N
S
B
μ₀H
∇×E
NdFeB
Precision Magnetics

High-Performance Powders

Revolutionary magnetic materials engineered for next-generation electric motors and generators. Three proprietary solutions delivering unprecedented performance in traction motors, aerospace applications, and high-temperature environments.

3
Magnetic Solutions
3.0μm
Particle Precision
2.7t
Annual Allocation
180°C+
Operating Temp

Magnet Performance Suite

Proprietary magnetic materials delivering superior performance in the most demanding applications from EV traction motors to aerospace systems.

NdFeB
NanoDy™

NdFeB Powder NanoDy™

D50 3.0 μm
O < 800 ppm
Hcᵢ ≥ 1900 kA/m
Key Applications:
Traction MotorsServo Motors
100 kg MOQ500 kg annually
SmCo
AeroTorque™

SmCo Chips AeroTorque™

Br ≥ 1.1 T
Hc > 945 kA/m
High temp stable
Key Applications:
Jet ActuatorsAerospace Motors
10 kg MOQ200 kg annually
Dy-Al
30 wt% Dy-Al

Dy-Al Master Alloy

30% Dy content
±1% homogeneity
Grain < 200 μm
Key Applications:
NdFeB DopingMagnet Enhancement
25 kg bricks2 t annually

Powering the Electric Revolution

Magnetic materials driving efficiency and performance across electrification and advanced manufacturing.

Electric Mobility

High-efficiency traction motors enabling longer range and better performance.

• EV traction motors >180°C
• Reduced rare earth usage
• Enhanced power density

Renewable Energy

Reliable magnets for wind turbines and energy generation systems.

• Wind turbine generators
• 25-year lifecycle reliability
• Extreme weather resistance

Aerospace & Defense

High-temperature stable magnets for critical aerospace applications.

• Jet engine actuators
• Extreme temperature operation
• Mission-critical reliability

Proprietary Manufacturing

Advanced powder metallurgy and precision processing for consistent magnetic performance.

3.0μm
Particle size control
< 800ppm
Oxygen content
1900+
kA/m coercivity
±1%
Composition uniformity

Electrify Your Applications

Configure your precision magnetic material specifications and accelerate your next-generation motor designs.