Magnetic Properties of Permanent Magnets

Magnetic Properties of Ferrite Magnets

National standard

Grade
Value
Br
Hcb(BHC)
Hcj(IHC)
(BH)max
mT
KG
KA/m
KOe
KA/m
KOe
Kj/m3
MGOe
Y10T(=C1)
200/218
2.00/2.18
125/145
1.57/1.82
210/250
2.64/3.14
6.5/8.0
0.8/1.0
Y25
360/370
3.60/3.70
135/150
1.70/1.88
140/170
1.76/2.14
22.5/25.3
2.8/3.2
Y30(=C5)
380/385
3.80/3.85
191/210
2.40/2.64
199/220
2.50/2.51
26.0/28
3.4/3.7
Y30BH
380/390
3.80/3.90
223/235
2.80/2.95
231/245
2.90/3.08
27.0/30.0
3.4/3.7
Y33
410/420
4.10/4.20
220/235
2.77/2.95
225/240
2.83/3.01
31.5/33.0
4.0/4.2
Y35
400/410
4.00/4.10
175/195
2.20/2.45
180/200
2.26/2.51
30.0/32.0
3.8/4.0
C8(=C8A)
385/390
3.85/3.90
235/255
2.95/3.20
242/265
3.05/3.33
27.8/30.0
3.5/3.7
C10
400/410
4.00/4.10
288/300
3.62/3.77
280/287
3.51/3.60
30.4/31.9
3.8/4.0

Chinese standard

Material
Br
HcB
HcJ
(BH)max
mT
KG
KA/m
Oe
KA/m
Oe
Kj/m3
MGOe
Y8T
200~235
≥2000
125~160
≥1570
210~280
≥2610
6.5~9.5
≥0.8
Y22H
310~360
≥3100
220~250
≥2770
280~320
≥3520
20.0~24.0
≥2.5
Y25
360~400
≥3600
135~170
≥1700
140~200
≥1760
22.5~28.0
≥2.8
Y26H-1
360~390
≥3600
220~250
≥2512
225~255
≥2830
23.0~28.0
≥2.9
Y26H-2
360-380
≥3600
263-288
≥3300
318-350
≥4000
24.0-28.0
≥3.0
Y27H
370~400
≥3500
225-240
≥2830
235-260
≥2950
25.0~29.0
≥3.1
Y28
370-400
≥3700
175-210
≥2200
180-220
≥2260
26.0-30.0
≥3.3
Y28H-1
380-400
≥3800
240-260
≥3020
250-280
≥3140
27.0-30.0
≥3.1
Y28H-2
360-380
≥3600
271-295
≥3400
382-405
≥1800
26.0-30.0
≥3.3
Y30
370~400
3.7~4.0
175~210
2.20~2.64
180~220
2.26~2.77
26.0~30.0
3.3~3.8
Y30H-1
380~400
≥3800
230-275
≥2890
235-290
≥2950
27.0~32.5
≥3.4
Y30H-2
395-415
≥3950
275-300
≥3460
310-335
≥3900
27.0~32.0
≥3.4
Y32
400~420
≥4000
160~190
≥2010
165~195
≥2070
30.0~33.5
≥3.8
Y32H-1
400-420
≥4000
190-230
≥2390
230-250
≥2890
34.5-35.0
≥4.0
Y32H-2
400-440
≥4000
224-240
≥2810
230-250
≥2890
31.0-34.0
≥3.9
Y33
410~430
≥4100
220~250
≥2760
225~255
≥2830
31.5~35.0
≥4.0
Y33H
410-430
≥4100
250-270
≥3140
250-275
≥3140
31.5-35.0
≥4.0
Y34
420-440
≥4200
200-230
≥2510
205-235
≥2580
32.5-36.0
≥4.1
Y35
430-450
≥4300
215-239
≥2700
217-242
≥2730
33.1-33.2
≥4.2
Y36
440-450
≥4400
247-271
≥3100
250-374
≥4400
35.1-38.3
≥4.4
Y38
440-460
≥4400
285-305
≥3580
294-310
≥3690
36.6-40.6
≥4.6
Y40
450-460
≥4500
330-354
≥4150
340-360
≥4270
37.6-41.8
≥4.7

