Are Self-Cleaning Surfaces the Future?

by Lawton Brothers | Aug 03, 2015

bacteria

While it may seem like a far-away dream or a Sci-Fi fantasy, the possibility of self-cleaning surfaces are becoming new realities. Advances in nanotechnology are breaking historic ground in the cleaning industry, and as an article published in ISSA Today outlines, can have monumental impacts on the health and sanitation industries as a whole. 

One material, Titanium Dioxide, shows amazing promise in this new frontier. In its normal form, TiO2 is widely used as a white pigment in everything from sunscreen to paint and toothpaste. When it’s scaled down to nano-sized, literally one billionth of a meter, its properties are otherworldly. Nano TiO2 produces photocatalytic oxidization using nothing but light. It could be used to create surfaces that kill pathogens on contact by reducing organic compounds into their base elements of water, carbon and oxygen.

Even more impressive, this nano-particle also further oxidizes water molecules, which produce hydroxyl radicals. Hydroxyl radicals are lethal for microorganisms like bacteria, fungi and viruses. This process is completely oxidative. There is no risk of “super-bugs” mutating as a result of antimicrobial resistance, which is currently a huge problem facing health care facilities. 

The application of nanotechnology on surfaces in heath care and other facilities is not that far off. How it will affect our industry as cleaning professionals remains to be seen. As your preferred janitorial supply and equipment supplier, we’ll stay in front of this technology and be here for any questions you may have. 

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