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How can electric cars charge even faster in the future? And what does pressed metal powder have to do with it? In this episode, we dive into the world of powder metallurgy and show how innovative sintered copper components are improving the charging infrastructure for electric mobility.
Together with Manuel Pohn (R&D Team Leader) and Robert Hellein (Materials Expert and Innovation Manager) from Miba Sinter Austria, we discuss how highly complex components are created from fine metal powder and why copper plays a central role in efficient energy transfer at fast-charging stations.
You’ll also learn what sintering means, where you encounter sintered components in everyday life, and how this technology enables particularly resource-efficient production with a reduced CO₂ footprint: an important contribution to “Technologies for a Cleaner Planet.”
We’ll provide insights into the development process at Miba and show how an idea quickly becomes a production-ready product.
By Miba AGHow can electric cars charge even faster in the future? And what does pressed metal powder have to do with it? In this episode, we dive into the world of powder metallurgy and show how innovative sintered copper components are improving the charging infrastructure for electric mobility.
Together with Manuel Pohn (R&D Team Leader) and Robert Hellein (Materials Expert and Innovation Manager) from Miba Sinter Austria, we discuss how highly complex components are created from fine metal powder and why copper plays a central role in efficient energy transfer at fast-charging stations.
You’ll also learn what sintering means, where you encounter sintered components in everyday life, and how this technology enables particularly resource-efficient production with a reduced CO₂ footprint: an important contribution to “Technologies for a Cleaner Planet.”
We’ll provide insights into the development process at Miba and show how an idea quickly becomes a production-ready product.