The 6th SCT2022 ( https://lnkd.in/e3sX5Jjm ) has recently concluded, marking another successful event in the field! During this event, Professor Renzo Valentini delivered an insightful presentation on the hydrogen embrittlement susceptibility investigation of PHS2000....
Diffusible hydrogen measurements directly on sheet metal components is now possible thanks to HELIOS 4 Hot Probe. We are excited to share that the European Commission Innovation Radar has selected HELIOS 4 Hot Probe. HELIOS 4 Hot Probe, the object of the examination,...
The European Commission’s Innovation Radar has recently conducted an analysis of the HELIOS innovation. Our team was responsible for the partial development of HELIOS 4 Hot Probe within the framework of the FORMPLANET research project. The equipment’s...
CRYSTAL project is a RFCS (Research Fund for Coal and Steels) Project, aimed to reduce the hydrogen embrittlement risk in High Strength Steels parts of Automotive Industry. Hydrogen is always present in the part production stage steel. Steel compontents can adsorb...
We widely recognize that hydrogen can induce embrittlement in metal structures and components. Specifically, hydrogen-induced delayed fracture poses significant risks for High Strength Steels. This type of Steels are extensively applied in the automotive industry and...
