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Commercial Application

Due to the incredibly small size of our nanoparticles, it is important that it is applied correctly. For larger sites, we utilize our portable electrostatic sprayer that delivers particle sizes down to 5 microns. By charging the particles as they leave the sprayer, our nanoYo TiO2 adheres to surfaces that a normal sprayer would have difficulty reaching. This is very important in ensuring all surfaces are benefitting from the photocatalytic action of TiO2. On smaller jobs, we incorporate our specially designed kinetic sprayer system, saving time and materials. Any building or vehicle that suffers from VOCs, odours, and other airborne particle issues is a prime candidate for TiO2 nanocoatings.

Old and New Construction

New construction as well as older buildings will both benefit from the oxidizing properties of nanoYo. Air quality is greatly improved with nanoYo, by the photocatalytic, superoxide creating effect. Superoxides make the air fresh and clean, like after a lightning storm. High touch areas such as doorknobs, telephones, ATM machines, soap dispensers, faucets and drinking fountains may be teeming with bacteria and pathogens, invisible to the naked eye, but not invisible to superoxides. Some buildings require a higher standard of clean. Hospitals, medical clinics, doctors offices and waiting rooms, physiotherapy centres, and laboratories are all places that demand to be as clean as possible.

Public Transportation

Vehicles of all shapes and sizes benefit from the application of nanoYo TiO2. Public transportation such as buses and taxis can act as incubators for dirt and smells. Smells and off-gassing from rubber and plastic components in most modern vehicles are reduced or eliminated by nanoYo's photocatalytic oxidation process. Air is cleaner, surfaces are cleaner, and riders feel better knowing they are in a self-cleaning vehicle. Who wouldn't want to drive a vehicle that self-cleans at the molecular level and provides cleaner air for driver and passengers?

Industry and Agriculture

Industrial and agricultural facilities also benefit from nanoYo. Fumes and unpleasant smells that arise from manufacturing or farm animals are greatly reduced with adequate light and airflow. NanoYo's photocatalytic properties generate superoxides from existing water molecules in the air. These superoxides are known to break down micro organic particles. Air is fresher and cleaner, as the superoxides react with the VOCs released by adhesives, oils and fuels, and byproducts of industry.


Manufactured goods can also benefit from nanoYo. Our nanoparticles can be applied to a wide variety of substrates such as finished metals, unpolished wood, plastics, and stone. Furniture, cabinets, doors, window fixtures, flooring, paneling, ceiling tiles, blinds, wall coverings, curtains, countertops, electronics, and a myriad of other consumer goods can be sold with the added value of being self-cleaning and antistatic.