How an Electrostatic Sprayer Works

Electrostatic disinfection or electro-disinfection as it is more commonly known, is an easy and fast way to achieve touchless, 360 degree disinfection in your office, hospital, nursing home or any medical facility. While it might seem complicated at first, the technology behind electrostatic disinfections is very easy to learn. The electrostatic sprayers used by hospitals and other healthcare facilities use negative and positive charges to create disinfectant solutions magnetically adhere to their target surfaces.

Electrostatic solutions create a high-pressure electrical field in which the particles are attracted to negative charges, thus removing them. As a result, the negative particles remain attached to the surfaces and the positive ones get attracted to the positive charges. Once these particles are removed from the target surface, they are flushed out through a discharge line. The whole process is extremely quick, yet effective.

These systems are particularly helpful in healthcare settings because they help to reduce infections by producing a high-pressure current of negative and positive magnetized fields that push contaminants from surfaces. These systems do not harm surfaces because they operate on the same principles as an electrostatic cleaning product: they generate positive and negative electric fields that attract particles to the surfaces, thus removing them. Because these systems use a negative charge to attract the particles, they also have a magnetic component. It is the magnetic component that creates the negative charge that attracts the particles to the surface to begin with.

The use of electrostatic disinfection in medical facilities has proven beneficial in preventing various types of illnesses and infections such as skin and respiratory infections, bloodstream infections, and bacterial infections. These systems are also effective at killing viruses and bacteria. It can be used for the removal of dangerous bacteria and pathogens that can affect people’s health and cause sickness.

Some healthcare facilities have successfully employed this type of system in the past to disinfect surgical wounds. They claim that the use of these systems is particularly effective at removing blood borne pathogens. The systems have also been used successfully to disinfect blood vessels in intensive care units and cardiac patients.

This system is very effective at eliminating microorganisms because it is able to produce a high-pressure field of electrostatic repulsion that pushes harmful organisms away. This allows the system to eliminate microorganisms on a smaller scale. {without being damaged or destroyed. The system is especially useful in hospitals and healthcare facilities where high levels of contamination are common. Even if the area has been cleaned by a variety of cleaning methods before, the electrostatic method can prevent the growth of bacteria and microorganisms because it removes the pathogens’ food sources.

Electrostatic disinfectants are extremely effective in disinfecting rooms and equipment. A room can be disinfected in as little as thirty seconds. The systems are most commonly used in the hospital to disinfect the patient’s room, equipment room, operating room, lab and surgical rooms.

Systems that use these methods can also be used to disinfect dental equipment such as endoscopes and trays. However, their greatest impact is in the dental hygienic environment in which the room or equipment has been used for a lengthy period of time without cleaning. The systems are most commonly used in the dental offices in the area of treatment, where infections have taken hold, such as the dental office of a patient with a chronic dental problem. While many individuals in the dental office are very happy to have a hygienic environment, others will consider this system an inconvenience rather than a necessary medical device.

The effectiveness of electrostatic disinfection has not been adequately evaluated, because the effects of long-term exposure have not been studied. However, this type of system was once considered as an effective disinfectant. There have been no reports of any harm due to its use. Even if prolonged exposure to this type of system could potentially cause damage, this is not known.

Electrostatic disinfectant is very effective at destroying microorganisms because they cannot grow or multiply. These systems work by creating a high-pressure area that is repelling microorganisms away from the equipment. and contaminant such as blood and saliva.

When choosing an electrostatic sprayer, be sure to choose one that is certified and safe for use in healthcare settings. It should be easy to operate and contain no volatile solvents or toxins so that it does not cause any problems for anyone in the environment.