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Our Capabilities
Our Capabilities
Our research is supported by complementary capabilities spanning computational materials design, materials synthesis, fabrication, characterization and performance testing. These facilities enable us to investigate materials and reactive interfaces from initial design through to functional performance and data-driven optimization.
Computational Design
Computational Design
We use computational approaches to explore materials, interfaces and processes and to guide experimental design. Modelling and data-driven methods help us identify promising materials, understand structure–property relationships and optimise experimental conditions.
Centrifuge
HPHT autoclave
Tube furnace
Ultrasonic probe
Dip coater
Spin coater
Automated film applicator
3D printer
Punching tool
Coin cell assembly equipment
Coin cell disassembly equipment
Pouch cell equipment
ATR-FTIR with heating module
Ion Chromatograph
Rotational viscometer
Mechanical tester
Adhesion (pull-off) tester
Electrosynthesis equipment
Electrochemical stations with EIS
Battery testers
Interested in working with our facilities?
Interested in working with our facilities?
Our experimental capabilities can support collaborative research across materials development, characterization and functional testing. If you have a specific material, process or research question you would like to investigate, we welcome enquiries about potential collaborations or services for industry.
iR - interfacial engineering Research group
Prof. dr. Veerle VandeginsteKU Leuven, Department of Materials Engineering, Functional MaterialsiR - interfacial engineering Research group
Get in touch
Contact →Get in touch
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