High end analytics replaces try and error by strategy
The Material Analytics Department focuses on understanding of plastics and their compounds, from molecular characterization to application properties. On the molecular level, a unique portfolio of methods for liquid chromatography, spectroscopy, and spectrometry is available. The aim is to create molecular fingerprints of plastic compounds and link these to relevant properties. A wide range of microscopic techniques is available to resolve composition or microstructural features on various length scales. Towards application, methods for recording material properties are developed in order to create material models. This includes for example sorption characteristics, weathering, or electric properties.
Our key competencies
- In depth molecular understanding of polymers and their composites
- Customized application-oriented testing of polymers and their composites
For example:
- Development of comprehensive separation protocols for thermoplastics
- Analysis of volatile components from polymers
- Physical tests for application properties
- Comprehensive analysis of morphology and crystalline microstructure of polymer parts
Value for industry and partners
We develop tailor-made protocols for testing the application properties of polymer-based materials and components made thereof. These are supplemented by unique capabilities for molecular understanding of polymers, ranging from main components to trace analysis.
Based on our competence from the molecule to the application properties, our customers may choose the most suitable material for a desired application. Analytical evidence may be used to support consistent production according to defined quality standards and ensure compliance with regulatory guidelines.
Integration into our R&D services and research topics
Analytical evidence is the key to sustainable use of polymers. Separation techniques are available which enable to deformulate plastics – both fossil based and bio-based - down to the trace level. Expertise has been built to translate analytical results into recommendations for processing and material sourcing.
Dynamic processes occuring in plastics as a result of a wide range of physical or chemical loads, e.g. weathering or media contact, can be monitored using our analytical tools. The results of such analytical screening can be used to predict service lifetime of materials and minimize failure.