Questions You Should Know about Automatic Electrostatic Sprayer

Maybe it was a tv commercial, maybe it was word of mouth (your neighbor cannot say enough good things about his new disinfecting sprayer) …or maybe you did your research and came to the decision on your own. Whatever the case, you are in the market for an electrostatic disinfection device and we are here to provide you with all the information you need to make the best possible purchase.

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First, let us define what an electrostatic disinfectant device is, just in case you based your decision just on its fancy and techy name, but are not really sure what it means.

What is an Electrostatic Disinfection Device?

An electrostatic disinfection device is an innovative type of sprayer that turns disinfecting fluids into a mist full of electrically charged droplets that can adhere to surfaces, providing deep and long-lasting disinfection. Furthermore, these droplets are able to bond to airborne particles, neutralizing bacteria, viruses, and odors floating in the air.

Electrostatic sprayers are among the most advanced tools in the market that are revolutionizing the residential and commercial cleaning industry.

How Does Electrostatic Disinfection Work?

Electrostatic disinfectant devices use batteries or can be plugged into an outlet. They work just like any other fogger or sprayer, but when the disinfectant solution reaches the nozzle, the device generates an electric current that charges each liquid particle as it passes through.

Most fogger machines can generate both negatively charged and positively charged particles. However, the best ones are designed to only generate positively charged particles, because most surfaces are negatively charged and, as we all know, opposites attract. The result is full and reliable disinfection against even the toughest of contaminants because these disinfecting particles not only stick to surfaces, they wrap around them to cover them completely, providing a uniform coat of disinfectant that is hard to beat.

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Pros and Cons of Electrostatic Disinfection Device

Like every device you will ever buy, electrostatic disinfecting foggers have advantages and disadvantages, depending on your needs. Nonetheless, if we consider how hard and tiring cleaning, sanitizing, and disinfecting is, especially when it comes to hard-to-reach areas, it is safe to say the pros outweigh the cons.

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Related: Electrostatic Sprayer, applications & top places to use

Pros:

• Electrostatic sprayers help you achieve complete disinfection in less time than other methods because their technology avoids the formation of liquid “pools”, so there is no need to wipe down surfaces afterward.
• Depending on size, most devices can be sprayed up to 3 meters, which allows the user to cover a wider surface without having to physically move all the time.
• When paired with a recommended disinfecting solution, electrostatic foggers are 99.99% effective in killing germs, bacteria, and viruses.
  

Cons:

• Electrostatic disinfectant sprayers can provide inconsistent results, depending on the surface. This is because some materials have good electrical conductivity, like metal. Others, like wood, do not, which means that disinfectant droplets will not find much electric charge on those surfaces to hold on to, and the disinfection may not last as long.
  

What Surfaces Should I Disinfect with an Electrostatic Device?

Electrostatic devices are ideal for all sensitive spaces, public or private, where there is significant traffic of people and full disinfection is needed, like homes, vehicles, offices, classrooms, gyms, etc. However, since they work better on metal and other electricity conducting materials, they are especially handy at disinfecting doorknobs, faucets, handles, and many other high-touch metal or iron objects. Also, they are very good at disinfecting floors and walls.

Nevertheless, the electrostatic capacity of these sprayers should not discourage anyone from using them on other types of surfaces, such as wood or plastic, because the fog that these devices produce is able to penetrate the hardest to reach areas that regular cleaning tools will never be able to reach, plus its electrically charged particles linger in the air, killing airborne contaminants for a good while after the room has been sprayed. These devices offer a world of difference in results when compared to traditional dusting or wiping.

What Type of Electrostatic Disinfection Device Should I Get for My Home?

Electrostatic disinfection devices come in many formats, like backpack sprayers, rolling carts, and more. All of them are great, but cordless and handheld formats are by far the most popular for home use, because of their portability and convenience.

Cordless electrostatic use rechargeable batteries and are somewhat lightweight, meaning that they can be taken to any room in your house for quick disinfection of those high-touch surfaces in the kitchen and bathroom anytime during the day.

Whichever format you chose; the important thing is that you made the decision to purchase a device that will positively impact the wellbeing of your family and help to prevent the spread of diseases caused by viruses or bacteria in your community.

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What is an Electrostatic Spray Gun?

An electrostatic spray gun is a device that uses electrostatic principles to apply a coating, typically in the form of liquid paint, powder, or disinfectant, onto a surface. The key feature of electrostatic spraying is the ability to positively charge the coating as it is sprayed, which causes it to be attracted to negatively charged surfaces. This process results in more efficient and uniform coverage compared to traditional spraying methods.

Electrostatic spray guns are used in many industries, including automotive painting, agriculture, industrial coating, and disinfection processes. They are known for their efficiency, reduced material consumption, and the ability to achieve high-quality finishes.

