Traction motors
High torque density and efficiency for passenger cars, commercial vehicles and electric drive systems.
Automotive & E-Mobility
Custom NdFeB magnets and ready-to-install magnetic assemblies for efficient, compact and reliably durable vehicle systems.
Automotive Engineering
Permanent magnets perform numerous key functions in electrified vehicles – from traction drives, steering and braking systems to pumps, sensors and comfort applications. High power density, thermal stability and repeatable magnetic properties in a compact package are essential.
Spacemagnets Europe supports automotive projects from material and coating selection through magnetic-circuit optimization to quality-assured series supply. Geometry, magnetization and assembly concepts are matched to the load profile, temperature, installation space and lifetime requirements.
Compact NdFeB solutions for high-torque, efficient electric drives.
SH, UH and EH grades for continuously loaded vehicle systems.
Documented dimensional, magnetic and coating inspections for repeatable series quality.
Material, geometry, magnetization and assembly concept developed as one matched solution.
High torque density and efficiency for passenger cars, commercial vehicles and electric drive systems.
Precision magnets for fast, reliable actuation and wheel-speed sensing.
Compact magnetic solutions for dynamic, low-noise steering drives.
Temperature- and media-resistant magnets for continuously operated auxiliaries.
High-performance magnets for compact, efficient electric compressors.
High energy density for start-stop, recuperation and hybrid functions.
Defined magnetic fields for position, rotation, seat-belt and ignition applications.
Compact magnetic circuits with high field strength for automotive audio and actuators.
The following ranges are technical guidance. Final grade selection is based on the operating point, geometry, temperature, corrosion exposure and required safety margin.
| Vehicle system | Typical NdFeB range | Technical focus |
|---|---|---|
| Traction motors | N35UH–N52UH / N38EH–N42EH | High coercivity, thermal stability and torque density |
| ABS and electric pumps | N38SH–N50SH / N38UH–N45UH | Dynamic response, compact design and reliable continuous operation |
| Electric power steering | N38SH–N45SH | Smooth operation, precision and high power density |
| A/C compressors and starter generators | N45SH–N52SH | Efficiency under elevated thermal loads |
| Sensors and ignition systems | N28UH–N42SH | Defined field geometry and stable signal quality |
| Loudspeakers | N35–N50 / N35M–N50M | Compact magnetic circuits with high flux density |
Maximum permissible operating temperature is not determined by the material alone. Magnet geometry, counter-field, coating, cooling and installation conditions also matter and are therefore verified for each project.
Magnetic operating-point design with sufficient reserve across the complete load and temperature profile.
Application-specific NiCuNi, epoxy, zinc or specialty coatings for moisture, salt and media exposure.
Segmentation, lamination and adapted geometries reduce eddy currents in high-speed systems.
Tight magnetization, angular-error and flux-distribution tolerances support low torque ripple.
Defined bonding, encapsulation and retention concepts secure magnets under vibration and high rotational speed.
IATF 16949-oriented processes, traceability and project-specific inspection and documentation packages.
Share your load profile, temperature range, installation space, magnetization, coating and annual demand. Our engineering team supports magnet-grade selection, magnetic-circuit design, assemblies and a series-ready supply strategy.
Engineering resources
Permanent magnets, sensor magnets and resolvers support precise electric drives, actuators and position sensing in vehicles. Material, coating and assembly are matched to temperature, vibration and serial-production requirements.