Comparing Disinfectant Sprayer Types
These sprayer systems are available in varied designs, like rolling cart systems, handheld sprayers, as well as backpack sprayers. Handheld and backpack models provide operators flexibility but can be substantial when filled with liquid. Besides, some sprayers use battery power to impart a charge on the liquids, whereas others use a cord to draw the power from a standard outlet plug. Even though cords can pose an extra challenge, they offer consistent power and droplet charging, which results in better system performance. Batteries aren't powerful enough to generate a constant, reliable charge to provide the electrostatic performance needed to cover surfaces entirely and evenly every time its sprayed.
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. As electrostatic technologies continue to evolve, they will soon become economical enough for almost anyone to afford. Electrostatic sprayers also achieve three times the coverage of a traditional spray bottle due to positively charged disinfectant droplets, which magnetically attract to and wrap around target surfaces. Not only can users expedite the disinfection processes, they also can eliminate virtually all infectious fungi, viral particles, and bacteria from every surface. The most important benefit of electrostatic sprayers in the cleaning industry is around the application of disinfectants, sanitizers and odor counteractants.
The spray attaches to and collects negatively charged unwanted particles, which are then removed from the environment with a specially designed apparatus. Surfaces that are already covered in the cleaning solution will repel the spray, making the method extremely efficient. Applying disinfectant using an airless disinfectant sprayer is more efficient and effective than spray-and-wipe methods.
Battery-powered sprayers cannot contain an air compressor and more closely resemble trigger sprayers in terms of coverage and surface wrap. Electrostatic spray technology can be tailored to meet facilities’ needs. 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.
If you put the positive ends of two magnets together, however, they repel each other. electrostatic spray system An electrostatic sprayer is a device that electrically charges disinfectant, giving the solution a positive charge. Electrostatic sprayers use this principle to ensure fast, even coverage of the disinfecting agent.
These handheld machines spray disinfectant directly on surfaces in the form of a mist. As the cleaning solution leaves the sprayer, it receives an electric charge, which results in immediate coverage of the surface below. Thanks to the mobility and safety of this product, you can confidently take our sprayer to wherever you need it the most.
Airless sprayers provide effective disinfecting by completely coating surfaces to meet required dwell times. Spray-and-wipe methods are not only inefficient, but also ineffective at providing proper dwell times and complete coverage of disinfectant.
With Protexus, your staff can reduce cleaning time by 80% with efficient sanitizing technology. Many companies use electrostatic misting systems to kill germs like the coronavirus.
Some facilities substitute electrostatic sprayers for manual disinfecting methods, while others use them to augment existing processes. 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.
At the same time, those particles of the disinfecting solution repel each other. This means you’ll get safe, thorough coverage – without clumping or over-spraying. It also means you’ll be able to coat tight spaces and those areas that are out of your line of sight. They're based on the principle that opposite electrical charges attract. If you take the “positive” end of a magnet and put it against the “negative” end of another magnet, they attract and stick.
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.
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. Electrostatic sprayers use positive and negative charges to make disinfecting solutions electromagnetically stick to targeted surfaces. For example, no matter which angle you disinfect a surface from, the charge created by the electrostatic sprayer makes the disinfectant wrap around and cling to the entire surface.
Electrostatic sprayers work by charging the liquids as they pass through a sprayer nozzle. It works by generating charged droplets that repel one another and seek out environmental surfaces that they stick to and even wrap around all sides. The obtained result is a uniform coating of sanitizer or disinfectant on sprayed objects, comprising hard-to-reach places that manual cleaning can miss. This cleaning method atomizes cleaning solutions to produce an electrically charged spray able to wrap around surfaces of all types for an even coat. As a chemical exits the electrostatic sprayer, it’s given a negative charge that is attracted to available positive surfaces.
As we’re all discovering the limits of manual disinfecting in our own homes, the natural next step is, “How do electrostatic sprayers work to disinfect residential homes or non-commercial buildings? ” While electrostatic spraying has long enjoyed appeal in commercial spaces, there’s no real reason you can’t use them to keep your home disinfected, too. Quick and quiet, electrostatic sprayers can disinfect an entire residential home more thoroughly than manual sanitizing in a fraction of the time. The positively charged particles of the disinfectant in the sprayer seek out and cling to negatively charged, or grounded, surfaces .
