In commercial cleaning cooperation, we usually meet up with the words “electronic disinfection” and “antimicrobial resistance” (or antimicrobial amor). Contrary to popular belief, electrostatic disinfection is not the same as antimicrobial armor. To keep your facility secure and sanitary for its occupants, the two have different roles to play but ultimately collaborate toward the same […]
In commercial cleaning cooperation, we usually meet up with the words “electronic disinfection” and “antimicrobial resistance” (or antimicrobial amor). Contrary to popular belief, electrostatic disinfection is not the same as antimicrobial armor. To keep your facility secure and sanitary for its occupants, the two have different roles to play but ultimately collaborate toward the same objective.
Today, Sparkly and Beyond will show you the difference between these two words and which service is right for you.
Bacterial resistance to or evasion of drugs is known as antimicrobial amor (or antimicrobial resistance – AMR). This develops over time as a result of repeated antibiotic usage, which exerts environmental pressure that favors resistant microorganisms. This method can quickly produce resistant bacterial strains due to the rapid bacterial replication, making many of our antibiotics worthless.
The prospect of an antimicrobial amor future, where infections are untreatable and every tiny cut can result in death, has been brought about by the widespread overuse of antibiotics in many sectors of society, from hospitals to agriculture.
Studies have found that surface contact causes roughly 80% of infectious illnesses. In ordinary life, fungus and bacteria may quickly reproduce whenever conditions are right. It may result in contamination, odors, and infectious diseases, particularly drug-resistant species (Superbugs) that can seriously harm people.
This is a critical issue for the public’s health. Therefore, the need of antimicrobial amor in our lives is very essential.
In order to kill microbes without coming into contact with them, antimicrobial amor can also continually catalyze the conversion of oxygen and water into reactive oxygen species (ROS). It could produce several ROS types that were aimed at various uses.
Antimicrobial materials made of antimicrobial amor do not cause environmental contamination, drug resistance, or chemical release. It effectively combats a wide range of bacteria (Superbugs), fungi, viruses and has long-lasting activity – their lifespan may reach ten years.
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A quick and uniform method of applying a disinfectant to a surface is electrostatic disinfection. Utilizing an electrostatic applicator, which charges the disinfectant solution negatively as it leaves the nozzle, accomplishes this. The charged molecules will repel one another, so they will be equally spaced apart, but they will be drawn to the surface they are put to.
Because the charged particles have a charge strength greater than gravity, they may swiftly and accurately target a chosen surface, allowing for almost immediate room reentry.
Given the correct food source and environmental conditions, harmful germs can survive on surfaces for days and might potentially grow by a factor of two every 20 minutes. There is much room to set up cross-contamination scenarios because of this.
On typical touch sites, conventional cleaning and disinfection does a good job of controlling the microbial burden. But given the evolutionary adaptability of contemporary diseases, we must develop new tactics to control microbial load and cross contamination in a variety of settings that go far beyond acute care.
In a way that we have never seen before, electrostatic disinfection offers a broad-spectrum approach to cleaning both a full room’s worth of surfaces.
The right sanitizers, mold preventatives, and disinfectants can wrap around and evenly coat all types of surfaces with electrostatic spray since it is electrically charged, providing a more thorough clean. The chemical receives a positive electrical charge when it leaves the electrostatic sprayer.
The sanitizing agent is subsequently applied to the visible part, the underside, and the rear of the object by the droplets as they are drawn to all unfavorable surfaces. Spray will not adhere to surfaces that are previously covered, making the technique very effective. That’s how electrostatic disinfection works in our daily lives.
To start with, antimicrobial armor is not a disinfectant. Instead, it has an innovative, 99.9% effective surface protection coating technique that has been registered with the EPA. Due to its organo-silane foundation, it bonds to surfaces to stop the growth of microbes and germs on both porous and non-porous surfaces.
The second benefit of antimicrobial armor is that it electrically destroys the germs and viruses that result in influenza, listeria, gastroenteritis, salmonella, E. coli, staph infections, MRSA, C. difficile, and COVID-19. Afterward, depending on how often and how abrasive contact is made with the surface, it offers continued protection for up to 90 days.
Additionally, antimicrobial armor is water-based, non-flammable, non-toxic, non-polluting, non-leaching, non-irritating, odorless, and colorless. It is EPA-registered for use on food contact surfaces and is safe to use around children and pets.
Using an electrostatic sprayer, electrostatic disinfection applies sanitizers, mold preventatives, and disinfectants to 3D surfaces for a 360-degree thorough clean. With this technique, cleaning agents are atomized to create an electrically charged spray that can evenly coat all types of surfaces.
A chemical is given a positive charge as it leaves the electrostatic sprayer, which attracts it to any accessible negative surfaces. When the liquid disinfectant completely dries, the spray adheres to undesirable negatively charged particles, which are subsequently sterilized to eliminate any unwanted germs, viruses, mold, and spores. Conventional substances used in electrostatic disinfection enter living cells and destroy them by poisoning the organism and interfering with a crucial life function, but their effectiveness is only temporary. Antimicrobial armor offers long-term growth control on treated surfaces in addition to excellent initial bacteria death.
In the end, the service you need will depend on the work you want done at your property. We propose our antimicrobial armor, which comes with the entire step-by-step process carried out by one of our antimicrobial professionals, if you need thorough cleaning, disinfection, and long-lasting protection.
However, we advise our electrostatic disinfection carried out by our BSCAI COVID-19 disinfection qualified specialists if you are simply interested in a disinfecting service or already have a cleaning schedule. It is a fantastic item to add to your regular cleaning schedule.
Both services can be used in a variety of settings, including corporate offices, healthcare and medical facilities, educational institutions, commercial kitchens, clean rooms, and facilities for research and development.
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Electrostatic disinfection cleaning is the ideal choice for cleaning all the surfaces and equipment in a space if your facility has any R&D facilities or clean rooms that are particularly vulnerable to dirt and germs.
Also, antimicrobial armor is becoming a bigger issue globally if we want CU to take the lead in stopping this problem from spiraling into a catastrophic worldwide calamity.
From the useful information above, let’s make the right choice now for your purposes!
We hope our comparison about antimicrobial armor and electrostatic disinfection helps you achieve your goals on finding the right service that you need for each of your problems.
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