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Hochtemperatur Magnetee können ohne Verlust der magnetischen Stärke bei sehr hohen Temperaturen eingesetzt werden.
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Bei Hochtemperatur Magneteen handelt es sich um verschiedenartige Magnete, die bei hoher Einsatztemperatur arbeiten können, ohne ihre magnetische Kraft zu verlieren. Die höchsten Temperaturen verträgt AlNiCo mit 450-550°C. Wir erzeugen auch andere Seltenerd-Magnete wie NdFeB- und SmCo- Magnete. Gesinterte NdFeB Seltenerd-Magnete können noch bei 200°C eingesetzt werden, gesinterte SmCo Seltenerd-Magnete bei 250-350°C. |
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Gesinterte NdFeB - Magnete
MAGNETISCHE UND PHYSIKALISCHE EIGENSCHAFTEN VON GESINTERTEM NdFeB
Grade |
Br
mT
(kGs) |
Hcb
kA/m
(kOe) |
Hcj
kA/m
(kOe) |
（
BH ）max kJ/m3
(MGOe) |
(Tw)
|
N27
|
1030-1080
(10.3-10.8) |
≥
796
( ≥ 10.0) |
≥
955
( ≥ 12) |
199-231
(25-29) |
80
℃ |
N30
|
1080-1130
(10.8-11.3) |
≥
796
( ≥ 10.0) |
≥
955
( ≥ 12) |
223-247
(28-31) |
80
℃ |
N33
|
1130-1170
(11.3-11.7) |
≥
836
( ≥ 10.5) |
≥
955
( ≥ 12) |
247-271
(31-34) |
80
℃ |
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) |
≥
876
( ≥ 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
℃ |
30M
|
1080-1130
(10.8-11.3) |
≥
796
( ≥ 10.0) |
≥
1114
( ≥ 14) |
223-247
(28-31) |
100
℃ |
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
|
1360-1430
(13.6-14.3) |
≥
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
℃ |
30H
|
1080-1130
(10.8-11.3) |
≥
796
( ≥ 10.0) |
≥
1353
( ≥ 17) |
223-247
(28-31) |
120
℃ |
33H
|
1130-1170
(11.3-11.7) |
≥
836
( ≥ 10.5) |
≥
1353
( ≥ 17) |
247-271
(31-34) |
120
℃ |
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 |
1300-1360
(13-13.6) |
≥
963
( ≥ 12.1) |
≥
1353
( ≥ 17) |
326-358
(43-46) |
120
℃ |
48H
|
1370-1430
(13.7-14.3) |
≥
995
( ≥ 12.5) |
≥
1353
( ≥ 17) |
366-390
(46-49) |
120
℃ |
30SH
|
1080-1130
(10.8-11.3) |
≥
804
( ≥ 10.1) |
≥
1592
( ≥ 20) |
223-247
(28-31) |
150
℃ |
33SH
|
1130-1170
(11.3-11.7) |
≥
844
( ≥ 10.6) |
≥
1592
( ≥ 20) |
247-271
(31-34) |
150
℃ |
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
|
1240-1280
(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
|
1020-1080
(10.2-10.8) |
≥
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
|
1180-1220
(11.8-12.2) |
≥
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
|
1240-1280
(12.5-12.8) |
≥
899
( ≥ 11.3) |
≥
1990
( ≥ 25) |
302-326
(38-41) |
180
℃ |
28EH
|
1040-1090
(10.4-10.9) |
≥
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
℃ |
? |
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Typische magnetische Eigenschaften von gegossenen AlNiCo Magneten
|
Grade |
Br |
Hc |
(BH)max |
Curie
Temp. |
Temp.Coe |
US
standard |
IEC
standard |
|
[mT]
[Gs] |
[KA/m]
[Oe] |
[KJ/m3]
[MGOe] |
[℃] |
[%/℃] |
MMPA
Equivalent |
IEC
Equivalent |
|
LN10 |
650
6500 |
42
530 |
10.0
1.20 |
810 |
0.030 |
Alnico
3 |
Alnico
9/3 |
|
LNG11 |
720
7200 |
37
480 |
11.2
1.40 |
810 |
0.030 |
Alnico
1 |
Alnico
8/4 |
|
LNG13 |
700
7000 |
50
620 |
13.0
1.60 |
810 |
0.030 |
Alnico
2 |
Alnico
12/6 |
|
LNGT18 |
580
5800 |
90
1130 |
18.0 |
860 |
0.025 |
[I.Alnico
8] |
Alnico
17/9 |
|
LNG16 |
800
8000 |
53
660 |
16.0
2.00 |
850 |
0.025 |
[Alnico
4] |
/ |
|
LNG34 |
1180
11800 |
44
550 |
35.0
4.30 |
860 |
0.020 |
[Alnico
5C] |
/ |
|
LNG37 |
1180
11800 |
48
600 |
37.0
4.65 |
860 |
0.020 |
Alnico
37/5 |
|
LNG40 |
1220
12200 |
48
600 |
40.0
5.00 |
860 |
0.020 |
Alnico
5 |
/ |
|
LNG44 |
1220
12200 |
52
650 |
44.0
5.50 |
860 |
0.020 |
Alnico
44/5 |
|
LNG52 |
1250
12500 |
55
690 |
52.0
6.50 |
860 |
0.020 |
Alnico
5 DG |
Alnico
52/6 |
|
LNG60 |
1300
13000 |
56
700 |
60.0
7.50 |
860 |
0.020 |
