Disinfectants are a critical part of any infection control program, and electrostatic foggers and sprayers offer an efficient and effective way to apply them. However, there are pros and cons to using electrostatic sprayers and foggers for disinfectant application. In this blog post, we will discuss the benefits of electrostatic spraying as well as why and how to use them for disinfectant applications.
What are electrostatic sprayers and what do they do?
Electrostatic sprayers are devices that use an electric field to cause a charged particle to move in a specific direction. This type of sprayer is often used for a disinfectant application, as it can help ensure that the disinfectant is evenly distributed over the surface being treated using its sprayer nozzle.
How effective are electrostatic sprayers for disinfectant application?
Electrostatic sprayers are highly effective for disinfectant application, as they can help to ensure that the disinfectant is evenly distributed over the surface being treated. In addition, electrostatic sanitizer sprayers can help to reduce the amount of time needed to apply a given amount of disinfectant, as they can cover a large area in a short period of time. They can also help to increase indoor air quality.
How long does electrostatic disinfection spraying last?
The actual process of electrostatic spray disinfection application can last for a few hours to a few days depending on the size of the space, the products and the environmental conditions.
The main environmental factor that affects how long electrostatic spraying lasts is humidity. In high humidity environments, electrostatic spraying will dissipate more quickly than in low humidity environments.
There are also a number of product-specific factors that determine how long electrostatic spraying lasts. For example, the solubility of the product being sprayed will affect how long it remains airborne. Additionally, the size and shape of the particles being sprayed will also affect how long they stay in the air.
What are the benefits of using electrostatic sprayers?
There are several benefits to using electrostatic sanitizer sprayers:
- They provide more complete coverage than manual spraying, allowing you to reach hard-to-reach places.
- They use less solution, which can save money in the long run.
- They can speed up the cleaning and disinfecting process.
What are the drawbacks of using electrostatic sprayers?
Despite the many benefits of electrostatic sprayers, there are also some drawbacks to using them:
- They require a higher initial investment than manual spraying methods.
- They can be difficult to use in small spaces.
- If not used properly, they can cause solution waste.
Which type of electrostatic sprayer is best for your facility’s needs?
The best type of electrostatic sprayer for your facility will depend on a number of factors, such as the size of your facility, the type of surfaces you need to clean and disinfect, and your budget. If you are considering purchasing an air sanitizer fogger or an electrostatic sprayer, be sure to consult with a reputable dealer or manufacturer to find the best option for your needs.
Types of electrostatic sprayer
There are many different types of electrostatic sprayers on the market. It can be confusing trying to decide which will be the right choice. Following is a list of the most popular and a brief description of each.
Air-assisted electrostatic sprayers
These types of electrostatic sprayers use compressed air to help distribute the solution evenly over the surface.
Electrostatic precipitators
These electrostatic sprayers use an electrical field to charge the particles in the solution, which are then attracted to the surface being treated.
Corona discharge electrostatic sprayers
This type of electrostatic sprayer uses a high-voltage electrode to create an electrical field that charges the particles in the solution.
Ionic air purifiers
Ionic air purifiers use an electrical field to charge the particles in the air, which are then attracted to the surface of the purifier.
Ultrasonic humidifiers
Ultrasonic humidifiers use high-frequency sound waves to create a mist of water droplets that can help to distribute the solution evenly over the surface.
What is an electrostatic fogger?
An electrostatic fogger is a device that uses an electrical charge to create a fine mist of solution that can be used for disinfecting or cleaning. They are different from electrostatic sprayers in that they create a fog or mist, rather than a stream of solution.
Are electrostatic foggers better than electrostatic sprayers?
There is no definitive answer to this question. Each has its own advantages and disadvantages. For example, with good air flow electrostatic foggers can reach higher surfaces with less disinfectant than electrostatic spray droplets. However, they can also be more expensive and may require special training and disinfectant solution to use properly.
Why a hire professional service for electrostatic spraying?
Hiring a professional service for electrostatic spraying can be a wise decision for a number of reasons. There are several benefits to using a professional service for electrostatic spraying:
- They have the experience and knowledge to ensure that your surfaces are properly cleaned and disinfected.
- They have the proper equipment and supplies to get the job done quickly and effectively.
- They can help you to save time and money in the long run.
If you are considering hiring a professional service for electrostatic spraying, be sure to research the various companies in your area to find one that is reputable and has a good track record.
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What are the CDC guidelines for using electrostatic sprayers or foggers during the COVID-19 pandemic?
There are a few different ways to safely disinfect surfaces with electrostatic sprayers or foggers, but the CDC has Some general guidelines for using these devices:
- The devices should be used in well-ventilated areas.
- Wear gloves, a face mask, and eye protection while using the device.
- Be sure to follow the manufacturer’s instructions on how to operate the device correctly.
- Use an EPA-registered solution or household cleaning product with the device.
After use, dispose of any gloves, face masks, and other protective gear in a trash can lined with a garbage bag. Remove and wash any clothing that may have come into contact with chemicals from the disinfectant.
Final Thoughts
In summary, the decision to use electrostatic sprayers for your disinfectant application requirements hinges on a balanced understanding of their pros and cons. Electrostatic sprayers, when properly utilized, are an extremely efficient method to achieve thorough coverage and minimize the time required to distribute a specified quantity of disinfectant.
Electrostatic sprayers work by creating an electrostatic fog of disinfectant droplets that can cover surfaces more evenly and in less time than traditional methods. The technology behind these devices involves a spray nozzle specifically designed to electrically charge a spray and chemical composition, which is then attracted to surfaces akin to magnets. This mechanism ensures that even hard-to-reach areas receive an adequate amount of disinfectant.
However, potential users should also consider certain drawbacks before purchasing. For instance, electrostatic sprayers may not be as effective when used with a fluorescent dye solution, as the dye particles might not hold an electrical charge as well as other solutions. Additionally, compared to a simple hand-pumped garden sprayer, electrostatic sprayers are generally more expensive and require more maintenance. Lastly, it’s important to note that not all disinfectants are suitable for use with electrostatic sprayers; some, such as hydrogen peroxide vapor, may pose safety risks or damage the equipment.
Given these considerations, it’s essential to thoroughly research electrostatic sprayer manufacturers and understand what an electrostatic sprayer is before deciding whether this technology can meet your disinfectant application needs.
Frequently Asked Questions
Q: What chemicals are used in electrostatic cleaning?
A: The most common chemical used in electrostatic cleaning is distilled water. This is because the static charge created by the electrostatic cleaner will cause the water molecules to cling to surfaces and lift dirt and dust particles along with them.
Other chemicals, such as vinegar or alcohol, can be used in place of distilled water. However, these chemicals can damage some surfaces and should be tested on a small area before use. We recommend using Biostatic Smart Touch and Common Sense products.
Q: How does electrostatic sanitizing work?
A: Electrostatic disinfection works by applying a static electric field to a suspension of bacteria. This causes the bacteria to become polarized, and when they come into contact with a surface, they are attracted to it and adhere electrostatically. Once the bacteria are on the surface, they can be killed by exposure to ultraviolet light or an antibiotic solution.
Q: What is electrostatic sprayer testing?
A: Electrostatic sprayer testing is the process of verifying that a particular electrostatic sprayer is working properly and can achieve the desired results. This process usually involves testing the sprayer’s ability to atomize a liquid and apply it evenly over a surface.
One way to test an electrostatic sprayer is by spraying water onto a charged plate. If the sprayer is working properly, most of the water droplets will be attracted to the plate. Another way to test an electrostatic sprayer is by spraying paint onto a surface. If the paint droplets are evenly distributed, then the sprayer is likely working correctly.