Application
Automotive & Motors
DC motor stators, BLDC multipole rotors, EPS and actuator sensors.
Engineering requirements
What the material has to deliver
- Stable Br over the operating temperature window
- Free pole orientation for multipole rotors
- Tight dimensional tolerance after molding
- Mechanical strength at high filler loading
Selection support: send the target Br / Hcj, operating temperature, part geometry and molding process — our engineers will shortlist the closest published grade or propose a custom compound.
Request a shortlist →Recommended material systems
4 compound series to start from
Open a series to see every grade and its full parameter table.
PA6
Ferrite Compound · PA6
Anisotropic strontium ferrite compound in PA6 (Nylon 6) for injection-molded multipole parts.
5 grades · Br 208~220–302~312 mT
PPSFerrite Compound · PPS
Anisotropic strontium ferrite compound in PPS for elevated-temperature molding environments.
5 grades · Br 235~245–260~280 mT
PPSISO NdFeB / PPS
Isotropic NdFeB compound in high-temperature PPS resin for applications that demand better thermal and chemical resistance.
8 grades · Br 350-420–560-580 mT
PA12ANI NdFeB / PA12
Anisotropic NdFeB / PA12 compound for high-energy multipole rotors with oriented magnetic fillers.
2 grades · Br 730-790–750-820 mT
Component formats
What we can manufacture for this application
Injection-molded multipole rings
Produced to drawing and magnetization pattern.
Motor tiles
Produced to drawing and magnetization pattern.
Rotor assemblies
Produced to drawing and magnetization pattern.
Building for automotive & motors?
Send us a drawing or just the performance target.
We will recommend a material system and provide samples for evaluation.