Commercialization of Cerium-based gap magnets–TCF Award

Variety of possible applications in sensors and actuators.
Variety of possible applications in sensors and actuators. 

CMI researchers at Ames Laboratory and the Materials Preparation Center conducted the research for this highlight

Innovation 
Develop commercial product with industrial partner to scale up, use injection molding cerium-based magnets for automotive sensors and auxiliary motors

Achievement

  • Partner with U.S. magnet manufacturer BUNTING-DuBois with 50% cost share) to test and adopt CMI technology for cerium-based gap magnets.
  • Office of Technology Transfer (DOE-OTT) awarded Technology Commercialization Fund (TCF) $85,000 for feasibility study.

Significance and Impact
A successful feasibility study will transform existing bonded magnet industries for automotive, sensor, and medical devices by offering better performance and domestically accessible, process-effective alternatives.

Hub Target Addressed 
Win industry adoption of three technologies related to materials substitution for rare earth magnet materials. 

Lower part - magnetic characteristics of laboratory samples of Ce-magnets, upper part – planned casting process using commercial Ce
Lower part - magnetic characteristics of laboratory samples of Ce-magnets, upper part – planned casting process using commercial Ce