Plasma Surface Technology · Materials Physics
We develop new layer systems for decorative and functional applications and examine physical and chemical material properties
The department is engaged in vacuum-based depositions, in surface modifications and the characterization of materials with respect to the physical and chemical properties. The thin film deposition and surface modification is carried out using PVD (Physical Vapor Deposition) and PACVD (Plasma-Assisted Chemical Vapor Deposition) processes. These methods offer a wide range of possibilities for the modification of deposition parameters and for the coating of various materials (steels, hard metals, metals, plastics, ceramics, glass, textiles). Substrates and components can be coated stationary, with single or double rotation as well as roll-to-roll (R2R). Applications range from wear and corrosion protection to decorative applications, biocompatible coatings and energy technology (fuel cells).
Research and Development
- PVD and PACVD layer development
- Plasma nitriding
- Wear and corrosion protection
- Decorative hard coatings
- Biomedical/biocompatible coatings
- Energy technology (fuel cell)
Services
- Roughness and profile measurements 2D INFO | 3D INFO
- Film thickness measurements INFO
- Tribological examinations INFO
- Microhardness tests INFO
- Microstructure analysis
- X-ray diffractometry and X-ray reflectometry INFO
Current Research Projects
The transfer of knowledge from research to industrial practice is all the more successful the earlier we cooperate with SMEs and large companies in our R&D work. This is why we are always on the lookout for companies to join the Project Support Committees (PA) of our new and ongoing IGF projects. If you are interested, please contact the respective contact person directly or use the contact form.
___
NEW: Flexible lithium-ion cells with microstructured current collectors to increase flexibility, adhesion and volumetric energy density Summary (German)
Development of a PACVD method relevant for production to deposit electrically conducting a-C:H:N protective coatings with high rate for PEM fuel cells Research Project
Improving the corrosion and wear resistance of hard material-coated components by modifying electrical and mechanical properties Summary (German)
Development of PVD coatings based on titanium/zinc and titanium/silver on textile fabrics Research Project
Development of conductive carbon-based protective coatings using established and novel coating processes for metallic bipolar plates of PEM fuel cells Summary
