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Chemical and galvanic surface technology
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Newsblog
16.06.2022News of the professorship
Webinar on plasma electrolytic oxidation at Swedish university
Our colleague Frank Simchen will hold a webinar on plasma electrolytic oxidation (PEO) on 22.06.2022 at 10:00 as part of a continuing education series at the University of Jönköping. The lecture and discussion are aimed at potential users and researchers. During the event, the basics of the process will be explained and the current state of the art and current research trends will be described. The event will be moderated by Dr Maximilian Sieber.
Our colleague Frank Simchen will hold a webinar on plasma electrolytic oxidation (PEO) on 22.06.2022 at 10:00 as part of a continuing education series at the University of Jönköping. The lecture and discussion are aimed at potential users and researchers. During the event, the basics of the process will be explained and the current state of the art and current research trends will be described. The event will be moderated by Dr Maximilian Sieber.
10.06.2022Event International
WOT successes at the International Thermal Spray Conference (ITSC) 2022
After a two-year interruption, the ITSC took place in Vienna from 04 to 06 May 20222 as an attendance event with approx. 400 participants. The WOT was represented by four people (Maximilian Grimm, Thomas Lampke, Thomas Lindner and Bianca Preuß).
After a two-year interruption, the ITSC took place in Vienna from 04 to 06 May 20222 as an attendance event with approx. 400 participants. The WOT was represented by four people (Maximilian Grimm, Thomas Lampke, Thomas Lindner and Bianca Preuß).
06.04.2022Cooperations of the professorship
Workshop at the learning camp of the Auerbach Goethe-Gymnasium
From 30 March to 1 April 2022, around 30 pupils took part in the learning camp at Goethe-Gymnasium Auerbach in the Vogtland region of Saxony. In one part of the workshop, scientists from the Chair of Materials and Surface Engineering supervised experiments on electrochemical and thermal oxide layer formation on titanium substrates under the theme "Highly Exciting and Hot as Fire".
From 30 March to 1 April 2022, around 30 pupils took part in the learning camp at Goethe-Gymnasium Auerbach in the Vogtland region of Saxony. In one part of the workshop, scientists from the Chair of Materials and Surface Engineering supervised experiments on electrochemical and thermal oxide layer formation on titanium substrates under the theme "Highly Exciting and Hot as Fire".
09.03.2022Projects of the Professorship
IGF research project "OptiGrain“ successfully completed
The objective of the completed research project IGF - 20.588 BR was the "Optimisation of the carbide grain size in WC-Co(Cr) coatings to increase wear resistance under simultaneous corrosive stress". The result of the project with the short title "OptiGrain" is the adaptation of the established WC-10Co4Cr coatings to changed requirement profiles compared to the time of their development.
The objective of the completed research project IGF - 20.588 BR was the "Optimisation of the carbide grain size in WC-Co(Cr) coatings to increase wear resistance under simultaneous corrosive stress". The result of the project with the short title "OptiGrain" is the adaptation of the established WC-10Co4Cr coatings to changed requirement profiles compared to the time of their development.
02.03.2022Projects of the Professorship
New IGF project "GaGoKom" launched
Since the end of last year, the Chair of Materials and Surface Engineering has been working together with Prof. Frank Köster's Surface/Galvanotechnology group at Mittweida University of Applied Sciences to replace cyanide in gold electroplating with alternative complexing agents. The project is supported by 16 industry-related specialist companies on the project committee.
Since the end of last year, the Chair of Materials and Surface Engineering has been working together with Prof. Frank Köster's Surface/Galvanotechnology group at Mittweida University of Applied Sciences to replace cyanide in gold electroplating with alternative complexing agents. The project is supported by 16 industry-related specialist companies on the project committee.
