Company
Based on Sol-Gel Process techniques, AnNaTech works together with a lot of Eropean developer and produces high-duty coatings (Nanocoatings) for areas such as electronics, automotive and facade engineering.
Therefore on a molecular level different surface coatings were designed in the lab implementing various functionalities. These products were efficiently developed to series-production readiness, produced and marketed world-wide. AnNaTech coating systems also provides tailor-made product solutions in various ways for customer requirements on demand.
Nanotechnology - Basis for the materials in the future
Nanotechnology is increasingly considered to be the future technology of the 21st century. Nanotechnology is dealing with research and the construction in the sphere of very small structures which are smaller than 100 nanometre:
one nanometre is a millionth part of a millimetre. The diameter of a human hair is fifty thousand times bigger.
New effects and possibilities must be attributable primarily to the ratio of surface to volume atoms and the quantum mechanical properties of the components. By varying the composition, shape, size or character of the surface, these nano particles can be shaped again and again like small building blocks, resulting in unprecedented scope for material design.
The decisive factor is that new mechanical, optical, magnetic, electrical and chemical characteristics and properties can result from the nano-scale nature of the system components. With this technology new materials can be designed for the macroscopic world. The consequence: New materials for the future with undreamed-of possibilities.
AnNaTech coating systems is specialty is the development and production of new surface coatings.
New effects and possibilities must be attributable primarily to the ratio of surface to volume atoms and the quantum mechanical properties of the components. By varying the composition, shape, size or character of the surface, these nano particles can be shaped again and again like small building blocks, resulting in unprecedented scope for material design.
The decisive factor is that new mechanical, optical, magnetic, electrical and chemical characteristics and properties can result from the nano-scale nature of the system components. With this technology new materials can be designed for the macroscopic world. The consequence: New materials for the future with undreamed-of possibilities.
