For product technical information, pricing and availability contact our sales department at:
(219) 548-3799
[email protected]
BCN - Bonded Compression Neo
BCNF - Bonded Neo Ferrite Hybrid
BIF - Bonded Injection Ferrite
BIN - Bonded Injection Neo
BIS - Bonded Injection SmCo
N - Sintered NdFeB
C - Sintered SrFe2O3 Ferrites
S - Sintered SmCo5, Sm2Co17
A - Cast and Sintered AlNiCo
(219) 548-3799
[email protected]
BCN - Bonded Compression Neo
BCNF - Bonded Neo Ferrite Hybrid
BIF - Bonded Injection Ferrite
BIN - Bonded Injection Neo
BIS - Bonded Injection SmCo
N - Sintered NdFeB
C - Sintered SrFe2O3 Ferrites
S - Sintered SmCo5, Sm2Co17
A - Cast and Sintered AlNiCo
NdFeB N-38SH
«« Back to Neodymium Magnetic Materials
| Max | Min |
| Residual Induction Br | G | 12,600 | 12,200 |
| Coercive Force Hc | Oe | 11,300 | |
| Intrinsic Coercive Force Hci | Oe | 20,000 | |
| Max. Energy Product (BH)max | MGOe | 38 | 36 |
| Material Density | Lb/in3 | .2673 | |
| Max. Operating Temperature | C | 150 | |
| Temperature Coefficient for B | -%/C | -0.11 | |
| Temperature Coefficient for H | -%/C | -0.60 | |
| Required Magnetizing Force | Oe | 60,000 | |
| Material Composition | Nd, B, Fe, Dy, Co | ||
Neodymium Iron Boron
magnets, also known as
Rare Earths or Neo, have
the highest energy product
of all permanent magnet
materials today. In most
cases, no tooling charges
exist. Various grades are
available, depending on
maximum operating temps.
