Modern research oriented around advanced cleaning techniques is becoming increasingly positive about the potential of antimicrobial coating, which has been found to stop the virus that causes COVID-19.
Additionally, research is continuing to highlight the benefits of electrostatic sprayers in amplifying the usefulness of chemical disinfectants and stopping the spread of antibiotic-resistant strains of bacteria.
This post will look at these two emerging technologies and examine their benefits. By the end of this article, you should be able to make an informed decision concerning whether either technology is appropriate for your daily cleaning regimen.
If maintaining a clean facility is important to you, contact 360clean. We are an industry-leading janitorial cleaning company that uses the latest technology to yield unparalleled results across a variety of different industries.
Our innovation and customer-centric approach have allowed us to cultivate a reputation of excellence that we take great pride in living up to. Contact 360clean today to learn more about how we can help your business.
The Benefits of Antimicrobials and Electrostatic Sprayers
Organizations around the world have been developing antimicrobial sprays that can be misted onto surfaces using electrostatic sprayers. Once applied, these sprays inactivate the viruses they come into contact with. For example, if an antimicrobial spray encounters the novel coronavirus, it could render the virus inactive for up to 90 days.
Essentially, antimicrobial sprays are coatings that stay on a surface for a particular length of time. This ability enables users to achieve long-lasting protection from harmful bacteria and viruses. Electrostatic sprayers, on the other hand, are specialized spraying devices that allow an antimicrobial mist to be transmitted to a target surface.
One of the primary benefits of electrostatic sprayers is the way they charge the spray, which improves its ability to stick to surfaces and rations the amount of liquid needed to get the job done. This pairing is particularly advantageous when it comes to complex surfaces and areas that require more precise cleaning.
Minimal Resistance
You are probably aware of the fact that germs gradually develop a resistance to antibiotics, which is why new antibiotics are constantly in development. Similarly, viruses and other pathogens are gradually becoming resistant to antimicrobial and antibacterial disinfectants.
This is why the overuse of antibacterial disinfectants poses a serious problem for the cleaning industry and, more broadly, for humanity.
Using antimicrobials with electrostatic sprayers has proven effective against antibacterial-resistant strains of bacteria. One major reason this pairing works is that electrostatic sprayers allot just the right amount of antimicrobial spray. This cuts back on the number of antimicrobial particles in the atmosphere, which makes it harder for viruses and bacteria to build up resistance.
In other words, reducing the use of disinfectants by using electrostatic sprayers can slow the instances of viruses and bacteria developing a resistance to those disinfectants.
Maximum Coverage
If you are manually disinfecting the surfaces in your facility, an electrostatic sprayer can provide maximum coverage.
While a typical sprayer would indiscriminately layer particles in the spray trajectory, an electrostatic sprayer emits a mist where all particles are evenly distributed. As the mist dissipates, the sprayer ensures that the particles settle in hard-to-reach areas that would otherwise go uncleaned.
The combination of long-lasting antimicrobials and electrostatic sprayers ensures that surfaces receive ample coverage and remain cleaner for longer periods of time. This will allow your employees to optimize their cleaning schedules across the facility. And most importantly, it will also reduce the chances of anyone contracting a bacteria- or virus-related illness.
Cost Savings
On their face, antimicrobial disinfectants and other top-grade cleaning solutions are traditionally more expensive than other commercial cleaning solutions. However, antimicrobial disinfectants can be used conservatively and achieve more desirable results than other products.
Thanks to the ability of most antimicrobial sprays to last on a surface for up to 90 days, a small amount goes a long way. This enables a janitorial staff to accomplish more with less and is one reason why cleaning professionals all around the world attest to the cost-saving abilities of antimicrobial sprays.
In addition to facilitating the use of fewer chemicals, antimicrobials and electrostatic sprayers promote cost savings by evenly distributing the mist over a surface. This even distribution means that employees will spend less time cleaning one particular area, so the company saves time and money in the long run.
