. Using wet disinfection is what you’ll be doing if you’re spraying your surfaces. As a result, you must take into consideration, for example, any electronic equipment that may be present in the space. Dry disinfection is referred to as fogging. The use of fogging allows all electronics to remain in the treatment room throughout the treatment process. When using an electrostatic...
Provides the ability for the user to exercise control
Electrostatic spraying gives the user the ability to work across a whole room from various angles while remaining in complete control of the process from beginning to end. It is possible for fogging to miss areas because it relies on a machine to do the work with no user present.
The user has complete control over the disinfectant volume
Left to right and up and down are the only directions that electrostatic spraying can move in at any given time. The volume of the spray can be adjusted by the user. Fogging necessitates the use of significantly more liquid, which is frequently excessive, at a higher cost.
It has a lower amount of downtime
Electrostatic spraying requires less downtime than traditional spraying. Immediately after a room has been electrostatically cleaned and dried, it can be re-entered without removing the electrostatic spray. Fogging can mean that an environment is generally locked down and cannot be accessed for several hours straight.
Disinfecting surfaces and objects with foggers and electrostatic sprayers are both important solutions to sanitization. Because they leave less room for error and are less likely to result in cross-contamination issues than spray-and-wipe techniques, either is a superior alternative. What you choose from the two options is determined by the space y...
The choice between an electrostatic sprayer and a fogger entirely depends on your specific needs and preferences. Both are good at the job, but most people tend to prefer electrostatic sprayers because they are generally cheaper than foggers. Foggers are great for disinfecting large spaces. They also have other uses, including producing fog for par...
Electrostatic sprayers and foggers are both effective tools for disinfection, but electrostatic sprayers are often preferred due to their lower cost compared to foggers. Foggers are particularly useful for sanitizing large areas and can also be used for other purposes like creating special effects at events.
Jan 11, 2021 · The electrostatic sprayer process can be inconsistent dependent on the natural conductivity of a given surface, metal is a much better conductor of electricity than is a wood surface for example. These products come in many forms, cordless handheld units have been the most popular, like the Portable Fogger.
Oct 2, 2023 · A fogger is a sprayer that makes particles between 15 and 60 microns. Most foggers produce particles of 10–30-microns. Electrostatic sprayers typically produce particles in the range of 65 to 85 microns. Depending on the settings, sprayers may produce particle sizes as small as 40 and as large as 160 microns.
Jan 19, 2022 · Foggers create a dry or cold fog that kills pathogens in the air and on any surface it contacts. Meanwhile, electrostatic sprayers have an electrode that introduces a positive electric charge to any disinfectant solution, making it attach to surfaces and objects for complete coverage. Both foggers and electrostatic sprayers are great tools for ...
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Jun 12, 2020 · ULV (Ultra Low Volume) Foggers deliver aersolized disinfectant at droplet sizes, ranging from 10 microns to 120 microns. For this reason, ULV Foggers should only be used with products that are safe for use in the presence of people when adjusted to levels below 80 microns. Unlike electrostatic sprayers which are directional and surface specific ...
