CLEANING BY SUN AND RAIN

Photocatalyst Nano Glass Coating; It is a special photocalist nano-coating combined with TiO2-based nano-level particles. When the nano-level photocatalic film applied to the surface is exposed to the sun, the contact angle of the water on the photocatalyst surface gradually decreases. When exposed to sufficient light, the surface reaches a super water-repellent level. In other words, the water loses its droplet form but remains level on the surface. The water-retaining nature of titanium dioxide, combined with gravity, allows dust particles and dirt to run off with rain. Thus, the self-cleaning process comes into play. Its permanence is long, about 5-10 years.

After cleaning the exterior surfaces of buildings and windows, you can provide various benefits by applying nano protection in the form of a spray.

• It makes the surface it is coated look new and clean.
• It protects the surface from dust, air pollution and acid rain.
• It cleans the polluted air caused by vehicles on the surface and around the surface.
• It does not leave water marks on the surface after rain.
• It reduces cooling costs in buildings.
• It prevents the formation of mold and algae.
• It destroys viruses and bacteria on the surface and around the coated surface.
• It absorbs UV rays and protects the surface from the damage of UV rays.
• It prevents electrification. It is anti-static.

WHAT IS A PHOTOCATALIST?

Photocatalyst is defined as "acceleration by an existing catalyst". A catalyst does not undergo any structural changes over time or after it is used in a chemical reaction. This definition also includes the concept of photosensitization, which means the sensitivity of a substance or organism to radiation beams. The photochemical change process that a molecular entity such as a substance or organism undergoes as a result of radiation radiation emitted by another molecular entity is called photosensitization. Chlorophyll in plants is a kind of photocatalyst. When photosynthesis, which is the process of chlorophyll capturing sunlight and converting it into oxygen and glucose by breaking down water and carbon dioxide, is compared with photocatalysis, it is seen that strong oxidation units are created as a result of photocatalysis. These units are; With the help of photocatalyst, light and water, it breaks down all kinds of organic formations and turns them into carbon dioxide and water.

Usage and Application Areas

Glass cladding is applied almost anywhere that has a facade to the external environment such as buildings, facade glasses, home and showcase glasses, greenhouses, winter gardens.

There is no need for cleaning unless there is severe and deliberate contamination and contamination in the application areas. In severe contamination, cleaning is done with water only.

The self-cleaning effect does not occur immediately on glass surfaces treated with this product, as this effect occurs by photocatalysis. In this product, the self-cleaning effect occurs only after 4-6 weeks.