[nanoPost] Nanotechnology anti-bacterial wall paint

Company Germany

Anti-bacterial and anti-microbial wall paint where the effect is created by non-toxic nano particles . The significant breakthrough with this development is that the paint contains no biocides, solvents and coating preservatives. 

The system's efficiency retains its effect permanently. The rapid degradation of the protective function due to the evaporation of effective ingredients - as is commonly the case with biocides in conventional paints - does not take place. This property of our products, along with the absence of biocides, solvents, plasticizers, and preservation agents ensures that no indoor air pollution is caused by our low-emission coating.
 

Constant high anti-bacterial efficiency
Germs, bacteria or fungal spores brought into contact with the surface coated and the integrated nano particles, for instance by the movement of air, are very quickly eliminated. The wide-ranging effects produced by the nano coating result not only in an improvement in the level of hygiene in medical and nursing facilities of all kinds, but also offer maximum protection against the formation of mould and mildew in bathrooms, toilets, washing areas and kitchens.

The anti-microbial effects have been demonstrated in extensive studies. In addition to the direct inoculation of coating samples using inoculating loops according to Ph.Eur.2.6.1. the reduction in hospital germs such as staphylococcus aureus has also been examined. The observed reduction of 99.6% testifies the power of Bioni Hygienic.

Multi-functional surface protection

In hospitals in particular, interior wall paints and coatings are subject to extremely high chemical and mechanical demands. In order to meet these demands, tthe coating has been designed to provide a high degree of resistance to both cleaning (wet abrasion resistance class 2 according to DIN EN 13300) as well as to chemicals. In addition, the coating is non-flammable (building material class A2 according to DIN 4102-1) thus providing a unique supplementary safety feature.