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Company Germany
A novel patented method enables the coating of surfaces with thin and ultrathin layers of thicknesses from 1 nanometer. This method opens completely new possibilities for a multipicity of coating applications.
Surfaces that Can Be Coated:
- Metals (e.g., aluminum, iron, titanium, chromium, nickel, copper, silver, gold)
- Metal alloys (e.g., steel)
- Glasses (e.g., microscopy glasses, window glasses)
- Silicon wafers
- Ceramics (e.g., silicate ceramics, oxide ceramics, brick, clay, glass ceramics)
- Rock (e.g., sand stone, marble)
- Artificial stone (e.g., concrete)
- Wood (e.g., maple, oak, poplar)
- Paper and cardboard
- Textiles (e.g., cotton, viscose, silk)
- Plastics
Coating Materials that Can Be Used:
- High-molecular-weight silicon compounds (e.g., polysiloxanes, polysilanes, polysilazanes, copolymers)
- Low-molecular-weight silicon compounds
- High- and low-molecular-weight tin compounds
- High- and low-molecular-weight germanium compounds
Preparation Methods that Can Be Applied:
- spraying
- brushing
- immersing
Applications that the Coatings Can Be Used for:
- Adhesion promoter and adhesive layers
- Protective layers (e.g., against UV, corrosion, diffusion, micro organisms, dirt)
- Lubricating layers
- Anti-adhesive und anti-graffiti layers
- Biocompatibility layers
- nanostructured layers
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