Additive manufacturing of permanent magnet materials - AddMag

Project summary

Due to rapid improvements in devices for sustainable energy, the demand for precisely shaped and miniaturized permanent magnets is ever growing. Since these demands cannot be met with conventional manufacturing methods, additive manufacturing has to be applied and in recent years, it has already presented itself as more and more important in the production of permanent magnets In this project, the additive manufacturing process of two magnetic materials, Nd-Fe-B and Fe-Cr-Co will be examined. New approaches will be followed by using various base materials like amorphous powders and powders from recycled end- of- life magnets and by printing via in-situ alloying of powder mixtures. Possible applications will be mostly magnets for electronic devices and for electric engines as these are key sectors for this type of materials. The recycling or reduction of rare- earth elements in these production chains will have both positive environmental and societal impacts.

Project Details

Call

Call 2021


Call Topic

Materials for additive manufacturing


Project start

01.06.2022


Project end

31.05.2024


Total project costs

1.250.718 €


Total project funding

878.418 €


TRL

2 - 4


Coordinator

Siegfried Arneitz

Graz University of Technology , Kopernikusgasse 24 , 8010 GRAZ, Austria


Partners and Funders Details

Consortium Partner   Country Funder
Graz University of Technology
https://imat.tugraz.at
University Austria AT-FFG-PdZ
Graz University of Technology
https://imp.tugraz.at
University Austria AT-FFG-PdZ
AVL List GmbH
https://www.avl.com/
Large industry Austria AT-FFG-PdZ
Vega Technik GmbH
https://vegatechnik.com
SME Austria AT-FFG-PdZ
Jozef- Stefan- Institute
https://nano.ijs.si/
Research org. Slovenia SI-MIZS
MagREEsource
https://magreesource.org
SME France FR-ANR
Metalpine GmbH
https://metalpine.at/
SME Austria AT-FFG-PdZ
Institute Néel - CNRS
https://neel.cnrs.fr/en
Research org. France FR-ANR

Keywords

magnetic properties, magnetic materials, 3D printing, sustainable energy usage, sustainable process