Electric Motor Applications
MMG. Custom shapes and sizes are available upon requests.
COMMING SOON!Material Grade | Remanent
Flux Density, Br [mT] minimum |
Coercivity,
bHc [kA/m] minimum |
Intrinsic Coercivity, jHc |
Maximum
Energy Product, BHmax [kJ/m³] minimum |
N25 | 1020 | 756 | 2387 | 199 |
N28 | 1050 | 780 | 2387 | 223 |
N30 | 1080 | 835 | 1353 | 239 |
N35 | 1180 | 860 | 1353 | 279 |
N40 | 1270 | 875 | 1353 | 318 |
N42 | 1300 | 955 | 1592 | 334 |
N45 | 1340 | 995 | 955 | 358 |
N48 | 1380 | 875 | 955 | 382 |
Material Grade Suffix | Maximum
Working Temperature [°C] |
None | 80 |
H | 120 |
SH | 150 |
UH | 180 |
EH | 200 |
Material Grade | Remanent
Flux Density, Br [mT] minimum |
Coercivity,
bHc [kA/m] minimum |
Intrinsic
Coercivity, jHc |
Maximum
Energy Product, BHmax [kJ/m³] minimum |
S18 | 840 | 605 | 1432 | 143 |
S22 | 930 | 637 | 1432 | 175 |
S24 | 980 | 676 | 1432 | 191 |
S26 | 1030 | 716 | 1194 | 207 |
S28 | 1070 | 756 | 1194 | 223 |
S30 | 1100 | 772 | 1194 | 239 |
Material Grade Suffix | Maximum
Working Temperature [°C] |
None | 250 |
M | 300 |
H | 330 |
Material Grade | Remanent
Flux Density, Br [mT] minimum |
Coercivity,
bHc [kA/m] minimum |
Intrinsic
Coercivity, jHc |
Maximum
Energy Product, BHmax [kJ/m³] minimum |
A2 | 700 | 44 | 45 | 12 |
A3 | 600 | 38 | 40 | 10 |
A5 | 1050 | 47 | 48 | 31 |
A5-7 | 1350 | 59 | 59 | 60 |
A6 | 1000 | 56 | 57 | 24 |
A8 | 800 | 123 | 128 | 32 |
A8B | 850 | 124 | 124 | 44 |
A9 | 1050 | 112 | 112 | 72 |
Material Grade | Remanent
Flux Density, Br [mT] minimum |
Coercivity,
bHc [kA/m] minimum |
Intrinsic
Coercivity, jHc |
Maximum
Energy Product, BHmax [kJ/m³] minimum |
C1 | 220 | 136 | 220 | 8 |
C3 | 350 | 155 | 160 | 24 |
C5 | 400 | 160 | 185 | 28 |
C8 | 370 | 240 | 260 | 28 |
Core Type | Material Type | Typical Application |
Rotors & Stators | Steel Alloy Lamination | Rotors and stators |
Arc Segments | Permanent Magnet | |
Blocks & Bars | Permanent Magnet |
► Application Notes & Tech Alerts
The
Effect of Temperature Variation on the Performance of Permanent Magnets
Permanent
Magnet Progress
An Introduction
to Permanent Magnets
Motor
Arc Segments
Hard
Ferrite Arc Segment Tooling
Precision
Rotor Magnets
Automotive Applications
for Magnetic Materials