NeverGerms® Antimicrobial Surface Covers are germ-reducing wraps for high-touch surfaces
How It Works
NeverGerms® Antimicrobial Covers
Designed For Safer Surfaces
That’s all it takes to protect your doors and entrances with NeverGerms® antimicrobial surface covers!
NeverGerms® surface covers are protected with antimicrobial technology to reduce microbes on touch points.
NeverGerms® products use an EPA registered antimicrobial additive in our proprietary coating which kills 99.9% of microbes.
Ongoing quality performance tests using methods endorsed by the CDC, developed by the Clinical Laboratory Standards Institute to assure product performance.
Product life is determined exclusively by product wear. We recommend replacing it every 6 months.
Antimicrobial technology works continuously versus cleaning products and disinfectants, many of which have short effective periods.
Laboratory Testing
Safe to use and easy-to-apply antimicrobial surface covers.
Provide visual assurance of cleanliness and protection.
Complement routine cleaning and disinfecting of high touch surfaces.
Communicate the reopening of your business.
Work 24/7 indoors and outdoors, lasting up to 6 months.
Durable construction, easily removed.
Extremely cost-effective.
Dr. Gregory R. Wiedman at Seton Hall University conducted laboratory testing of NeverGerms® antimicrobial surface covers to prove their effectiveness.
Looking for our selection of Antimicrobial Surface Covers?
© 2021 NeverGerms® makes no claims regarding the safety or health of the general public or those interacting with its products. “NeverGerms®” and “Touch Less Germs®” are registered trademarks and not intended to have literal interpretation. The antimicrobial nature of this product is designed to protect the product itself against microbes. Although these products are designed to reduce microbe populations on commonly-utilized surfaces and have been tested by the manufacturer for their antimicrobial properties, NeverGerms® cannot guarantee that it will eliminate all risk of microbe transfer from such surfaces.