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DGM Expert Committee on Polymer Materials

Explore contactless in-situ monitoring of hydrogen pressure vessel curing, improving process control and efficiency with real-time dielectric analysis.

Date: March 26th - 27th 2025

Location: Halle (Saale), Germany

Join our session at the Expert Committee

Contactless in-situ monitoring of the curing process of hydrogen pressure vessels using dielectric analysis

27 March 2025 at 9.30 AM

As part of the topic block Polymer Chemistry and Polymer Processing, this talk in German explores the application of contactless in-situ monitoring for the curing process of hydrogen pressure vessels using dielectric analysis. By delivering real-time insights into material behavior, this technology enhances process control, ensures consistent curing quality, and optimizes overall manufacturing efficiency.

Focus: Lightweight Construction and Sustainability in Polymer Materials

The Expert Committee Polymer Materials focuses on understanding the structure-property relationships of single- and multi-component polymer materials. This annual exchange meeting brings together research groups specializing in polymer development, compounding, and characterization to discuss and explore current industry topics. A key aspect of the event is fostering collaboration between academic institutions, non-university research organizations, and industry partners to drive innovation in the development of new polymer materials.

The next meeting will focus on the topic of lightweight construction and sustainability. Additionally, as part of the event, Fraunhofer IMWS will offer an exciting excursion to the Fraunhofer Pilot Plant Center for Polymer Synthesis and Processing (PAZ) in Schkopau.

26 – 27 March 2025 in Halle (Saale)

Talk to our expert

Stay ahead of the latest advancements in polymer chemistry and processing at the upcoming DGM Technical Committee meeting. Join Dr. Nicolas Ecke as he presents on contactless in-situ monitoring for the curing of hydrogen pressure vessels using dielectric analysis. Gain insights into how real-time material data enhances process control, ensures curing consistency, and improves manufacturing efficiency.

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