Material analytics and the knowledge about processstructure property relationships contribute essentially to the optimization of manufacturing processes and material formulations, and they also support the modeling, simulation and design of polymeric composites. They determine characteristic values of each material that are the base of every simulation model.
Due to the interaction with expert knowledge, material analytics also cover a substantial part of failure analysis and provide a fundamental contribution to the value chain of fiber reinforced composites by developing application oriented testing methods, including the fiber recycling. Another part of material analytics is the development of suitable methods for new materials and specially designed components.
The analytical methods can be applied in almost any sector that deals with polymeric materials. We respond to typical requests concerning materials and parts from teh automotive and aerospace as well as the engineering and construction sectors.
Microscopy of the Crystal Development of Semi-Crystalline Polymers
State-of-the-art transmitted light microscope with heating stage up to 300 °C
Modification and Characterization of Coconut Fibers for Applications in Biocomposites
Development of a new natural fiber source for large-scale applications