Industrial Permanent Magnets
Engineered permanent magnets across two primary material systems: Strontium Hard Ferrite and Neodymium Rare Earth (NdFeB).
Compare Materials on Parameters, Shapes and Routes
Each card reads from the material's own record: its key magnetic and thermal parameters, the geometries it is tooled in, the production routes it runs through and the applications it serves.
Hard Ferrite (Ceramic) Magnets
Custom strontium ferrite magnets in wet-pressed, dry-pressed and injection-molded forms, tooled to your drawing or sample.
| Material System | Strontium hard ferrite; injection-molded grades combine ferrite magnetic powder with a thermoplastic binder. |
|---|---|
| Production Routes | Sintered: wet pressed, dry pressed. Bonded: injection molded |
| Magnetic Orientation | Anisotropic or isotropic, depending on grade and process |
| Magnetization Pattern | Axial, diametrical, radial or a multipole pattern |
| Listed Grades | Sintered: Y30H-1, Y30H-2, Y32, Y32H-1, Y32H-2, Y33, Y33H, Y34, Y35, Y36, Y38, Y40 |
| Remanence (Br) | Sintered: 380 – 460 mT (3800 – 4600 Gs) |
Neodymium (NdFeB) Rare Earth Magnets
Custom sintered, compression molded and injection molded NdFeB magnets for motors, sensors and industrial equipment.
| Material System | Neodymium-Iron-Boron (NdFeB) rare-earth permanent magnet material. |
|---|---|
| Production Routes | Sintered NdFeB · Compression molded NdFeB · Injection molded NdFeB |
| Magnetic Orientation | Sintered: set during magnetic-field pressing. Compression molded and injection molded: isotropic for the materials described on this site. |
| Magnetization Pattern | Direction, pole pattern, pole count and pole location are confirmed per project; the bonded routes are magnetized after molding. |
| Listed Grades | Sintered: N, M, H, SH, UH, EH and AH series · Compression molded: PMC-1 – PMC-13 · Injection molded: NBI-4, NBI-6, NBI-6M, NBI-8 |
| Remanence (Br) | Sintered: 1020 – 1470 mT · Compression molded: 300 – 830 mT · Injection molded: 400 – 630 mT |
Need Advice on Ferrite vs. NdFeB Cost & Thermal Trade-offs?
Send the magnetic circuit gap, the operating fluid or ambient temperature, and your cost boundary. We make a first-round material and process judgement and coordinate the producing factory's engineers on the route.