USA standard

Material
Br
HcB
HcJ
(BH)max
mT
KG
KA/m
KOe
KA/e
KOe
kj/m3
MGOe
C1
230
2.3
148
1.86
258
3.5
8.36
1.05
C5
380
3.8
191
2.4
199
2.5
27
3.4
C7
340
3.4
258
3.23
318
4.00
21.9
2.75
C8(=C8A)
385
3.85
235
2.95
242
3.05
27.8
3.5
C8B
420
4.2
232
2.913
236
2.96
32.8
4.12
C9
380
3.8
280
3.516
320
4.01
26.4
3.32
C10
400
4.0
288
3.617
280
3.51
30.4
3.82
C11
430
4.3
200
2.512
204
2.56
34.4
4.32

Europe standard

The standard from International Electronics Committee(IEC404-8-1)

Grade
Allowed Value (min/typical)
Br
Hcb(BHC)
Hcj(IHC)
(BH)max
MT
KG
KA/m
KOe
KA/m
KOe
Kj/m3
MGOe
HF8/22
200/220
2.00/2.20
125/140
1.57/1.76
220/230
2.76/2.89
6.5/6.8
0.8/1.1
HF20/19
320/333
3.20/3.33
170/190
2.14/2.39
190/200
2.39/2.51
20.0/21.0
2.5/2.7
HF20/28
310/325
3.10/3.25
220/230
2.76/2.89
280/290
3.52/3.64
20.0/21.0
2.5/2.7
HF22/30
350/365
3.50/3.65
255/265
3.20/3.33
290/300
3.64/3.77
22.0/23.5
2.8/3.0
HF24/16
350/365
3.50/3.65
155/175
1.95/2.20
160/180
2.01/2.26
24.0/25.5
3.0/3.2
HF24/23
350/365
3.50/3.65
220/230
2.76/2.89
230/240
2.89/3.01
24.0/25.5
3.0/3.2
HF24/35
360/370
3.60/3.70
260/270
3.27/3.39
350/360
4.40/4.52
24.0/25.5
3.0/3.2
HF26/16
370/380
3.70/3.80
155/175
1.95/2.20
160/180
2.01/2.26
26.0/27.0
3.2/3.4
HF26/18
370/380
3.70/3.80
175/190
2.20/2.39
180/190
2.26/2.39
26.0/27.0
3.3/3.4
HF26/24
370/380
3.70/3.80
230/240
2.89/3.01
240/250
3.01/3.14
26.0/27.0
3.3/3.4
HF26/26
370/380
3.70/3.80
230/240
2.89/3.01
260/270
3.27/3.39
26.0/27.0
3.3/3.4
HF26/30
385/395
3.85/3.95
260/270
3.27/3.39
300/310
3.77/3.89
26.0/27.0
3.3/3.4
HF28/26
385/395
3.85/3.95
250/265
3.14/3.33
260/275
3.27/3.45
28.0/30.0
3.5/3.8
HF28/28
385/395
3.85/3.95
260/270
3.27/3.39
280/290
3.50/3.60
28.0/30.0
3.5/3.8
HF30/26
395/405
3.95/4.05
250/260
3.14/3.33
260/270
3.27/3.39
30.0/31.5
3.8/3.9
HF32/17
410/420
4.10/4.20
160/180
2.01/2.26
165/175
2.07/2.20
32.0/33.0
4.0/4.1
HF32/22
410/420
4.10/4.20
215/225
2.70/2.83
220/230
2.76/2.89
32.0/33.0
4.0/4.1
HF32/25
410/420
4.10/4.20
240/250
3.01/3.14
250/260
3.14/3.27
32.0/33.0
4.0/4.1

