Ülkerfarbe Biotech consists of silver and glass-ceramic nanoparticles,
hollow glass microspheres and colloidal silicas, and has a modified
potassium silicate binder. Through a specific mixing process a
stabilised foam compound is obtained, consisting of very thin
intercommunicating microbubbles, thanks to which the surfaces
of walls become microporous and acquire hygroscopic properties.
Ülkerfarbe contains a specific patented active ingredient which
emits negative ions equivalent to an energy of 0, 05 mA. Through the
particular micro alveolar structure of the paint, the humidity in the
environment comes into contact with the silver nanoparticles, and
forms molecules of water ionised with silver ions, which possess
antibacterial properties. This water constitutes the main component
of the sanitation process, creating a self-cleaning surface capable of
removing organic impurities from the walls.
Ülkerfarbe Biotech.
Efficiently eliminates pollutants.
The gases were detected thanks to traditional multifunctional
four-sensor tools, and a photo-ionisation detector was used to monitor
the concentration of polluting gases. Test results show that Ülkerfarbe is proficient in the elimination of several toxic pollutants, as it will significantly reduce their concentration in the air. The measurements were made using precision electronic tools. Thanks to the microscope the functionality of the self-cleaning system and its effectiveness over time were verified. Thanks to a laser system for the measurement of particulate levels it was possible to verify the efficacy of Ülkerfarbe Biotech in reducing the concentration of PM10, PM 0.5 and PM 0.3 micron.
Experimental trial.
Formaldehyde abatement measurement carried out
in a laboratory inside a sealed chamber.
The data provided in the chart above shows the abatement of
formaldehyde levels after applying Ülkerfarbe Biotech on various
different-size panels, inserted in a volume of 1 m³ saturated with
formaldehyde (15-18 ppm). Through specific tests it was possible to
quantify the time necessary to reduce formaldehyde concentration
to nearly zero.
