Self cleaning surface stickers are a great way to keep surfaces clean without chemicals and can reduce the risk of spreading germs and other toxins. They work by trapping bacteria and other harmful particles on the surface and killing them without leaving any residue. This makes them a great option for high-touch areas, such as shopping carts and checkout lines. People with allergies can also benefit from the biodegradable nature of these stickers. And they can be reused, too.
The technology behind self cleaning surface stickers is based on a special coating that repels water. This means that water droplets are deflected and roll off the surface. However, superhydrophobic surfaces are not suitable for high-traffic areas, like restaurants and food preparation areas. Most self cleaning surface stickers are made of plastic or silicone, but there are some exceptions. If you’re unsure, contact a distributor to learn more about the application of these stickers in different environments.
Another type of self-cleaning surface is the superhydrophobic type. These have a low sliding angle, which makes them more effective at removing water-based debris. However, they cannot remove oil. This makes them a good option for surfaces that require a lot of maintenance. For these surfaces, it’s best to invest in stickers with a lower sliding angle. It may not be as effective as the superhydrophobic ones, but they do provide excellent protection against a variety of stains and grime.
A Virginia-based company, NanoTouch Materials, has unveiled a new line of self-cleaning surfaces called NanoSeptic. The company’s self-cleaning surface stickers are designed to stick to almost any surface and keep public touchpoints clean. The company makes specific products for different types of surfaces, such as countertops and glass doors. A company called NanoTouch Materials has made self-cleaning surface stickers that can adhere to nearly any surface. These stickers are especially helpful for places where people touch their hands, such as bathrooms and airports.