At Nanoedge we are proud to have successfully brought our independently developed low-temperature nano-coating technology to market. This innovation leap enables us to realize complex nano-layers at very low process and substrate temperatures on almost all available surfaces. The creation of new properties (functionalization) on almost any original material, for example by applying electrically conductive nanolayers to non-conductors or the construction of multi-nanolayers on flexible surfaces are from now on almost limitless.
- Low process temperatures enable nanolayer deposition on temperature-sensitive materials
- Layer thicknesses from a few nanometers up to 2000 nanometers
- Coatings with high adhesion possible
- Optimum coating results even with structurally challenging substrates
- Material-protectively coating process
- Environmentally friendly – no use of chemicals
- Securing future-oriented technologies through new material innovations
We see our low-temperature process as a cross-sectional technology that can be used in almost all future-oriented key technologies.
Applications:
- Metallization of non-metallic and metallic materials
- Electrical conductivity on non-conductive material
- Creation of ferromagnetic layers
- Hydrophobic and stain-resistant coatings
- Antibacterial coatings
- Heat resistant coatings
- Creation of electrical insulating layers
What do we coat?
- Plastics (small components, membranes, thermoplastics)
- Fibres, composite fibres, powder
- Textiles (fabrics, yarns, fibres)
- Virtually any temperature-sensitive material (flexible or solid structure)
- Your material or product?
With what we coat?
By way of example, some common coating materials are listed here:
- Silver, gold, palladium
- Titanium, nickel, cobalt
- Copper, tungsten, molybdenum
- PTFE