Cleantech
Energy conversion takes place at the surface, and thus on the nanometer scale. Nanotechnology allows functionalizing or structuring the surface and material in order to improve the energy effectiveness. A typical application is the improvement of the heat exchanger characteristics.
Heat Exchanger
Our nano-lacquers prevent the surface from collecting dust and dirt. Therefore, the minized degree of soiling leads to a significantly improved heat transfer rate and thus to reduce energy costs. The special surface properties of these nano-lacquers can be achieved with thin layers of only 3 to 10 micrometers. These nano-coatings also have an extreme corrosion resistance.
<1K Clear Coat>
<1K Clear Coat>
Cooling
Water sprayed onto our super-hydrophilic coating will cover the surface with a thin film. Therefore, the water will evaporate rapidly. This results in the evaporating cooling effect which can be used to cool buildings, roofs, machines…
<Super-Hydrophilic>
<Super-Hydrophilic>
Solar Cell
TiPE high-titanium dioxide sol is suitable for highly transparent dye solar cells.
<Nano Titanium Dioxide>
<Nano Titanium Dioxide>
Solar panels and solar cells
Dirt and dust on solar panels or solar cells will reduce the efficiency and thus increase the external energy input. With our self-cleaning or "easy to clean" coatings the performance over time can be substantially improved.
<Self Cleaning> <Easy to Clean>
