NeverGerms® antimicrobial labels and wraps designed to create cleaner and safer surfaces. Easy to apply and safe to use, the self cleaning surface covers are proven effective in reducing germs and microbes on high-touch areas, decreasing daily exposure by touch contact. Create self sanitizing door handles, door pulls, grab bars, desktop and more, that are protected by antimicrobial technology.

Many businesses, from small corner stores to large corporations are faced with the same unprecedented predicament- what can be done to “properly” reopen? While many businesses have the option to become more virtual, many others do not, making reopening safely the number one priority to survive economic devastation or even permanent closure.

Amidst the coronavirus pandemic, the cleaning industry is under immense pressure. Both to take on new clients, but also while increasing the frequency and intensity of services for current customers. Small business owners and corporations alike are taking every measure to ensure their patrons and employees feel as safe as possible. Find out what businesses, offices, schools and more, can do to protect high touch surfaces.

NuWave Marine in Woodbury Heights, New Jersey, installed NeverGerms antimicrobial surface wraps at their place of business. See what they had to say about applying NeverGerms and protecting their employees and customers with such a simple and cost-effective solution for germ protection.

See what AlphaGraphics in Cherry Hill, New Jersey, had to say about NeverGerms® antimicrobial wraps and installing them where their staff and customers most frequently touch. Surfaces covered range from business door handles, bathroom doors, crash bars on entrance and exit doors, delivery vehicle handle wraps, and more!

Back to school is nearing and the concerns are real. What can educational facilities do? While enhanced cleaning, hand washing, social distancing, and wearing masks are ways to combat the circumstances, with NeverGerms® antimicrobial wraps you can start by protecting at the surface.