If you’re looking for a new way to keep your surfaces clean, you may want to consider applying self cleaning surface stickers to your countertops. These stickers prevent bacteria and other growth from forming on surfaces, and they’re biodegradable. Not only do they look great, but they also work as effective cleaning tips. They can be used on a variety of surfaces, including glass countertops, door handles, and computers. Self cleaning surface stickers are an excellent green alternative to chemical-based surface cleaners.
Many companies are now implementing these products for their facilities, including retail stores, hospitals, schools, and physicians’ offices. The use of these stickers makes high-traffic areas safer for the public and prevents the spread of germs from hands and objects set into the surface. Self-cleaning surfaces have a host of other uses, including improving the patient experience in healthcare facilities. If you’re interested in promoting this product, consider starting with a Starter Kit. The NanoSeptic Surface Starter Kit contains one mouse pad, two 4″ x 6″ handle wraps, two 4″ x 9″ push bars, and one tissue box cover. Additionally, the product brochure can be easily mailed to your target audience.
NanoTouch Materials is a company based in Virginia that produces self-cleaning surface stickers. These adhesives can be used on virtually any surface, including touchscreens. NanoSeptic also offers a self-cleaning film for door handles. The film is durable and slides on easily. NanoTouch has a variety of self-cleaning stickers for specific applications. You can also use the film to make ADA-compliant door handles.
Superhydrophilic self-cleaning surfaces spread water evenly, having low contact angles. This allows water to run off the surface without external intervention. These materials work by combining hydrophilic surface chemistry with surface roughness. Although expensive, they can clean windows without the need for external assistance. These products are a splurge for homeowners. It’s important to note that superhydrophilic surfaces are prone to mold and bacteria growth.