REDOXSTONE®
REDOXSTONE ® system born from the collaboration with Infinity TiO2 Lab.
This treatment allows the removal of pollutants from the air and it avoids the accumulation of organic compounds often responsible for the contamination of architectural products: all this with the only action of rain. This system also activates bactericides processes making the surfaces self-sterilized.
The system REDOXSTONE ®, developed thanks to the laboratory Infinity TiO2 Lab, allows the surfaces to assume photocatalytic properties through the use of titanium dioxide which acts as a catalyst, that is, as an activator of the reaction that decomposes the organic pollutants present in the air and transforms them into salts environmentally friendly.
Finally, the surface of travertine converted with the system REDOXSTONE ® assumes the ability to deodorize environments, disrupting the molecules of substances not like smell.
Just as natural catalysts, Titanium Dioxide does not exhaust its activity over time, as it is constantly being restored by the reaction itself.
REDOXSTONE ® system born from the collaboration with Infinity TiO2 Lab.
This treatment allows the removal of pollutants from the air and it avoids the accumulation of organic compounds often responsible for the contamination of architectural products: all this with the only action of rain. This system also activates bactericides processes making the surfaces self-sterilized.
The system REDOXSTONE ®, developed thanks to the laboratory Infinity TiO2 Lab, allows the surfaces to assume photocatalytic properties through the use of titanium dioxide which acts as a catalyst, that is, as an activator of the reaction that decomposes the organic pollutants present in the air and transforms them into salts environmentally friendly.
Finally, the surface of travertine converted with the system REDOXSTONE ® assumes the ability to deodorize environments, disrupting the molecules of substances not like smell.
Just as natural catalysts, Titanium Dioxide does not exhaust its activity over time, as it is constantly being restored by the reaction itself.
