Automatic Material Feeding
Ball milling system
Stable and cost-effective
Products
Ferrite Magnets
Reliable permanent magnets engineered for economical, durable and temperature-resistant applications.
- High corrosion and temperature resistance
- Proven for motors, rotors and assemblies
- Economical. Robust. Versatile.
Need Custom Advice?
Our engineers help you choose the right grade.
Ceramic / Ferrite Magnets
Cost-effective solution with excellent corrosion resistance. Standard Y-Series.
Br (Remanence)
4000±100 Gs
Hcb (Coercivity)
3350±150 Oe
Hcj (Intrin. Coer)
3600±150 Oe
(BH)max
3.8±0.2 MGOe
Ferrite
Manufacturing Process
Controlled process steps from powder preparation and forming through sintering and final inspection.
Ferrite
Production Equipment
Dedicated production lines for pressing, sintering, machining, magnetizing and packaging.
Automatic Ball Milling Line
Ferrite powder preparation
Ball Milling Line
Continuous material preparation
Grinding & Cleaning Line
Automatic finishing
Automatic Production Line
Material handling and part flow
Automatic Pressing Line
Ferrite magnet forming
Automatic Component Processing
Process station for magnet blocks
Automated Storage System
Buffer storage and process logistics
CCD Inspection System
Automated optical sorting
Cleaning Machine
Inline ferrite magnet cleaning
Dehydration Equipment
Controlled material dehydration
Double-Layer Drying & Sintering Line
Fully automatic heat treatment
Molding Line
Automated high-volume forming
Finished-Goods Warehouse
Storage and dispatch preparation
Ferrite
Test & Laboratory Equipment
Documented verification of magnetic properties, geometry, surface quality and temperature resistance.
Noise Test Chamber
Acoustic testing of motors and assemblies
BEMF Test System
Back-EMF and motor-performance measurement
Cogging Torque Test System
Precision cogging-torque measurement
Dynamometer Test Bench
Torque, speed and efficiency testing
Ferrite Test Laboratory
Integrated testing and measurement capabilities
Ferrite
New Developments
Current material developments and application-oriented motor simulations for high-performance ferrite solutions.
Material Development
Magnetic Property Distribution Map
Material Data
High-Performance Grades
| Ferrite Magnets | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Grade | Magnetic Properties | Typical Applications | |||||||
| Residual Induction Br | Coercive Force Hcb | Intrinsic Coercive Force Hcj | Maximum Energy Product BHmax | ||||||
| (Gs) | (mT) | (Oe) | (kA/m) | (Oe) | (kA/m) | (MGOe) | (kJ/m³) | ||
| Y35H-2 | 4000±100 | 400±10 | 3350±150 | 266.7±11.9 | 3600±150 | 286.6±11.9 | 3.8±0.2 | 30.2±1.6 | Cooling fan, Wiper |
| Y40-1 | 4200±100 | 420±10 | 3150±150 | 250.8±11.9 | 3350±150 | 266.7±11.9 | 4.2±0.2 | 33.4±1.6 | Cooling fan, Wiper, Fuel pump, Window lift, Seat, Sunroof, Air conditioning fan |
| Y38H-5 | 3900±100 | 390±10 | 3600±150 | 286.6±11.9 | 4500±150 | 358.3±11.9 | 3.6±0.2 | 28.6±1.6 | Starter |
| Y40 | 4200±100 | 420±10 | 3800±150 | 302.5±11.9 | 4000±150 | 318.5±11.9 | 4.2±0.2 | 33.4±1.6 | HVAC, Fuel pump, EPS |
| Y40-1BN | 4400±100 | 440±10 | 3250±150 | 258.8±11.9 | 3350±150 | 266.7±11.9 | 4.6±0.2 | 36.6±1.6 | Air conditioning fan |
| Y45 | 4200±100 | 420±10 | 3900±150 | 310.5±11.9 | 4800±150 | 382.2±11.9 | 4.2±0.2 | 33.4±1.6 | Starter, ABS |
| Y40NS | 4350±100 | 435±10 | 3900±150 | 310.5±11.9 | 4100±150 | 326.4±11.9 | 4.5±0.2 | 35.8±1.6 | HVAC, Fuel pump, EPS |
| Y43 | 4400±100 | 440±10 | 3350±150 | 266.7±11.9 | 3600±150 | 286.6±11.9 | 4.6±0.2 | 36.6±1.6 | Refrigerator Compressor, Air conditioning fan |
| Y45H | 4300±100 | 430±10 | 4150±150 | 330.4±11.9 | 4800±150 | 382.2±11.9 | 4.4±0.2 | 35.0±1.6 | Starter, HVAC, Refrigerator Compressor |
| Y45B | 4500±100 | 450±10 | 4300±150 | 342.4±11.9 | 4500±150 | 358.3±11.9 | 4.9±0.2 | 39.0±1.6 | Starter, ABS, Parking brake |
| Y48H | 4600±100 | 460±10 | 4300±188 | 342.4±15.0 | 5100±188 | 406.1±15.0 | 5.2±0.2 | 41.4±1.6 | Lightweight and efficient |
| Y48U | 4500±100 | 450±10 | 4300±150 | 342.4±11.9 | 5500±150 | 437.7±11.9 | 4.9±0.2 | 39.0±1.6 | Lightweight and efficient |
| Y48B | 4700±100 | 470±10 | 4300±150 | 342.4±11.9 | 4800±150 | 382.2±11.9 | 5.4±0.2 | 43.0±1.6 | Under development |
Engineering
Electric Motor Simulation
Case Study 1
Manufacturing Process Simulation for Multipole Ring Magnets
Case Study 2
NVH Improvement Project for an Automotive Sunroof Motor
Case Study 3
Washing Machine Motor Noise Reduction
Case Study 4
Application of Ferrite Magnets in New Energy Vehicle Motors
Spacemagnets Europe
Technical Support & Quotation
Our engineering teams in Hürth support material selection, component design and supply-chain planning.