Alnico
5~7 |
/ |
|
LNGT28 |
1050
10500 |
56
700 |
28.0
3.50 |
860 |
0.020 |
Alnico
6 |
Alnico
26/6 |
|
LNGT32 |
800
8000 |
104
1300 |
34.0
4.25 |
860 |
0.025 |
Alnico
8 |
Alnico
38/11 |
|
LNGT38 |
820
8200 |
110
1380 |
38.0
4.75 |
860 |
0.025 |
|
LNGT44 |
880
8800 |
120
1500 |
44.0
5.50 |
860 |
0.025 |
/ |
|
LNGT60 |
900
9000 |
110
1380 |
60.0
7.50 |
860 |
0.025 |
Alnico
60/11 |
|
LNGT72 |
1050
10500 |
112
1410 |
72.0
9.00 |
860 |
0.025 |
Alnico
9 |
/ |
|
LNGT36J |
700
7000 |
140
1750 |
36.0
4.50 |
860 |
0.025 |
Alnico
8 HC |
Alnico
36/15 |
|
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|
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Typische magnetische Eigenschaften von gesinterten AlNiCo Magneten
|
Grade |
Br |
Hc |
(BH)max |
Curie
Temp. |
Temp.Coe |
US
standard |
IEC
standard |
|
[mT]
[Gs] |
[KA/m]
[Oe] |
[KJ/m3]
[MGOe]] |
[℃] |
[%/℃] |
MMPA
Equivalent |
IEC
Equivalent |
| FLN8 |
550
5500 |
42
530 |
9.0
1.13 |
760 |
0.022 |
[S.Alnico
3] |
Alnico
9/3 |
| FLNG12 |
700
7000 |
50
620 |
12.4
1.55 |
810 |
0.014 |
S.Alnico
2 |
Alnico
12/6 |
| FLNGT18 |
580
5800 |
90
1130 |
18.0
2.20 |
860 |
0.020 |
[S.Alnico
3] |
Alnico
17/9 |
| FLNG34 |
1100
11000 |
48
600 |
34.0
4.25 |
890 |
0.016 |
S.Alnico
5 |
Alnico
37/5 |
|
FLNGT28 |
1000
10000 |
57
710 |
28.0
3.50 |
850 |
0.020 |
S.Alnico 6
|
Alnico 37/5 |
| FLNGT38 |
800
8000 |
120
1500 |
38.0
4.75 |
850 |
0.020 |
S.Alnico
8 |
Alnico
36/6 |
|
FLNGT42 |
880
8800 |
122
1530 |
42.0
5.25 |
850 |
0.020 |
Alnico 38/11 |
| FLNGT33J |
700
7000 |
140
1750 |
33.0
4.13 |
860 |
0.020 |
S.Alnico 8HC |
Alnico
36/15 |
|
|
? |
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Typische magnetische Eigenschaften von gesinterten SmCo Magneten
Grade |
Br |
HcB |
HcJ |
(BH)max |
Curie
Temp. |
Temp.Coe |
working
T. |
ALLOY Series |
[mT]
[Gs] |
[KA/m]
[Oe] |
[KA/m]
[Oe] |
[KJ/m3]
[MGOe]] |
[℃] |
[%/℃] |
[℃] |
SmCo18 |
800
8000 |
640
8000 |
1430
18000 |
144
18.0 |
750 |
0.04 |
250 |
1:5 |
SmCo20 |
850
8500 |
640
8000 |
1590
20000 |
160
20.0 |
750 |
0.04 |
250 |
SmCo22 |
900
9000 |
650
8200 |
1430
18000 |
176
22.0 |
750 |
0.04 |
250 |
SmCo24 |
980
9800 |
676
8500 |
1430
18000 |
192
24.0 |
800 |
0.04 |
300 |
2:17 |
SmCo26L |
1050
10500 |
410
5150 |
432
5430 |
208
26.0 |
800 |
0.04 |
300 |
SmCo26 |
1000
10000 |
716
9000 |
1194
15000 |
208
26.0 |
800 |
0.04 |
300 |
SmCo26M |
1000
10000 |
716
9000 |
1590
20000 |
208
26.0 |
800 |
0.04 |
300 |
SmCo28 |
1030
10300 |
760
9500 |
1430
18000 |
224
28.0 |
800 |
0.04 |
300 |
SmCo28H |
1030
10300 |
760
9500 |
1590
20000 |
224
28.0 |
800 |
0.04 |
300 |
SmCo30H |
1100
11000 |
480
6000 |
560
7000 |
240
30.0 |
800 |
0.04 |
300 |
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Typische magnetische Eigenschaften von polymergebundenen SmCo Magneten
Grade |
Br |
HcB |
HcJ |
(BH)max |
Curie
Temp. |
Temp.Coe |
working
T. |
IEC
standard |
[mT]
[Gs] |
[KA/m]
[Oe] |
[KA/m]
[Oe] |
[KJ/m3]
[MGOe]] |
[℃] |
[%/℃] |
[℃] |
IEC
Equivalent |
SB6A |
400
4000 |
278
3500 |
800
10000 |
32
4.0 |
720 |
0.1 |
20 |
1:5 |
SB8A |
500
5000 |
318
4000 |
800
10000 |
48
6.0 |
720 |
0.1 |
120 |
SB10B |
600
6000 |
358
4500 |
800
10000 |
64
8.0 |
720 |
0.1 |
120 |
2:17 |
SB12B |
700
7000 |
318
4000 |
400
5000 |
80
10.0 |
720 |
0.1 |
120 |
SB12HB |
700
7000 |
398
5000 |
800
10000 |
80
10.0 |
720 |
0.1 |
100 |
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E-mail:sales@permanentmagnet.com
info@permanentmagnet.com
Fax: (86)755 26915592
Tel: (86)755 26923096
Online
Order
Address: China Rare Earth Magnet Limited
Room No. 705-707, Tower A Century Holiday Plaza,
No.9030 Shennan Rd., OCT, Nanshan District, Shenzhen , China .
Post Code: 518053
| |
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