Nanotechnology is the manipulation of matter on an atomic, molecular, and supramolecular scale. When something is small enough in the quantum-realm scale and shows the quantum mechanical effects, we will say it's "nano". The small here we said is on the nanometer scale, which is one over a billion of a meter. Usually, nanomaterials will have an excellent and amazing feature that does not exist in the same but bulk scale material.
The photocatalyst is made by nanotechnology and shows obviously, quantum mechanical effects named nano photocatalyst. Nano photocatalyst could be even more than 100 times the surface area and higher performance than the conventional one. A trace amount of nano photocatalyst will be able to work in practice efficiently, therefore the nano technology allows a human being to develop the world in a more efficient way. In addition, more unexpected features have been found on the nanoscale photocatalyst. Nano photocatalyst could work for various purposes, such as air purification, self-cleaning, anti-microbial, anti-fogging, water-treatment, etc...
The chlorophyll of plants is a typical natural photocatalyst. The difference between chlorophyll to man-made nano photocatalyst is, usually, chlorophyll captures sunlight to turn water and carbon dioxide into oxygen and glucose work as photosynthesis, on the contrary, man-made photocatalyst creates strong oxidation agent and electronic holes to breakdown the organic matter to carbon dioxide and water in the presence of photocatalyst, light, and water, which usually is decomposing process.
Our nano photocatalyst technology acts to keep the surface for self-cleaning in three stages, using three distinct properties: anti-static, photocatalysis and hydrophilicity. First of all, the coated porous surface has the anti-static feature which can make less dust absorbed on it. Then in sunlight, photocatalysis causes the coating to break down organic dirt adsorbed onto the window chemically. When the glass is wet by rain or other water, hydrophilicity reduces contact angles to very low values, causing the water to form a thin layer rather than droplets, and this layer washes dirt away.
Anti-Microbial / Anti-Viral
Safe and Excellent Protection
Awesome! A durable anti-microbial solution for the 7/24 condition has been invented by us. Log3-6 bacteriostatic activity value, a broad-spectrum antibacterial, even effective to superbugs. It is effective for the mutant virus or bacteria as well. Furthermore, it gets a non-toxic classification in the oral acute toxic test. The next generation anti-microbial / anti-viral solution is here!
Our technology can make your windows, solar panels, buildings, or even automobiles clean themselves. The nano titanium dioxide coating cleans through a triple-whammy, three-stage process: it's photocatalytic (light-activated), anti-static(dust-proof) and hydrophilic (water-loving).
Light is an amazing source of energy—the power behind virtually everything that happens on Earth. Light from the Sun brightens the dark depths of space, makes plants leap to life, and (indirectly) powers our bodies. But did you know it can help to clean things as well? By using a method called photocatalysis, light energy kick-starts a process that zaps all kinds of nasty air pollutants and turns them into harmless substances instead. For people who suffer from asthma and allergies, light-powered air purifiers like these are another weapon in the fight for cleaner air and better health. Now photocatalysis might sound horribly complicated, but it works in a relatively simple way.
Photocatalysis can not only work for the contaminants in air, but also in the water body. By using nano photocatalyst technology, sunlight or artificial light could help us to purify hundreds of kinds of contaminants in water, the blood of our planet. From drinking water to wastewater, we can do more and better than your expected. We do not simply filter useful water from polluted water, we purify them all, so it can also be an ultimate remediation method to the ecosphere. No power supplement requirement means the technology can be applied in anywhere, anytime in the earth if necessary, e.g. inner Africa, tropical rainforest, earthquake and tsunami disaster area.