Japan TDK standard

Grade
Composition
Br
Hcb
Hcj
BH max
mT
kG
kA/m
kOe
kA/m
kOe
KJ/m3
MGOe
FB40
SrO6Fe2O3
410+/-10
4.1+/-10
234.8+/-11.9
2.95+/-0.15
238.7+/-15.9
3.0+/-0.2
31.4+/-1.6
3.95+/-0.2
FB3N
SrO6Fe2O3
395+/-15
3.95+/-15
234.8+/-11.9
2.95+/-0.15
238.7+/-15.9
3.0+/-0.2
28.7+/-2.4
3.6+/-0.3
FB3G
SrO6Fe2O3
375+/-15
3.75+/-15
254.6+/-15.9
3.2+/-0.2
270.6+/-19.9
3.4+/-0.25
25.9+/-2.4
3.25+/-0.3
FB3X
SrO6Fe2O3
375+/-15
3.75+/-15
234.8+/-11.9
2.95+/-0.15
238.7+/-15.9
3.0+/-0.2
25.9+/-2.4
3.25+/-0.3
FB1A
SrO6Fe2O3
220+/-15
2.20+/-15
159.2+/-15.9
2.0+/-0.2
258.6+/-19.9
3.25+/-0.25
8.9+/-1.6
1.1+/-0.2
FB5H
SrO6Fe2O3
405+/-15
4.05+/-15
298.4+/-11.9
3.75+/-0.15
322.3+/-11.9
4.05+/-0.15
31.1+/-1.6
3.9+/-0.2
FB4X
SrO6Fe2O3
420+/-10
4.20+/-10
234.8+/-11.9
2.95+/-0.15
238.7+/-15.9
3.0+/-0.2
33.4+/-1.6
4.2+/-0.2
FB4B
SrO6Fe2O3
400+/-10
4.00+/-10
254.6+/-11.9
3.2+/-0.2
262.6+/-19.9
3.3+/-0.25
30.3+/-1.6
3.8+/-0.2
FB4A
SrO/
BaO6Fe2O3
410+/-10
4.10+/-10
175.1+/-15.9
2.2+/-0.2
176.7+/-15.9
2.22+/-0.2
31.8+/-1.6
4.0+/-0.2
FBGN
SrO6Fe2O3
440+/-10
4.40+/-10
258.6+/-11.9
3.25+/-0.15
262.6+/-11.9
3.3+/-0.15
36.7+/-1.6
4.6+/-0.2
FB6B
SrO6Fe2O3
420+/-10
4.20+/-10
302.4+/-11.9
3.8+/-0.15
318.3+/-11.9
4.0+/-0.15
33.4+/-1.6
4.2+/-0.2
FB6H
SrO6Fe2O3
400+/-10
4.00+/-10
302.4+/-11.9
3.8+/-0.15
358.1+/-11.9
4.5+/-0.15
30.3+/-1.6
3.8+/-0.2
FB6E
SrO6Fe2O3
380+/-10
3.80+/-10
290.5+/-11.9
3.65+/-0.15
393.9+/-11.9
4.95+/-0.15
27.5+/-1.6
3.45+/-0.2
FB5N
SrO6Fe2O3
440+/-10
4.40+/-10
256.8+/-11.9
2.85+/-0.15
2259.2+/-11.9
2.88+/-0.15
36.7+/-1.6
4.6+/-0.2
FB5B
SrO6Fe2O3
420+/-10
4.20+/-10
262.6+/-11.9
3.3+/-0.15
266.6+/-11.9
3.35+/-0.15
33.4+/-1.6
4.2+/-0.2

Physical Characteristics

Compressive Strength
1.4 x 104 kg/cm2
Required Magnetizing Field
12,000 - 15,000 Oe
Electrical Resistivity
> 104 μ-ohm-cm/cm2
Density
4.7-5.0 g/cm3
Recoil Permeability
1.05 μr
Rev. Temp. Coeff.
-0.20 %/°C

Magnetic Properties of Sintered Ndfeb Magnets

Neodymium magnets wholesale

Grade

Residual Induction

Coercive Force

Intrinsic Coercive Force

Maximum Energy Product

Maximum Working Temperature

Br Hcb Hcj �� BH ��max
mT kA/m kA/m kJ/m3
(kGs) (kOe) (kOe) (MGOe) Tw

N35

1170-1220
(11.7-12.2)

868
( 10.9)

955
( 12)

263-287
(33-36)

80

N38

1220-1250
(12.2-12.5)

899
( 11.3)

955
( 12)

287-310
(36-39)

80

N40

1250-1280
(12.5-12.8)

907
( 11.4)

955
( 12)

302-326
(38-41)

80

N42

1280-1320
(12.8-13.2)

915
( 11.5)

955
( 12)

318-342
(40-43)

80

N45

1320-1380
(13.2-13.8)

923
( 11.6)

955
( 12)

342-366
(43-46)

80

N48

1380-1420
(13.8-14.2)

923
( 11.6)

955
( 12)

366-390
(46-49)

80

N50

1400-1450
(14.0-14.5)

796
( 10.0)

876
( 11)

382-406
(48-51)

60

N52

1430-1480
(14.3-14.8)

796
( 10.0)

876
( 11)

398-422
(50-53)

60

33M

1130-1170
(11.3-11.7)

836
( 10.5)

1114
( 14)

