We have expertise in the development and use of soft magnetic materials, electrical steels and their application. Using our extensive range of tools, we develop and refine advanced measurement and modelling techniques to have a better understanding and description of the behaviour of these applications. We can assist you with material selection, product design and characterisation of your electromagnetic application (PDF 384 kB).

We specialise in new steel grade development – grain oriented and non-grain oriented – for electromagnetic applications, whilst paying attention to the reduction of energy dissipation and the enhancement of permeability. Furthermore, we help you boost the performance of your products by improving thermal conductivity and mechanical strength.

Using numerical modelling techniques, we simulate the electromagnetic properties of your application or system. We customise our advanced software using our comprehensive database with relevant properties of all electrical steel grades. Thanks to finite element modelling, we optimise your design in terms of electromagnetic performance (e.g. loss prediction) and select the best electrical steel grade for your application. We search for the perfect combination between those two to propose you a cost-saving solution with enhanced efficiency.

Rapid quality control and easy monitoring of your electromagnetic product are indispensable. We have standard as well as advanced magnetic measurement tools for use in the laboratory or on a production line. On the one hand, we supply laboratory magnetic measuring devices for standard characterisation, such as Epstein Frame and Single Sheet Tester (SST) devices, following IEC60404 standards. On the other hand, we develop custom-made magnetic measuring systems that can be installed on-site for advanced characterisation. The main advantage of such an on-site assessment is the display of real-time data. These home-made flexible systems are applicable in various fields, for example to check magnetic properties during production of electrical steel.