Photocatalytic materials are effective against nitrogen oxide, carbon oxide, sulphur oxide, formaldehyde, aldehyde, ammonia, hydrogen sulphide, cigarette smoke, pathogenic agents (viruses and bacteria), etc. Our technology suggests using self-organizing nanoporous anodic films with high specific area as new photocatalytic materials. Using not only titanium, but also Ti-Al alloys is very promising in development of coatings with exceptionally good photocatalytic properties. The technology is protected by two patents of Russian Federation on formation of nanoporous coating on Ti-Al powder alloys.
Photocatalytic materials are effective against nitrogen oxide, carbon oxide, sulphur oxide, formaldehyde, aldehyde, ammonia, hydrogen sulphide, cigarette smoke, pathogenic agents (viruses and bacteria), etc. Our technology suggests using self-organizing nanoporous anodic films with high specific area as new photocatalytic materials. Using not only titanium, but also Ti-Al alloys is very promising in development of coatings with exceptionally good photocatalytic properties. The technology is protected by two patents of Russian Federation on formation of nanoporous coating on Ti-Al powder alloys.
