HRE-Free Magnets

High-volume, stable production of high-performance magnets completely free of heavy rare earth elements, achieved via formulation refinement and strip-casting microstructural optimization.

• Material cost reduction
• Maximized rare earth resource efficiency
• Reduced dependency on critical heavy rare earths
• Advancing corporate sustainability targets (ESG)

CeNdFeB Magnets

Cost-optimized magnets utilizing high-abundance Cerium (Ce) to reduce PrNd consumption, ideal for consumer electronics and mainstream industrial motor applications.

• PrNd Reduction: 5% to 50% PrNd reduction for grades 38SH, 52H, 52M, N54 and below
• GBD Integration: Serial production achieved for grades 50SH, 48UH, and below with low-PrNd formulations via grain boundary diffusion
• Resource Stabiity: Significantly lowers reliance on critical light rare earths, driving sustainable material deployment

Multi-Pole & Radially Oriented Ring Magnets

Engineered for high-performance, precision motors delivering high magnetic output and robust engineering reliability. Fully customized for automotive steering, electromagnetic suspensions, industrial automation, humanoid robotics, and high-speed home appliances.

• Optimized magnetic circuits and polarity profiles to deliver high magnetic flux density output
• Precision multi-pole design enhancing motor efficiency and cogging torque reduction

Laminated Magnets

Segmented insulated multi-layer built to suppress eddy current losses, minimize operating temperature rise, and elevate system efficiency—ideally suited for NEV traction motors, axial flux motors, and wind power generators.

• Low eddy current losses, mitigating thermal build-up
• High-dielectric insulation, securing robust engineering reliability
• Elevated system efficiency and extended operational lifecycles
• Down-grading material requirements while maintaining identical or superior system-level performance

Case Study (NEV Traction Motor): Transitioning to our laminated magnet solution successfully lowered operational temperature rise by 15°C, enabling a material grade optimization from UH to SHT without performance loss.

Alternative Solution: Slotted magnet configurations available to optimize material utilization and overall system benchmarking.