Forschung & Entwicklung | STURM® INDUSTRIES

4 Articles

Additive Fertigung ×

Neues Forschungsvorhaben 3D-4-H2

Ziel des Projektes ist die Weiterentwicklung der 3D-Druck Technik für H2-Anwendungen. Der innovative Kern des Vorhabens besteht in der eng verknüpften Entwicklung von Basismaterial, 3D-Druckverfahre...

3D Druck Additive Fertigung EFRE Wasserstoff

Dec 17, 2025 Forschung & Entwicklung

Investigation of filler share influence in highly filled carbon polymer compounds (> 50 vol%) with Material Extrusion (MEX) based Additive Manufacturing

This paper differs from existing literature that it investigates the electric conductivity in special of different carbon compound formulations with challenging filler share rates of more than 50 vol%...

3D Druck Additive Fertigung Additive Manufacturing Carbon Graphite MEX Material Extrusion

Dec 17, 2025 Forschung & Entwicklung

Investigation of filler share influence in highly filled carbon polymer compounds (> 50 vol%) with Material Extrusion (MEX) based Additive Manufacturing

Today highly filled carbon compounds are used in special applications with the need for high electric or thermal conductivity at high chemical resistance processed only by conventional manufacturing t...

3D Druck Additive Fertigung Additive Manufacturing Carbon Graphite H2 Hydrogen MEX Material Extrusion Wasserstoff

Apr 29, 2025 Forschung & Entwicklung

Investigation of filler share influence in highly filled carbon polymer compounds (> 50 vol%) with Material Extrusion (MEX) based Additive Manufacturing

Die Additive Fertigung, gemeinhin auch als „3D-Druck“ bezeichnet, ermöglicht die werkzeuglose Herstellung von Modellen, Funktionsmustern und Prototypen. Schon heute eignen sich einige Verfahren auch f...

3D Druck Additive Fertigung Additive Manufacturing H2 Hydrogen MEX Material Extrusion Wasserstoff

Apr 18, 2023 Forschung & Entwicklung