Surface-contact bacteria, virus, and fungi are invariably deposited along with some form of everyday soil (including fingerprints, body fluids, coughing and sneezing) on which they depend for the nurtients and moisture required to grow. With surface-to-hand and hand-to-surface contact, germ are easily and quickly spread to other surfaces and people.

The Center for Disease Control (CDC) recommends frequent washing of hands and cleaning of surfaces as the most effective way to control the spread of germs, especially e-coli, salmonella and methicillin-resistant staphylococcus aureus (MRSA). Yet, no matter how often we wash our hands or surfaces with the array of “1-time clean” cleaners, or “1-time kill” sanitizers and disinfectants that must be used separately and sequentially, they can be re-contaminated in seconds.

That's why you need SANI-SHIELD 3-in-1 Surface Care^®, the antiseptic, soil oxidizing cleaner that simultaneously provides an invisible, antimicrobial barrier that prevents water, soil, bacteria, virus, mold, and mildew from penetrating the microscopic pores of hard surfaces and forming the biofilms that build up on the surface. Since you can't see or identify the germs—but you can see soil—just clean the surface soil and you remove the germs it contains...and rejuvenate the barrier on which germs will not grow in. It's that simple...and that automatic with SANI-SHIELD!

HOW LONG DOES THE CLEAN & SHIELD^® BARRIER LAST?

For as long as the surface remains intact, the non-toxic, invisible water, soil & stain repellent barrier coating is applied simultaneously with every cleaning...and forms automatically. No soap, solvent or detergent will remove it; not even concentrated sulfuric acid or 50% sodium hydroxide.

HOW LONG DOES THE BARRIER PREVENT BACTERIAL GROWTH?

For at least five days in between cleanings or until "over coated" with layers of grease, oil, and grime. To prove that...an independent laboratory cleaned glass surfaces with SANI-SHIELD (and thereby applied the invisible antimicrobial barrier). Then, they applied one million colony-forming-units of bacteria to one set of surfaces and let it grow 24 hours before swab-testing the surface. They repeated the processes every 24 hours on surfaces that had been cleaned and shielded only at the start of the test program; surfaces which now had been protected 24, 48, 72, 96, and 120 hours before application of the bacteria. The results speak for themselves...not only didn't the bacteria grow...more than 99.9% actually died within 24 hours of application.