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With biohybrid composite material to 3D cell culture model
KIT has developed a unique process to produce customized three-dimensional composite materials for the coating of culture vessels. The biohybrid materials have precisely controllable mechanical properties.
- Coating technology
- Biotechnology
- Polymer industry
- Printing industry
- Medicine and healthcare
- Process and production engineering
Biodegradable parylene coatings
Surface modification with parylene coatings that are degradable for the first time opens up new uses for biomedical applications.
- Coating technology
- Printing industry
- Electrical engineering
- Energy technology
- Optical Industry
- Process and production engineering
- Chemical industry
Environmentally friendly organic solar cells
Novel process for producing semiconductor inks increases the environmental friendliness of solar cell production.
- Automotive industry
- Aerospace industry
- Mechanical engineering
- Plant engineering
- Process and production engineering
- Building industry
XFRP springs with variable fiber combination
Springs made of a new type of fiber-plastic composite increase reversible energy absorption capacity through special combination and arrangement of the fiber materials.
- Coating technology
- Polymer industry
- Process and production engineering
- Printing industry
- Microtechnology / precision mechanics
Pure white on polymer basis
Microstructured, porous polymer films and powders produce white coloration for industrial products as a non-toxic alternative to titanium dioxide.
- Ceramic industry
- Filter technology
- Chemical industry
- Pharmaceutical industry
- Process and production engineering
Highly porous ceramic filters from the printer
Novel ceramic pastes and a special drying method enable 3D printing of highly porous cellular ceramic filters.
- Energy technology
- Chemical industry
- Energy and water supply
- Coating technology
- Automotive industry
- Process and production engineering
A reinforcement for electrolytes
New class of materials consisting of filler-reinforced polymerised ionogels can be used as solid electrolyte membrane for lithium-ion batteries.