How an Electrostatic Spray Gun Works:

• Charging the Coating:
• The liquid coating, whether it's paint or disinfectant, is charged electrically as it passes through the nozzle of the spray gun. The charge is typically applied using electrodes within the gun, which can either be internal or external to the nozzle.
• Formation of Charged Particles:
• As the coating is expelled from the nozzle, it breaks up into tiny droplets. These droplets become positively charged due to the electrostatic charge applied during the spraying process.
• Attraction to Surfaces:
• The surfaces that need to be coated are grounded or carry a negative charge. The positively charged droplets are attracted to these negatively charged surfaces, creating an even and uniform coating.
• Reduced Overspray:
• Electrostatic spraying reduces overspray compared to conventional methods. Because the charged particles are attracted to the target surface, there is less waste and a more efficient use of the coating material.
• Enhanced Coverage:
• The electrostatic attraction ensures that the coating reaches even complex or hard-to-reach areas. This results in a more comprehensive and uniform coverage, improving the overall quality of the coating application.
• Safety Features:
• Many electrostatic spray guns come equipped with safety features to prevent unintended discharges or malfunctions. These features may include automatic shut-off mechanisms, trigger controls, and indicator lights.

What are the Most Common Myths Around Using an Electrostatic Spray Gun?

Electrostatic sprayers have become increasingly popular due to their efficiency in applying disinfectants and coatings. Despite their effectiveness, there are still lingering myths that may discourage potential users. In this blog, we aim to dispel two primary myths surrounding electrostatic sprayers: the perception that they are too expensive and concerns about whether they are safe to use.

Myth 1: Electrostatic Sprayers Are Too Expensive

One common misconception about electrostatic sprayers is that they come with a hefty price tag, making them inaccessible for smaller businesses or individuals. However, this myth is far from the truth.

Reality:

While it's true that some advanced electrostatic sprayers can be relatively expensive, there are models available at different price points to suit diverse budgets. Additionally, when considering the long-term benefits, the investment in an electrostatic sprayer often pays off through increased efficiency, reduced coating usage, and ultimately, cost savings.

It's essential for potential users to explore the range of electrostatic sprayers on the market and identify a model that aligns with their needs and budget constraints.

Myth 2: Electrostatic Sprayers Are Not Safe to Use

Another misconception about electrostatic sprayers revolves around safety concerns. Some individuals worry that the electrostatic technology may pose risks to the operator or the environment. However, advancements in design and safety features have addressed these concerns.

Reality:

Modern electrostatic sprayers are equipped with safety features to ensure user protection and environmental sustainability. These features may include automatic shut-off mechanisms, ergonomic designs, and controls to prevent accidental discharges. Additionally, many electrostatic sprayers are designed to minimize overspray, reducing the risk of exposure to operators and bystanders.

Electrostatic sprayers are safe when used correctly and in accordance with manufacturer guidelines. Proper training and adherence to safety protocols further enhance the secure use of these devices.

Safety Tips

Using an electrostatic spray gun involves some specific safety considerations to ensure the well-being of the operator and those in the surrounding environment. Here are some essential safety tips to keep in mind:

• Read and Follow Manufacturer's Instructions:
• Always read and thoroughly understand the manufacturer's instructions and guidelines for the specific electrostatic spray gun you are using. Follow recommended operating procedures, maintenance schedules, and safety precautions provided in the user manual.
• Proper Training:
• Ensure that operators are adequately trained in the use of electrostatic spray guns. Training should cover equipment setup, operation, maintenance, and emergency procedures.
• Personal Protective Equipment (PPE):
• Wear appropriate personal protective equipment, such as gloves, goggles, a face shield, and a respirator, depending on the materials being sprayed. Follow safety guidelines for respiratory protection, especially when working with chemicals or coatings that may pose inhalation risks.
• Grounding:
• Ensure that both the operator and the object being sprayed are properly grounded. The operator should wear grounding wrist straps, and the object being sprayed should be grounded to prevent static discharge.
• Check for Malfunctions:
• Regularly inspect the electrostatic spray gun for any signs of wear, damage, or malfunctions. Ensure that all electrical connections are secure, and there are no exposed wires or damaged components.
• Avoid Overcharging:
• Adhere to recommended voltage settings and avoid overcharging the system. Excessive charging can lead to increased risk of sparking and may compromise safety.
• Control Overspray:
• Be mindful of overspray, especially when working in confined spaces. Use shields or barriers to contain overspray and protect nearby surfaces or individuals.
• Ventilation:
• Work in well-ventilated areas or use local exhaust ventilation to minimize exposure to fumes or particles. Ensure that the workspace meets any specific ventilation requirements for the materials being sprayed.
• Emergency Shutdown:
• Familiarize yourself with the emergency shutdown procedures for the electrostatic spray gun. In case of malfunctions or emergencies, operators should be able to quickly and safely shut down the equipment.
• Regular Maintenance:
• Perform regular maintenance on the electrostatic spray gun according to the manufacturer's recommendations. Keep the equipment clean, and replace any worn or damaged parts promptly.

By following these safety tips and maintaining a proactive approach to safety, operators can mitigate risks associated with using electrostatic spray guns and create a safer working environment.

Dispelling myths about electrostatic sprayers is crucial for encouraging their widespread adoption in various industries. By debunking the beliefs that these devices are too expensive and unsafe, businesses can make informed decisions that align with their needs and priorities. As technology continues to advance, electrostatic sprayers remain a valuable tool for efficient and effective application of coatings.

Are you interested in learning more about Automatic Electrostatic Sprayer? Contact us today to secure an expert consultation!