| Application: | Jewelry Magnet |
|---|---|
| Shape: | round,disc,cylinder,ring,arc,segment,tile,block, |
| Composite: | AlNiCo Magnet |
| Type: | Permanent |
| Model Number: | FLN&LN |
| Brand Name: | MAS MAGNETICS |
| Place of Origin: | China (Mainland) |
| Br(mT): | 520~1050 |
| HcB(KA/m): | 30~120 |
| BH(max)MGOe: | 1-9 |
Quick Details
Specifications
AlNiCo Magnet
Brief
AlNiCo magnet is a alloy composed by Al, Ni, Co, Fe and other little metal elements, including Sintered AlNiCo and
Cast AlNiCo.Casting process can make into AlNiCo with different sizes and shapes; sintered products are limited to
small size and lower property, while its dimension tolerance and machinability are better.
Characteristics
The advantages of the AlNiCo magnet are its high remanence and low temperature coefficient which is 1.35T and
-0.02%/℃.And the maximum working temperature can reach to 520℃ or so. The disadvantages are .But the AlNiCo
magnet has a very low coercive force (Hcb) and nolinear demagnetizing curve. So, though AlNiCo magnet is easy to
be magnetized, it is also easy to be demagnetized.
Application
Brief
AlNiCo magnet is a alloy composed by Al, Ni, Co, Fe and other little metal elements, including Sintered AlNiCo and
Cast AlNiCo.Casting process can make into AlNiCo with different sizes and shapes; sintered products are limited to
small size and lower property, while its dimension tolerance and machinability are better.
Characteristics
The advantages of the AlNiCo magnet are its high remanence and low temperature coefficient which is 1.35T and
-0.02%/℃.And the maximum working temperature can reach to 520℃ or so. The disadvantages are .But the AlNiCo
magnet has a very low coercive force (Hcb) and nolinear demagnetizing curve. So, though AlNiCo magnet is easy to
be magnetized, it is also easy to be demagnetized.
Application
AlNiCo magnet is widely used for various instruments and meters and other High temperature fields.
Sintered
AlNiCo
Grade
(BH)max
Br
Hcj
Hcb
Density
Temperature coefficient
Curie Temperature
Remark
Kj/cm3
MGOe
mT
Gs
KA/m
Oe
KA/m
Oe
g/cm3
%/k
Tc ℃
FLN8
8-10
1.0-1.25
520
5200
43
540
40
500
6.7
-0.0020
760
Isotropic
FLNG12
12-14
1.5-1.75
700
7000
43
540
40
500
7.1
-0.014
810
FLNGT18
14-16
1.75-2.0
570
5700
78
980
76
950
7.2
-0.020
850
FLNG28
18-22
2.25-2.75
600
6000
107
1350
95
1200
7.2
-0.020
850
Anisotropic
FLNG34
28-33
3.5-4.15
1050
10500
47
590
46
580
7.2
-0.016
890
FLNGT28
34-38
4.3-4.8
1100
11000
51
640
50
630
7.2
-0.016
850
FLNG38J
38-40
4.75-5.0
730
7300
163
2050
151
1900
7.2
-0.200
850
FLNGT38
38-42
4.75-5.3
800
8000
126
1580
123
1550
7.2
-0.020
850
FLNGT42
42-48
5.3-6.0
880
8800
122
1530
120
1500
7.25
-0.020
850
Cast
AlNiCo
|
Grade |
Equal to MMPA |
(BH)max |
Br |
Hcb |
Density |
Temperature coefficient |
Curie Temperature |
Remark |
|||
|
Kj/cm3 |
MGOe |
mT |
Gs |
KA/m |
Oe |
g/cm3 |
%/k |
Tc ℃ |
|||
|
LN9 |
Alnico1 |
9.0 |
1.13 |
680 |
6800 |
30 |
380 |
6.9 |
-0.03 |
760 |
Isotropic |
|
LN10 |
10.0 |
1.20 |
600 |
6000 |
40 |
500 |
6.9 |
760 |
|||
|
LNG12 |
Alnico2 |
12.4 |
1.55 |
720 |
7200 |
45 |
500 |
7.0 |
810 |
||
|
LNG13 |
13.0 |
1.60 |
700 |
7000 |
48 |
600 |
7.0 |
810 |
|||
|
LNG34 |
Alnico5 |
34.0 |
4.30 |
1200 |
12000 |
48 |
600 |
7.3 |
-0.02 |
860 |
Anisotropic |
|
LNG37 |
37.0 |
4.65 |
1200 |
12000 |
48 |
600 |
7.3 |
||||
|
LNG40 |
Alnico5DG |
40.0 |
5.00 |
1250 |
12500 |
48 |
600 |
7.3 |
|||
|
LNG44 |
44.0 |
5.50 |
1250 |
12500 |
52 |
650 |
7.3 |
||||
|
LNG52 |
Alnico5-7 |
52.0 |
6.50 |
1300 |
13000 |
56 |
700 |
7.3 |
|||
|
LNGT28 |
Alnico6 |
28.0 |
3.50 |
1000 |
10000 |
58 |
720 |
7.3 |
-0.025 |
860 |
|
|
LNGT36J |
Alnico8H |
36.0 |
4.50 |
700 |
7000 |
140 |
1750 |
7.3 |
|||
|
LNGT32 |
Alnico8 |
32.0 |
4.0 |
800 |
8000 |
100 |
1250 |
7.3 |
|||
|
LNGT40 |
40.0 |
5.0 |
800 |
8000 |
110 |
1380 |
7.3 |
||||
|
LNGT60 |
Alnico9 |
60.0 |
7.50 |
900 |
9000 |
110 |
1380 |
7.3 |
|||
|
LNGT72 |
72.0 |
9.00 |
1050 |
10500 |
112 |
1400 |
7.3 |
||||