While cleaners are perfect for cleaning the surfaces, disinfectants do a great job at killing viruses and germs. With electrostatic disinfection, the positively charged particles stick to the negatively charged surface, resulting in a coating that kills the germs. But do you know what’s most intriguing? Electrostatic disinfectants are extremely strong, and germs stand a chance in front of them, so what do these disinfectants have to deliver such performance? With this article, we are sharing about all those chemicals!
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Chemicals Used In Electrostatic Disinfection
Chlorine bleach is a widely used cleaning product, and it’s an important part of electrostatic disinfection. To begin with, it is effective and can kill the most stubborn germs out there. To illustrate, chlorine bleach is 3x more effective at cleaning E. coli as compared to bromine. For this reason, it’s added to swimming pools to prevent the chances of infection and to protect people from water-borne illnesses. In addition, it can kill bacteria, amoeba, and viruses.
In addition to killing water-borne bacteria, it can also kill germs in bathrooms and toilets. The best thing about chlorine bleach is its ability to clean shower curtains since it doesn’t react with plastic. Moreover, it’s suitable for cleaning the microwave ovens, fridges, and other electronic appliances. It is important because these appliances have an exponential percentage of germs, bacteria, and viruses. On the other hand, it cannot be used to clean upholstered furniture since chlorine bleach can wash away the colors.
This is another commonly used chemical used in electrostatic disinfection, and it’s termed one of the most secure options. This is because hydrogen peroxide is an eco-friendly chemical and doesn’t pose harm to human health (nope, it isn’t the same as that brown bottle at the medical store because that’s only 3% and only works as a mouthwash). Hydrogen peroxide has promising ecology footprints since the breakdown components are oxygen and water.
When used for electrostatic disinfection, hydrogen peroxide is generally a common ingredient coupled with other ingredients to different microorganisms. To name a few, it can kill spores, bacteria, viruses, yeasts, and fungi. To illustrate, hydrogen peroxide is the oxidizing agent, which means it pulls electrons from cell-based molecules. Not to forget, it attacks pathogens. To summarize, hydrogen peroxide-based electrostatic disinfection is only good for high-priority cleaning since it has to be coupled with other cleaning products. On top of everything, hydrogen peroxide doesn’t produce gasses or residues, which makes it a safer choice.
These are the least toxic cleaning chemicals used in electrostatic disinfection. Chemically termed as quaternary ammonium compounds, this chemical is a safer choice without compromising on bacterial killing. Quats can kill viruses, bacteria, and fungi. It wouldn’t be wrong to say that quats is catalytic, so they hold their place while killing the bacteria and pathogens. However, there are different types of quats, and some of them are more eco-friendly as compared to others.
When it comes down to electrostatic disinfection, a stronger concentration of quats is used, but it requires professional handling. When handled properly and professionally, the kill claim will be broad. It has satisfactory detergency, resulting in better disinfection and cleaning ability. It’s sufficient for disinfecting and does a great job at removing gross soil.
Wrapping It Up
Electrostatic disinfection has become a promising choice to kill harmful germs and bacteria, which means they can be used for contaminated surfaces. However, different chemicals are used to create electrostatic disinfectants, depending on the intended use. That being said, quats, hydrogen peroxide, and chlorine bleach are the commonly used chemicals. To summarize, electrostatic disinfection is a sensitive job, and professionals must be hired to ensure safe and effective results!