Safeguard Your Property with these Protective Coatings
Protective coatings have never been in higher demand than after the pandemic crisis. Hospitals, restaurants, hotels, the government, and many other businesses are investing massively in protective coatings. Protective coatings are incredibly beneficial for your commercial property, from maintaining a pristine look and controlling safety hazards to minimizing maintenance expenses.
With the rapid progress in technology, more coating chemicals are constantly being developed by materials science. Coatings nowadays are significantly more advanced than they were a decade ago. Nonetheless, they are easier to apply and manage in many cases.
How protective coatings shield your building?
Post pandemic, public health concerns everybody. But thanks to the recent advancements that have made the protective coatings available to keep people safe at your facility.
There are a variety of coatings or paints in the market that support infection control!
They provide better protection against pathogen invasion by inhibiting or even killing pathogen growth over time. Even if visitors fail to take the necessary precautions, you can rest assured that these coatings will continue to work for you.
In healthcare, education, food service, and eldercare, antimicrobial and antibacterial coatings are becoming increasingly popular. They are, however, beneficial for any public-facing business, especially if you attract large numbers of people and social distancing isn't always achievable.
The 3 Types of Coatings to safeguard your business from viruses
Paint manufacturing companies have been working for a long on developing solutions for infection control. However, not until the pandemic that science was able to catch up with its long-sought-after ambitions. In the quest to offer more robust options, various protective coatings are flooding the market these days.
Let's learn about the three categories of protective coatings:
1. Antibacterial coatings
The topcoats of paints with antibacterial additions prevent the bacteria from multiplying. Although most bacteria are unable to survive longer outside the host, they can mobilize, expand, and even produce infectious spores. An antibacterial coating acts as an obstacle throughout these bacterial processes.
As opposed to viruses, bacteria multiply speedily on rough surfaces. Even far distant from any host, tiny, naturally existing creases in the material provide possibilities for them to grow. Therefore, antibacterial coatings are designed to protect porous surfaces from contamination.
Touch-based contamination leads to the spread of bacterial illnesses wherever large groups of people assemble. Antibacterial coatings on doorknobs, bathroom taps, and other high-touch components in schools, hospitals, airports, and even homes might have a significant public health impact.
2. Antimicrobial coatings
Some bacteria can directly harm the environment where they are located, in addition to posing health hazards. Microorganisms such as mold and mildew, for example, degrade paint coating as they spread. Furthermore, they might endanger your employees by intensifying respiratory problems.
The phrase "antimicrobial coating" refers to any substance designed to disrupt microorganisms, whether mildew, mold or disease-causing agents. However, the Food and Drug Administration must examine and assess any product promotion that claims to improve health.
3. Microbicidal coatings
Thousands of research studies have been conducted to develop true microbicidal coatings. Sherwin-Williams recently became the first business to design, test, and verify Paint Shield®, a genuine microbicidal paint product. This product promises protection against MRSA, E.coli, Staph, VRE, and Enterobacter aerogenes.
The microbicidal coating disrupts the outer shell of the pathogens that come into its contact. The target bacteria lose structural coherence and die without infecting anyone in a very short amount of time.
Sherwin-Williams is in front of the pack since its product was the first to pass extensive third-party testing and be approved by the FDA. On the other hand, several other companies are working on the next version of microbicidal paints with improved capabilities.
The Bottom Line
Protective coatings are entering a new era in which they may directly impact health, safety, and efficiency. A professional team of commercial painting service providers can assist you in devising a plan to get the most out of them.
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