Tertia Barnett's Contact Details

Tertia Barnett's Company Details

Invisismart South Africa

Cape Town, Western Cape, South Africa • 0 Employees
Health, Wellness & Fitness

The Invisible Shield that LASTS FOR UP TO 1 YEARWe have engineered a next-generation solution that kills 99.99% of germs, providing people, healthcare professionals and businesses with long-lasting invisible protection.Our technology is verified by robust laboratory and clinical evidence. Our coating is next-generation molecular technology, Invisi Smart Shield™, that uses photocatalytically-activated titanium dioxide (TiO )impregnated with silver zeolite. Titanium dioxide is a nontoxic FDA and EPAlisted molecule that is used to eliminate and remove virulent particles. Invisi Smart Shield™ has been proven to destroy organic and inorganicsubstances that come into contact with it. Viruses, bacteria, fungi, volatileorganic compounds (VOCs), and pollutants are quickly decomposed andconverted into water (H O) and carbon dioxide (CO ). The applications last for up to a year and it is vastly better than traditional forms of decontamination (such as alcohol-based sprays, quaternary ammonium compounds, and sodium hypochlorite, and other chlorine-based compounds) require repeated applications, and really only last for a few minutes Photocatalytic surfaces, on the other hand, permanently oxidize, inactivate and destroy microorganisms under normal ambient lighting conditions. A recent hospital study of titanium dioxide-coated surfaces demonstrated progressive lowering of the bacterial bioburden. Moreover, radicals are not considered to induce antimicrobial resistance. TiO2 is especially attractive because it is considered non-toxic to humans: titanium, coated with its oxide, is the most widely used material for implants. TiO2 is also exceedingly stable, unlike other photocatalysts such as zinc oxide and tungsten trioxide. Illumination of TiO2 generates highly oxidizing free radicals that are known to have bactericidal and antiviral action against influenza and rotavirus