247-263
(31-33)

100

35M

1170-1220
(11.7-12.2)

868
( 10.9)

1114
( 14)

263-287
(33-36)

100

38M

1220-1250
(12.2-12.5)

899
( 11.3)

1114
( 14)

287-310
(36-39)

100

40M

1250-1280
(12.5-12.8)

923
( 11.6)

1114
( 14)

302-326
(38-41)

100

42M

1280-1320
(12.8-13.2)

955
( 12.0)

1114
( 14)

318-342
(40-43)

100

45M

1320-1380
(13.2-13.8)

995
( 12.5)

1114
( 14)

342-366
(43-46)

100

48M

1370-1430
(13.7-14.3)

1027
( 12.9)

1114
( 14)

366-390
(46-49)

100

50M

1400-1450
(14.0-14.5)

1033
( 13.0)

1114
( 14)

382-406
(48-51)

100

35H

1170-1220
(11.7-12.2)

868
( 10.9)

1353
( 17)

263-287
(33-36)

120

38H

1220-1250
(12.2-12.5)

899
( 11.3)

1353
( 17)

287-310
(36-39)

120

40H

1250-1280
(12.5-12.8)

923
( 11.6)

1353
( 17)

302-326
(38-41)

120

42H

1280-1320
(12.8-13.2)

955
( 12.0)

1353
( 17)

318-342
(40-43)

120

45H

1320-1360
(13.2-13.6)

963
( 12.1)

1353
( 17)

342-366
(43-46)

120

48H

1370-1430
(13.7-14.3)

995
( 12.5)

1353
( 17)

366-390
(46-49)

120

35SH

1170-1220
(11.7-12.2)

876
( 11.0)

1592
( 20)

263-287
(33-36)

150

38SH

1220-1250
(12.2-12.5)

907
( 11.4)

1592
( 20)

287-310
(36-39)

150

40SH

1250-1280
(12.5-12.8)

939
( 11.8)

1592
( 20)

302-326
(38-41)

150

42SH

1280-1320
(12.8-13.2)

987
( 12.4)

1592
( 20)

318-342
(40-43)

150

45SH

1320-1380
(13.2-13.8)

1003
( 12.6)

1592
( 20)

342-366
(43-46)

150

28UH

1040-1080 (10.4-10.8)

764
( 9.6)

1990
( 25)

207-231
(26-29)

180

30UH

1080-1130 (10.8-11.3)

812
( 10.2)

1990
( 25)

223-247
(28-31)

180

33UH

1130-1170
(11.3-11.7)

852
( 10.7)

1990
( 25)

247-271
(31-34)

180

35UH

1170-1220
(11.7-12.2)

860
( 10.8)

1990
( 25)

263-287
(33-36)

180

38UH

1220-1250
(12.2-12.5)

876
( 11.0)

1990
( 25)

287-310
(36-39)

180

40UH

1250-1280
(12.5-12.8)

899
( 11.3)

1990
( 25)

302-326
(38-41)

180

28EH

1040-1080
(10.4-10.8)

780
( 9.8)

2388
( 30)

207-231
(26-29)

200

30EH

1080-1130 (10.8-11.3)

812
( 10.2)

2388
( 30)

223-247
(28-31)

200

33EH

1130-1170
(11.3-11.7)

836
( 10.5)

2388
( 30)

247-271
(31-34)

200

35EH

1170-1220
(11.7-12.2)

876
( 11.0)

2388
( 30)

263-287
(33-36)

200

38EH

1220-1250
(12.2-12.5)

899
( 11.3)

2388
( 30)

287-310
(36-39)

200

28AH 1040-1080
(10.4-10.8)
787
( 9.9)
2624
( 33)
207-231
(26-29)
220
30AH 1080-1130
(10.8-11.3)
819
( 10.3)
2624
( 33)
223-247
(28-31)
220
33AH 1130-1170
(11.3-11.7)
843
( 10.6)
2624
( 33)
247-271
(31-34)
220

Neodymium magnets wholesale

Modulus of elasticy

Ultimate tensile strength

Density

Electrical Resistivity

Curie temperature

Recoil permeability

Temp.Coeff.of Br

22 x 106 psi

12 x 103 psi

7.4 g/cm3

160 -ohm-cm/cm2

310-340

1.05

From -0.09 to -0.13% /


Magnetic Properties of Borned Ndfeb Magnets

 

