Tri-Neo (NdFeB)
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Tri-Neo magnets, composed of neodymium, iron and boron, have the highest energy product of any permanent magnet material. Since the raw materials that make of Tri-Neo magnets is relatively abundant and low in cost, the cost of Tri-Neo magnets per maximum energy product is favorable.
Tri-Neo magnet applications are expanding in the automotive, industrial and consumer electronics industries.
Tri-Neo magnets are available in a wide range of shapes, sizes and grades. For more detailed information, download individual Tri-Neo spec sheets from the table below.
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Grade |
Br
|
Br
|
Br
|
Br
|
Hcb
|
Hcb
|
Hcj
|
Hcj
|
BH(max)
|
BH(max)
|
BH(max)
|
BH(max)
|
Average Temperature Coefficient
|
Average Temperature Coefficient
|
Δ T |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
G51SH |
Br min (kG) N/A 14.1 |
Br min (T) N/A 1.41 |
Br max (kG) N/A 14.6 |
Br max (T) N/A 1.46 |
Hcb min (kOe) N/A 13.2 |
Hcb min (kA/m) N/A 1050 |
Hcj min (kOe) N/A 20 |
Hcj min (kA/m) N/A 1592 |
BH(max) min (MGOe) N/A 48 |
BH(max) min [kJ/m³] N/A 382 |
BH(max) max (MGOe) N/A 52 |
BH(max) max [kJ/m³] N/A 414 |
Average Temperature Coefficient Br* (%/C) N/A -0.12 |
Average Temperature Coefficient Hcj* (%/C) N/A -0.55 |
Δ T N/A 20-140C |
N51M |
Br min (kG) N/A 14.2 |
Br min (T) N/A 1.42 |
Br max (kG) N/A 14.8 |
Br max (T) N/A 1.48 |
Hcb min (kOe) N/A 12.5 |
Hcb min (kA/m) N/A 995 |
Hcj min (kOe) N/A 13 |
Hcj min (kA/m) N/A 1035 |
BH(max) min (MGOe) N/A 49 |
BH(max) min [kJ/m³] N/A 390 |
BH(max) max (MGOe) N/A 52 |
BH(max) max [kJ/m³] N/A 414 |
Average Temperature Coefficient Br* (%/C) N/A -0.12 |
Average Temperature Coefficient Hcj* (%/C) N/A -0.65 |
Δ T N/A 20-100C |
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