Sensational results of the practical application of research and technology products Remmers concept is reflected in the formulation of the problem to develop “smart coatings for walls,” which will have specific functions and benefit to customers and recyclers. To achieve this goal it is necessary to use the latest scientific research and modern technology. A key role in this belongs to the application of nanotechnology. In the kingdom of Lilliput Nanotechnology worldwide enjoy increased attention and are called the fundamental technologies of the XXI century. The root of the “nano” comes from the Greek word “drift,” which means “dwarf” “Midget.” The research in nanotechnology, experts are working with the smallest particles constituting the material. At this microscopic level, you can lay the foundation for products with specific properties. The fact that nanotechnology make it possible to purposefully alter the properties of surfaces so that they can perform almost any desired function.
Coatings with a functional focus When developing new products, we work in close collaboration with leading research institutions. The starting point for any research project is the availability of a specific problem, market-oriented, for example, anti-mold indoors. Thus, we were able, using the latest results of scientific research on nanotechnology, together with specialists Fraunhofer Institute of Chemical Technology, to develop a combination of active ingredients that provide high, reliable and long-term protection of wood against destruction of microbes, mold and bacteria. Coatings Remmers constantly undergo various tests and checks. With a diameter of 10 nanometers (corresponding to one hundred thousandth of a millimeter), the elements, developed with nanotechnology, in 5000, and thinner than human hair in size as much smaller than a soccer ball as the ball itself is less than the globe. Scanning electron micrograph of the surface coating layer Bioni. The photograph shows a close to the surface layer, where the nanoparticles are visible binder (Photo taken at the Fraunhofer Institute of Chemical Technology).