This can include many things, but almost always starts with using an electrostatic sprayer to make sure each all surfaces are properly treated. Start up pack – Purchase 2 handheld electrostatic sprayers, our Hi-Tech chemicals and a range of accessories as a complete cleaning and disinfection system. EvaClean’s fully integrated, touchless disinfection & sanitizing solution combines the efficiency of the Protexus Cordless Electrostatic Sprayers with powerful PURTABS disinfecting tablets. 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.
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. As electrostatic technologies continue to evolve, they will soon become economical enough for almost anyone to afford. Electrostatic sprayers also achieve three times the coverage of a traditional spray bottle due to positively charged disinfectant droplets, which magnetically attract to and wrap around target surfaces. Not only can users expedite the disinfection processes, they also can eliminate virtually all infectious fungi, viral particles, and bacteria from every surface. The most important benefit of electrostatic sprayers in the cleaning industry is around the application of disinfectants, sanitizers and odor counteractants.
The spray attaches to and collects negatively charged unwanted particles, which are then removed from the environment with a specially designed apparatus. Surfaces that are already covered in the cleaning solution will repel the spray, making the method extremely efficient. Applying disinfectant using an airless disinfectant sprayer is more efficient and effective than spray-and-wipe methods.
Battery-powered sprayers cannot contain an air compressor and more closely resemble trigger sprayers in terms of coverage and surface wrap. Electrostatic spray technology can be tailored to meet facilities’ needs. 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.
If you put the positive ends of two magnets together, however, they repel each other. electrostatic spray system An electrostatic sprayer is a device that electrically charges disinfectant, giving the solution a positive charge. Electrostatic sprayers use this principle to ensure fast, even coverage of the disinfecting agent.
These handheld machines spray disinfectant directly on surfaces in the form of a mist. As the cleaning solution leaves the sprayer, it receives an electric charge, which results in immediate coverage of the surface below. Thanks to the mobility and safety of this product, you can confidently take our sprayer to wherever you need it the most.
Airless sprayers provide effective disinfecting by completely coating surfaces to meet required dwell times. Spray-and-wipe methods are not only inefficient, but also ineffective at providing proper dwell times and complete coverage of disinfectant.
With Protexus, your staff can reduce cleaning time by 80% with efficient sanitizing technology. Many companies use electrostatic misting systems to kill germs like the coronavirus.
Some facilities substitute electrostatic sprayers for manual disinfecting methods, while others use them to augment existing processes. 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.
At the same time, those particles of the disinfecting solution repel each other. This means you’ll get safe, thorough coverage – without clumping or over-spraying. It also means you’ll be able to coat tight spaces and those areas that are out of your line of sight. They're based on the principle that opposite electrical charges attract. If you take the “positive” end of a magnet and put it against the “negative” end of another magnet, they attract and stick.
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.
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. Electrostatic sprayers use positive and negative charges to make disinfecting solutions electromagnetically stick to targeted surfaces. For example, no matter which angle you disinfect a surface from, the charge created by the electrostatic sprayer makes the disinfectant wrap around and cling to the entire surface.
Electrostatic sprayers work by charging the liquids as they pass through a sprayer nozzle. It works by generating charged droplets that repel one another and seek out environmental surfaces that they stick to and even wrap around all sides. The obtained result is a uniform coating of sanitizer or disinfectant on sprayed objects, comprising hard-to-reach places that manual cleaning can miss. This cleaning method atomizes cleaning solutions to produce an electrically charged spray able to wrap around surfaces of all types for an even coat. As a chemical exits the electrostatic sprayer, it’s given a negative charge that is attracted to available positive surfaces.
As we’re all discovering the limits of manual disinfecting in our own homes, the natural next step is, “How do electrostatic sprayers work to disinfect residential homes or non-commercial buildings? ” While electrostatic spraying has long enjoyed appeal in commercial spaces, there’s no real reason you can’t use them to keep your home disinfected, too. Quick and quiet, electrostatic sprayers can disinfect an entire residential home more thoroughly than manual sanitizing in a fraction of the time. The positively charged particles of the disinfectant in the sprayer seek out and cling to negatively charged, or grounded, surfaces .
This can include many things, but almost always starts with using an electrostatic sprayer to make sure each all surfaces are properly treated. Start up pack – Purchase 2 handheld electrostatic sprayers, our Hi-Tech chemicals and a range of accessories as a complete cleaning and disinfection system. EvaClean’s fully integrated, touchless disinfection & sanitizing solution combines the efficiency of the Protexus Cordless Electrostatic Sprayers with powerful PURTABS disinfecting tablets. 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.
