Magnequench Technical Resource Website, a subsite of www.neomaterials.com

Magnetic Properties

The magnet curves in the graph below are representative of the typical range used in most applications. We also have a comprehensive range of other magnet products which you can browse in the table below. Please contact us if you would like more information or discuss your specific requirements.

You can download a copy of the brochure here.

Select line to view properties:
  • Density

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  • Residual Induction, Br

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  • Coercive Force, Hc

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  • Intrinsic Coercivity, Hci

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  • Energy Product, (BH)max

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MQ1-12

Density
6.2-6.4 g/cm3
Residual
Induction, Br
740-800 mT
7.4-8.0 kG
Coercive
Force, Hcb
470-530 kA/m
5.9-6.7 kOe
Intrinsic
Coercivity, Hci
675-800 kA/m
8.5-10.0 kOe
Energy
Product, BHmax
92-99 kJ/m3
11.5-12.5 MGOe
MQ1-11L

Density
6.1-6.3 g/cm3
Residual
Induction, Br
740-800 mT
7.4-8.0 kG
Coercive
Force, Hcb
390-454 kA/m
4.9-5.7 kOe
Intrinsic
Coercivity, Hci
520-640 kA/m
6.5-8.0 kOe
Energy
Product, BHmax
84-92 kJ/m3
10.5-11.5 MGOe
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MQ1-11

Density
6.1-6.3 g/cm3
Residual
Induction, Br
720-780 mT
7.2-7.8 kG
Coercive
Force, Hcb
445-510 kA/m
5.6-6.4 kOe
Intrinsic
Coercivity, Hci
675-800 kA/m
8.5-10 kOe
Energy
Product, BHmax
84-92 kJ/m3
10.5-11.5 MGOe
MQ1-10L

Density
5.9-6.1 g/cm3
Residual
Induction, Br
730-790 mT
7.3-7.9 kG
Coercive
Force, Hcb
375-440 kA/m
4.7-5.5 kOe
Intrinsic
Coercivity, Hci
520-640 kA/m
6.5-8.0 kOe
Energy
Product, BHmax
80-88 kJ/m3
10.0-11.0 MGOe
MQ1-10H

Density
5.9-6.1 g/cm3
Residual
Induction, Br
640-700 mT
6.4-7.0 kG
Coercive
Force, Hcb
420-485 kA/m
5.3-6.1 kOe
Intrinsic
Coercivity, Hci
875-995 kA/m
11.0-12.5 kOe
Energy
Product, BHmax
72-80 kJ/m3
9.0-10.0 MGOe
MQ1-10

Density
5.9-6.1 g/cm3
Residual
Induction, Br
670-730 mT
6.7-7.3 kG
Coercive
Force, Hcb
420-485 kA/m
5.3-6.1 kOe
Intrinsic
Coercivity, Hci
675-800 kA/m
8.5-10.0 kOe
Energy
Product, BHmax
76-84 kJ/m3
9.5-10.5 MGOe
MQ1-9H

Density
5.8-6.0 g/cm3
Residual
Induction, Br
620-680 mT
6.2-6.8 kG
Coercive
Force, Hcb
414-477 kA/m
5.2-6.0 kOe
Intrinsic
Coercivity, Hci
875-995 kA/m
11.0-12.5 kOe
Energy
Product, BHmax
68-76 kJ/m3
8.5-9.5 MGOe
MQ1-9

Density
5.9-6.1 g/cm3
Residual
Induction, Br
630-690 mT
6.3-6.9 kG
Coercive
Force, Hcb
400-460 kA/m
5.0-5.8 kOe
Intrinsic
Coercivity, Hci
675-800 kA/m
8.5-10.0 kOe
Energy
Product, BHmax
68-76 kJ/m3
8.5-9.5 MGOe
MQ1-8H

Density
5.8-6.0 g/cm3
Residual
Induction, Br
620-680 mT
6.2-6.8 kG
Coercive
Force, Hcb
400-454 kA/m
5.0-5.7 kOe
Intrinsic
Coercivity, Hci
756-875 kA/m
9.5-11.0 kOe
Energy
Product, BHmax
68-76 kJ/m3
8.5-9.5 MGOe
MQ1-8

Density
5.9-6.1 g/cm3
Residual
Induction, Br
610-670 mT
6.1-6.7 kG
Coercive
Force, Hcb
365-430 kA/m
4.6-5.4 kOe
Intrinsic
Coercivity, Hci
600-715 kA/m
7.5-9.0 kOe
Energy
Product, BHmax
60-68 kJ/m3
7.5-8.5 MGOe
MQ1-7

Density
5.9-6.1 g/cm3
Residual
Induction, Br
560-620 mT
5.6-6.2 kG
Coercive
Force, Hcb
335-400 kA/m
4.2-5.0 kOe
Intrinsic
Coercivity, Hci
600-715 kA/m
7.5-9.0 kOe
Energy
Product, BHmax
52-60 kJ/m3
6.5-7.5 MGOe
MQ1-6

Density
5.9-6.1 g/cm3
Residual
Induction, Br
540-600 mT
.4-6.0 kG
Coercive
Force, Hcb
335-400 kA/m
4.2-5.0 kOe
Intrinsic
Coercivity, Hci
480-600 kA/m
6.0-7.5 kOe
Energy
Product, BHmax
44-56 kJ/m3
5.5-7.0 MGOe
MQ1-5

Density
5.9-6.1 g/cm3
Residual
Induction, Br
510-570 mT
5.1-5.7 kG
Coercive
Force, Hcb
270-335 kA/m
3.4-4.2 kOe
Intrinsic
Coercivity, Hci
360-480 kA/m
4.5-6.0 kOe
Energy
Product, BHmax
40-48 kJ/m3
5.0-6.0 MGOe
MQ1-4

Density
5.9-6.2 g/cm3
Residual
Induction, Br
420-500 mT
4.2-5.0 kG
Coercive
Force, Hcb
263-318 kA/m
3.3-4.0 kOe
Intrinsic
Coercivity, Hci
560-675 kA/m
7.0-8.5 kOe
Energy
Product, BHmax
28-40 kJ/m3
3.5-5.0 MGOe
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MQ1-3

Density
5.9-6.1 g/cm3
Residual
Induction, Br
310-470 mT
3.1-4.7 kG
Coercive
Force, Hcb
263-318 kA/m
3.3-4.0 kOe
Intrinsic
Coercivity, Hci
560-675 kA/m
7.0-8.5 kOe
Energy
Product, BHmax
20-32 kJ/m3
2.5-4.0 MGOe
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