Three Ingenious Ways to Use Antimicrobial Coating in Hotels
Maintaining a clean and bacteria-free environment is extremely important in the hospitality industry. Anyone traveling away from home for business or leisure always searches for a clean and comfortable place to live. If that turns into a dirty hotel room that makes the guest feel that why hadn’t they had their disinfectant in the bag. Then, it’s not surprising that the hotel needs nano-photocatalytic technology developed antimicrobial coating to keep the hotel rooms and community spaces clean and inhibit the growth of microbes there.
Antimicrobial Coating or nano VLR modified photocatalyst anti-microbial coating offers an amazing solution to bacterial disinfection, microbial growth, and viral spread and UV protection. The layer is highly effective in destroying the microbes in their native state.
Benefits of Antimicrobial coating
The antimicrobial coating is highly effective against the growth of germs, bacteria, and microbes in a critical hygiene environment. It develops from nanoparticles with photocatalytic oxidation reactions. In the presence of sunlight, a photocatalytic oxidation reaction breaks the germs and virus in their larval stage, which makes it difficult for them to regrow and spread again. It acts as a disinfecting layer on the surface of a wall, railings, kitchen, household things, decorating items, and much more.
Give your guest the best environment applying a clear coating of antimicrobial coating on everything that is hygiene sensitive. Let’s give you an idea of how to use an antimicrobial coating in a hotel.
Three ways to use an antimicrobial coating in your hotel
Hotel surfaces and its high traffic areas are vulnerable to bacteria, mold, and mildew growth. Keeping hotel areas and community spaces clean is a huge responsibility for every hotel owner, as 77% of business and leisure travelers value the indoor quality of the room in determining their preferences. The standard nano-photocatalyst VLR antimicrobial coating has an excellent anti-microbial and anti-allergen property. It can fight against the growth of destructive and odor-causing microbes. Once applied, the antimicrobial coating will make it almost impossible for germs and other pathogens ton hold on to their surfaces and thus lock them from transmitted from one surface to another.
Kitchens and bathrooms are highly susceptible to the spread of germs and bacteria in the air. The bathroom has seen to be the breeding ground of bacteria in the hotels, as a study confirmed at the American Journal of Infection Control. Kitchens are mostly unhygienic due to the constant exposure to oil, spices, and microbes in the air. So, it’s sincerely necessary to apply the odor control coating for deodorizing the hotel interior. The coating breaks the endotoxin of the germs and bacteria in the air. It decomposes the harmful stink directly into harmless inorganic substances such as Carbon Dioxide and water. The nano-photocatalytic oxidation reaction is useful for most types of odors.
• Environment safety
Growth and multiplicity in the hospitality industry make it essential to implement eco-friendly techniques for keeping the indoor air clean and fresh. The Nanotechnology-based photocatalytic oxidation antimicrobial coating serves as a boon to them. It allows hotel owners to ensure a pleasant experience for every guest. Reach a maximum number of customers and grow your market share in return, applying a fresh coat of antimicrobial coating. Forget about the products and services used for cleanliness purposes in hotel rooms. Seek for efficient cleaning and disinfecting technique that directly addresses the issue without causing any effect on the environment.
A dirty hotel room plays a negative impact on traveler loyalty. So, if you want your customers to share a pleasurable experience, then protect their staying applying a fresh coat of antimicrobial coating on everything.
Feel free to get in touch with experts in the antimicrobial coating, odor control, and others. Call +86-(21)-6363-4152, or drop an email to firstname.lastname@example.org