P/N Br
Remanence
Hcj
Intrinsic Coercivity
Hcb
Coercive Force
(BH)max.
Maximum Energy Product
MT kG kA/m kOe kA/m kOe KJ/m3 MGOe
NdFeB-NB6 440-560 4.40-5.60 560-680 7.0-8.5 240-320 3.0-4.0 32-48 4.0-6.0
NdFeB-NB8 540-640 5.40-6.40 640-720 8.0-9.0 320-400 4.0-5.0 48-64 6.0-8.0
NdFeB-NB8M 540-620 5.40-6.20 1040-1360 13.0-17.0 384-464 4.8-5.8 56-72 7.0-9.0
NdFeB-NB10 620-700 6.20-7.00 608-800 7.6-10.0 360-456 4.5-5.7 64-80 8.0-10.0
NdFeB-NB12 690-760 6.90-7.60 640-840 8.0-10.5 400-480 5.0-6.0 80-96 10.0-12.0

Physical Chracteristics of bonded NdFeB Magnets

P/N µrec
Recoil Permeability
Hs
Magnetizing Field
Density Temperature Coefficient Tc
Curie Temperature
K[2]
Ring Crushing Strength
Coefficient of Thermal Expansion
(25-200°C)
µrec kA/m g/cm3 kOe α
(Br)
%/°C
β
(Hcj)
%/°C
°C kg/mm2 10-6/°C
NdFeB-NB6 1.22 1600 5.1-5.6 20 -0.14 -0.40 360 5.5 4.8
NdFeB-NB8 1.22 1600 5.4-5.8 20 -0.13 -0.40 360 5.5 4.8
NdFeB-NB8M 1.18 2000 5.8-6.0 25 -0.12 -0.38 305 5.5 4.8
NdFeB-NB10 1.22 1600 5.8-6.0 20 -0.11 -0.40 360 5.5 4.8
NdFeB-NB12 1.17 1600 5.9-6.1 20 -0.11 -0.41 360 5.5 4.8

Note:

[1] The properties given above are typical at room temperature(23°C) for uncoated samples.
[2] Ring Crushing Strength K is defined as follows, with the force applying along a diameter of magnet ring and P is the value at which the first crack appears. K=P(D-T)/LT2
K—Ring Crushing Strength(kg/mm2), P—Load on magnet ring(kg), D—Outer diameter(mm),
T—Ring thickness(mm), L—Height of the ring(mm)

Magnetic Properties of Sintered SmCo Magnets

Material
Code
Remanence Br
Coercivity Force
Intrinsic Coercivity Force
Max. Energy Product Bhm
Curie Temperature
Max. Operating Temperature
T
KGs
KA/m
KOe
KA/m
KOe
KJ/m3
MGOe
oC
oC
Sintered
SmCo(1:5)
UNI-18
0.75-0.9
8.5-9.0
620-648
7.8-8.2
1194-1513
15-19
127-143
16-18
750
250
UNI-20
0.92-0.96
9.2-9.6
653-717
8.2-9.0
1194-1513
15-19
150-167
19-21
750
250
UNI-24
0.96-1.0
9.6-1.0
730-770
9.2-9.7
1194-1513
15-19
175-190
22-24
750
250
SmCo(2:17)
UNI-24
0.95-1.02
9.5-10.2
637-732
8.0-9.2
1433-1990
18-25
175-190
22-24
800
300
UNI-26
1.02-1.05
10.2-10.5
748-796
9.4-10.0
1433-1990
18-25
195-215
24-26
800
300
UNI-28
1.05-1.08
10.5-10.8
756-796
9.5-10.0
1433-1831
18-25
205-220
26-28
800
300
UNI-28B
1.02-1.10
10.2-11.0
420
5.2-5.6
440-520
5.5-6.5
205-220
26-28
800
300
UNI-30
1.08-1.10
10.8-11.0
780
9.8-10.5
1433-1831
18-25
220-240
28-30
800
300
UNI-30B
1.08-1.15
10.8-11.5
420
5.2-5.6
440-520
5.5-6.5
220-240
28-30
800
300
Bonded
SmCo(1:5)
UNI-6
0.4
4.0
280
3.5
800
10
30-50
4-6
-
120
UNI-10
0.5
5.0
320
4.0
800
10
50-65
6-8
-
120
SmCo(2:17)
UNI-10
0.6
6.0
360
4.5
800
10
65-80
8-10
-
120
UNI-12
0.7
7.0
400
5.0
800
10
80-95
10-12
-
120
 