Labor Savings
Because of their longevity, antimicrobial chemicals can save you a lot of money in labor costs.
With standard commercial cleaning chemicals, your cleaning employees will need to wipe down surfaces on a daily basis. With antimicrobial cleaning chemicals, they will need to clean certain areas only once every 90 days. This change is immensely beneficial since it gives your employees more time to complete other tasks while optimizing their current workload.
These labor savings will directly impact employee morale. Employees will spend their time moving on to other tasks rather than focusing on the same repetitive job throughout the week. Additionally, this lessens the chances of them getting injured while trying to clean difficult surfaces day after day.
Environmental Advantages
The rapid development of antimicrobial-resistant strains of viruses and bacteria is alarming for anyone interested in the longevity of the human species. After all, if humanity cannot defend itself against viruses and bacteria, it will quickly find itself at the mercy of microscopic organisms far beyond its control.
Anyone who lived through the COVID-19 pandemic has a small idea of what this catastrophe would feel like.
Fortunately, the combination of antimicrobial spray and electrostatic sprayers means that disinfectants can be used more sparingly, creating fewer opportunities for viruses and bacteria to build up resistance. This is a huge win for human health and longevity as a species.
In addition to harming human life, the widespread use of disinfectants is detrimental to the environment. Commercial spray nozzles are not the most technologically sophisticated devices and can result in disinfectants being sprayed into the air and other unintended places.
The gradual buildup of these chemicals in the environment has the potential to harm more than just humans. It could disrupt the normal functioning of animals, plant life, and other microscopic organisms.
Any solution that cuts down on the indiscriminate use of disinfectants is a benefit for the environment and all of the creatures that live in it.
Sustainability
Sustainability is a major issue when it comes to cultivating responsible cleaning practices. This doesn’t solely apply to the sustainability of cleaning chemicals in terms of how they interact with the environment. It also pertains to the number of plastic bottles used to house the chemicals.
Using disinfectants more liberally means new bottles need to be purchased more frequently. This results in an increased demand for plastic bottles and components that are not inherently sustainable.
Additionally, higher demand for plastic bottles necessitates higher transport costs and expends more fuel, as these items need to be shipped from place to place to fill orders and ensure they are stocked.
By reducing the frequency at which purchases are made, long-lasting antimicrobials and electrostatic sprayers can help lead toward a more sustainable future where resources are used intelligently and meaningfully rather than serving as a frantic remedy that indirectly makes the problem worse.
Antibacterial vs. Antimicrobial
Everyone should be aware of the important differences between antibacterial and antimicrobial disinfectants. Antibacterial disinfectants are designed to kill specific types of bacteria. Conversely, antimicrobial disinfectants are specifically designed to eliminate a variety of different pathogens.
Due to their specific chemical properties, antimicrobials are most effective when applied to a clean surface. This is why most instructions will direct people to wipe the surface down before applying the mist. Once applied, the antimicrobials form a covalent bond with the surface, which enables them to render viruses and bacteria inactive for up to 90 days.
If you are worried that the antimicrobials you just sprayed will be washed away the next time you wipe the surface down, you can put those fears to rest. Due to the covalent bond, antimicrobials essentially bond to the surface and will not be wiped away during simple cleaning procedures.
So if you spill something on the surface after you’ve applied your microbial disinfectant, there is no need to apply more. Just wipe it down and move on.
Ready to Keep Your Facility Clean? 360Clean Can Help
If you’re ready to take the next step to ensure the cleanliness of your facility, 360clean is prepared for the task. As an industry leader, we understand the nuances of cleaning and spare no expense to ensure our clients are satisfied with the job.
Our proven system has allowed us to adhere to a common set of standards across multiple industries and ensure our clients benefit from our sophisticated knowledge and comprehensive cleaning technologies.
When you work with us, you will have access to our proven JaniMed® Cleaning System, which utilizes microfiber technology, hospital-grade disinfectants, and world-class customer service. Contact us today for a free estimate.
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