Neodymium Ring Magnet Rare Earth N33,N35,N38,N40,N42,N45,N48,N50,N52, (M, H, SH, EH, UH,AH )

Model No: Ring Magnet
Place of Origin: Zhejiang,China (Mainland)
Application: Industrial Magnet
Shape: Ball
Type: Permanent
Composite: Rare Earth Magnet
Brand Name: Xionghai

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Product Description

Payment & Shipping Terms Supply Capacity
Unit Price: 0.01~20.0 USDProduction Capacity:100 tons per month
Payment Term:L/C, T/TPacking:Neutral packing
MOQ:10 Piece/PiecesDelivery Date:15days
Means of Transport:Ocean, Air

/Xionghai magnet preparesits anisotropic powders by either casting an alloy melt into a mold, or strip casing. Strip Casting offers the advantage of better chemical stability. Subsequently, the ingot from the mold or the flakes from Strip Casting are pulverized to a uniform grain/particle size. The best method for obtaining the desired grain size is by HDDR. The HDDR [hydrogenation-decomposition-desorption-recombination] process yields a more homogenous particle size with a minimum of α-Fe, and Nd-rich phases. Anisotropic Nd-Fe-B, HDDR powders prepared from strip cast alloys are used for the HAST [Highly Accelerated Stress Test] grades of NdFeB Magnets, including N, H, SH, UH, EH, and AH grades.
Improved Corrosion Resistance:
The HAST protocol used on our neodymium iron boron magnets can qualitatively reflect the service life of the magnet. This test exposes the magnet to 130°C, 95% RH, at 2 ATM for more than one day. The magnet is massed before and after the test. Our magnets measure a weight loss of less than 5 mg/cm2.
High Maximum Working Temperature:
Our AH series of NdFeB magnets have working temperatures up to 230°C.

The Magnetic Properties of Neodymium Permanent Magnete Super Strong Magneti Neodimio Rare Earth Aimant Neodyme:
Magnetic Properties of Sintered NdFeB Magnets
Grade
Remanence
Coercivity Force
Intrinsic Coercive Force
Max. Energy Product
maximum Operating Temp.
Br
Hcb
Hcj
( BH ) max
mT
kGs
kA/m
kOe
kA/m
kOe
kJ/m3
MGOe
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 ℃
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 ℃
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 ℃
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 ℃
42UH
1280-1320
12.8-13.2
≥899
≥11.3
≥1990
≥25
318-342
40-43
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 ℃
40EH
1250-1280
12.5-12.8
≥899
≥11.3
≥2388
≥30
287-310
38-41
200 ℃
28AH
1040-1080
10.4-10.8
≥787
≥9.9
≥2624
≥33
207-231
26-29
230 ℃
30AH
1080-1130
10.8-11.3
≥819
≥10.3
≥2624
≥33
223-247
28-31
230 ℃
33AH
1130-1170
11.3-11.7
≥843
≥10.6
≥2624
≥33
247-271
31-34
230 ℃
35AH
1170-1220
11.7-12.2
≥876
≥11.0
≥2624
≥33
263-287
33-36
230 ℃

The Physical Properties of Neodymium Permanent Magnete Super Strong Magneti Neodimio Rare Earth Aimant Neodyme:
ParametersUnitsIndicators
Densityg/cm³≥7.3
Home temperature310-340
BrReversible temperature coefficient℃/%-0.100~-0.130
HcjReversible temperature coefficient℃/%0.40~0.70
Compressive strengthN/mm21050
Bending strengthN/mm2250
Tensile strengthN/mm280
Webster Hardness 600
Coefficient of thermal expansion(20 to 200℃)10-6/k∥5⊥-1.5
Specific heatJ/(Kg.K)460
Thermal conductivityW/(m.K)9
ResistivityμΩ.cm150

Pictures of Neodymium Permanent Magnete Super Strong Magneti Neodimio Rare Earth Aimant Neodyme Disc / Disk/Ring:
Neodymium Ring Magnet Rare Earth N33,N35,N38,N40,N42,N45,N48,N50,N52, (M, H, SH, EH, UH,AH )Neodymium Ring Magnet Rare Earth N33,N35,N38,N40,N42,N45,N48,N50,N52, (M, H, SH, EH, UH,AH )

Category: Neodymium Ring Magnets