SmCo5
Sm2Co17
Temp. Coeff. Of Br:1%/oC
-0.05
-0.03
Temp.Coeff. Of iHc: %/oC
-0.3
-0.2
Curie Temperature: oC
700-750
800-850
Density: g/cm3
8.2-8.4
8.3-8.5
Vickers Hardness: Hv
450-500
500-600
Working Temperature : oC
250
300

Magnetic Properties of Sintered Alnico Magnets

Grade
(BH)max
KJ/m3
Br
mT
Hcb
kA/m
Hcj
kA/m
d
g/cm3
α(Br)
%/K
Tc
Remarks
ALNiCo4/1
3.2-4.8
870-890
9-11
10-12
6.8
-0.02
750
isotropy
ALNiCo8/5
8.5-9.5
530-620
45-50
47-52
6.8
-0.02
750
ALNiCo10/5
9.5-11
630-700
48-56
50-58
6.8
-0.02
780
ALNiCo12/5
11-13
700-750
50-56
53-58
7.0
-0.02
800
ALNiCo14/5
13-15
730-800
47-50
50-53
7.1
-0.02
790
ALNiCo14/6
14-16
620-810
56-64
58-66
7.1
-0.02
790
ALNiCo14/8
14-16
550-610
75-88
80-92
7.1
-0.01
850
ALNiCo18/10
16-19
570-620
92-100
99-107
7.2
-0.01
860
ALNiCo35/5
35-39
1100-1200
48-52
50-54
7.20
-0.02
850
Anisotropy
ALNiCo29/6
29-33
970-1090
58-64
60-66
7.20
-0.02
860
ALNiCo32/10
33-38
770-870
90-104
94-109
7.20
-0.01
860
ALNiCo33/11
33-38
700-800
107-115
111-119
7.20
-0.01
860
ALNiCo39/12
39-43
830-900
115-123
119-127
7.25
-0.01
860
ALNiCo44/12
44-48
900-950
119-127
124-132
7.25
-0.01
860
ALNiCo37/15
37-41
700-800
143-151
150-158
7.10
-0.1
870

Magnetic Properties of Cast Alnico Magnets

Equivalent
MMPA
Class
Grade
Remanence Coercive Force Max.

energy product

Density Rev. Temp. Coef. Curie Temp.

Max.

operating Temp.

Br
Hc
(BH)max
D
Br
Hc
Tc
Tw
mT
KGs
KA/M
Oe
KJ/m3
MGOe
g/cm3
 %/��C
%/��C
 ��C
 ��C
ALNICO 3

LN9

680
6.8
30
380
9.0
1.13
6.9
-0.03
-0.02
810
450
ALNICO 2
LNG12
720
7.2
45
500
12.4
1.55
7.0
-0.03
-0.02
810
450
LNG13
700
7.0
48
600
12.8
1.60
7.0
-0.03
-0.02
810
450
ALNICO 5
LNG37
1200
12.0
48
600
37.0
4.65
7.3
-0.03
-0.02
810
525
LNG40
1250
12.5
48
600
40.0
5.00
7.3
-0.02
+0.02
860
525
LNG44
1250
12.5
52
650
44.0
5.50
7.3
-0.02
+0.02
860
525
ALNICO 5DG
LNG52
1300
13.0
56
700
52.0
6.50
7.3
-0.02
+0.02
860
525
ALNICO
5-7
LNG60
1350
13.5
59
740
60.0
7.50
7.3
-0.02
+0.02
860
525
ALNICO 6
LNGT28
1000
10.0
58
720
28.0
3.50
7.3
-0.02
+0.03
860
525
ALNICO 8HC
LNGT36J
700
7.0
140
1750
36.0
4.50
7.3
-0.025
+0.02
860
550
ALNICO 8
LNGT18
580
5.8
100
1250
18.0
2.20
7.3
-0.025
+0.02
860
550
ALNICO 8
LNGT32
800
8.0
100
1250
32.0
4.00
7.3
-0.025
+0.02
860
550
LNGT40
800
8.0
110
1380
40.0
5.00
7.3
-0.025
+0.02
860
550
ALNICO 9
LNGT60
900
9.0
110
1380
60.0
7.50
7.3
-0.025
+0.02
860
550
LNGT72
1050
10.5
112
1400
72.0
9.00
7.3
-0.025
+0.02
860
550

 

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