The work aims at structure-property-relation based design of tailor-made polymers for specific applications. Besides classical synthetic methods such as radical polymerization and polycondensation suitable controlled polymerization methods like anionic polymerization and controlled radical polymerization are applied and further developed to achieve high control on the chain architecture. Material properties are characterized in close collaboration to the Institute Physical Chemistry and Physics of Polymers and the Institute of Polymer Materials. Main projects focus on the topics polymers and hybrids for organic electronics, polymers with inherent add-on properties (such as flame retardancy, anti-biofouling, (di)electric properties, self-healing). Present and future projects take the aspect of sustainability into account.
Fields of work:
- Organic electronics
- Anti-Biofouling polymers
- Biobased polymers
- Polymers for energy storage applications
- Self-healing materials
- Polymers for flame retardancy