Sectris AB specializes in supporting electrocatalyst characterization, backed by our decade-long experience in the field. We offer tailored solutions to enhance your research, including custom electrochemical cell design and support to perform advanced spectroscopic measurements. Our expertise in state-of-art characterization methods (including synchrotron-based techniques) and spectro-electrochemical analysis ensures that researchers achieve their goals efficiently and effectively. Join us in advancing the field of electrocatalysis and discover the difference our support can make for your projects.
We simplify the process for you. Through our consultative approach, you can share the specific characterization you aim to perform, and we will design, manufacture, and deliver a tailored solution. Alternatively, explore our range of standard offerings, you may find exactly what you need.
Explore our range of spectro-electrochemical cells and flow cells designed for in-situ and operando measurements. If you do not find a suitable option among our standard offer, contact us, we will create a customized solution for you.
Developed through our cutting-edge research, the Electro-chemical Induced Raman (EIR) kit is our exclusive innovation. It enables the conversion of a steady-state Raman spectrometer into a time-resolved instrument with 0.1 ms resolution, hence improving it about 1000 times, enabling the detection of elusive electrochemical intermediates.
We provide advanced characterizations analysis for companies or research groups that want to outsource such operations, cutting the costs for specialized instrumentation or in-house expertise.
If your research would benefit from a measurement session at synchrotrons, we assist you in preparing your beamtime proposal and provide support throughout the measurement process and data analysis.
If you need spectro-electrochemical analysis but do not have the necessary capabilities, simply send us your sample, and we will take care of the analysis for you.
Here we do anything but routine measurements
