
Molecular imaging
Our capability in molecular imaging helps to shed valuable new light on our customers’ applications.
We help build faster, more efficient materials & chemical processing capability for customers facing complex scientific challenges - from additive screening to detailed structural analysis.
If you want to upscale and build more reliable production processes then you need new and improved analytical strategies for the material and chemical processes involved. We help you define the correlation between the chemical composition of the feedstock and the final products as a function of reactor design/conditions; the morphology of the feedstock.
Our work in this field is built on our competence in materials and chemical properties, including the identification, quantification and characterization of physical and chemical activity. Our ability to understand and translate properties at the molecular level to materials performance is essential for the materials of today.
Thermal (Tg) properties |
DSC |
Flash & HPer-DSC |
Micro-calorimetry |
TGA |
Vacuum TGA |
Humidity chamber TGA-DSC |
Visco |
Crystallization |
End-group titrations |
Chemical resistance |
UV and thermal stability |
Out Gassing |
Solubility |
Diffusion Particle size (laser, sieving, microscopy), particle shape, powder characterisation, (powder flow, caking, hygroscopic behavior, charging etc.) viscometry |
On-line NIR |
Raman |
MS. Micro-Reactors (Gas-, Liquid-, Solid-phase) coupled to analytical devices – DSC-NMR/ DSC-Raman/ TGA-GCMS/ EGA-GCMS/ Pyrolyser-GCMS |
Our capability in molecular imaging helps to shed valuable new light on our customers’ applications.
We use small molecule profiling to give customers fresh insight into their complex materials.
Our unique combination of competences in morphology, process analytics and data analysis & statistics drives our work in catalyst characterization.