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sintered arc neodymium anisotropic permanent magnet

0.01~10.0 USD
Min. Order: 10 Piece/Pieces
Payment Terms: L/C, T/T, WU
Supply Ability: 100ton/month
Place of Origin: Zhejiang

Company Profile

Location: Ningbo, Zhejiang, China (Mainland)
Business Type: Manufacturer, Trading Company
Main Products: Ndfeb Magnets, Alnico Magnets, Smco Magnets, Ferrite Magnets, Cup Magnet

Product Detail

Means of Transport: By Express, Ocean, Air, Land
Application: Motor Magnet
Shape: Others
Type: Permanent
Composite: Neodymium Magnet
Brand Name: Yuxiang magnetics
Material: neodymium magnet
Fuction: Motors
Production Capacity: 100ton/month
Packing: standard Air package and Sea package
Delivery Date: 7-15 days
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Product Description

1. This is the sintered Neodymium magnet, it is the third generation rare earth magnet.
It is the most powerful and strongest magnet in World at present.
2. The arc and segment shape magent is one regular and popular shaped for the sintered neodymium magnet.
Our strong Neodymium arc magnet(segment magnet) is suitable for advanced permanent magnets motor and pump.
3. We are providing the arc magnets with high energy material for motor application, like SH grade, L-SHT grade. These magnets can be assemblied together to a ring and sticked to iron housing. The meterial can work at high temperature and have low weight lost in high speed rotating. The material also have strong torque force.
Besides the basic grades, we also have T and L-T series grades which are derived from these basic grades. The T and L-T grades material are mainly for segment magntes which used in electric motor . The main properties of the derived grades such as Br, Hcj, Hcb and (BH)max are corresponding to those of the basic grades, while other properties are different. You can see, with highertemperature coefficient, this T and L-T material can work at higher temperature and has lower power decline.
4. The magnets can be coated with nickel, Zinc, epoxy, chrome, stannum or non- coated.

Magnetic Characteristics And Physical Properties of Sintered NdFeB magnet
PropertiesRemanenceCoercive ForceIntrinsic Coercive ForceMax Energy ProductMax Working Temp
BrHcbHcj(BH)maxTw
GrademT(KGs)KA/m (KGs)KA/m (KOe)KJ/m 3 ( MGOe )
N-301080-1130≥ 796≥ 955223-247≤ 80
(10.8-11.3)( ≥ 10)( ≥ 12)(28-31)
N-331130-1180≥ 836≥ 955247-270≤ 80
(11.3-11.8)( ≥ 10.5)( ≥ 12)(31-34)
N-351170-1220≥ 868≥ 955263-287≤ 80
(11.7-12.2)( ≥ 10.9)( ≥ 12)(33-36)
N-381220-1250≥ 899≥ 955287-310≤ 80
(12.2-12.5)( ≥ 11.3)( ≥ 12)(36-39)
N-401250-1280≥ 923≥ 955302-326≤ 80
(12.5-12.8)( ≥ 11.6)( ≥ 12)(38-41)
N-421280-1320≥ 923≥ 955318-342≤ 80
(12.8-13.2)( ≥ 11.6)( ≥ 12)(40-43)
N-451320-1380≥ 876≥ 955342-366≤ 80
(13.2-13.8)( ≥ 11.0)( ≥ 12)(43-46)
N-481380-1420≥ 836≥ 876366-390≤ 80
(13.8-14.2)( ≥ 10.5)( ≥ 11)(46-49)
N-501400-1450≥ 860≥ 876382-406≤ 80
(14.0-14.5)( ≥ 10.8)( ≥ 11)(48-51)
30M1080-1130≥ 796≥ 1114223-247≤ 100
(10.8-11.3)( ≥ 10)( ≥ 14)(28-31)
33M1130-1180≥ 836≥ 1114247-270≤ 100
(11.3-11.8)( ≥ 10.5)( ≥ 14)(31-34)
35M1170-1220≥ 868≥ 1114263-287≤ 100
(11.7-12.2)( ≥ 10.9)( ≥ 14)(33-36)
38M1220-1250≥ 899≥ 1114287-310≤ 100
(12.2-12.5)( ≥ 11.3)( ≥ 14)(36-39)
40M1250-1280≥ 923≥ 1114302-326≤ 100
(12.5-12.8)( ≥ 11.6)( ≥ 14)(38-41)
42M1280-1320≥ 955≥ 1114318-342≤ 100
12.8-13.2( ≥ 12.0)( ≥ 14)(40-43)
45M1320-1380≥ 995≥ 1114342-366≤ 100
(13.2-13.8)( ≥ 12.5)( ≥ 14)(43-46)
48M1360-1430≥ 1027≥ 1114366-390≤ 100
(13.6-14.3)( ≥ 12.9)( ≥ 14)(46-49)
50M1400-1450≥ 1033≥ 1114382-406≤ 100
(14.0-14.5)( ≥ 13.0)( ≥ 14)(48-51)
30H1080-1130≥ 796≥ 1353223-247≤ 120
(10.8-11.3)( ≥ 10)( ≥ 17)(28-31)
33H1130-1180≥ 836≥ 1353247-271≤ 120
(11.3-11.8)( ≥ 10.5)( ≥ 17)(31-34)
35H1170-1220≥ 868≥ 1353263-287≤ 120
(11.7-12.2)( ≥ 10.9)( ≥ 17)(33-36)
38H1220-1250≥ 899≥ 1353287-310≤ 120
(12.2-12.5)( ≥ 11.3)( ≥ 17)(36-39)
40H1250-1280≥ 923≥ 1353302-326≤ 120
(12.5-12.8)( ≥ 11.6)( ≥ 17)(38-41)
42H1280-1320≥ 955≥ 1353318-342≤ 120
(12.8-13.2)( ≥ 12.0)( ≥ 17)(40-43)
45H1320-1380≥ 963≥ 1353342-366≤ 120
(13.2-13.8)( ≥ 12.1)( ≥ 17)(43-46)
48H1370-1430≥ 995≥ 1274366-390≤ 120
(13.7-14.3)( ≥ 12.5)( ≥ 16)(46-49)
30SH1080-1130≥ 804≥ 1592223-247≤ 150
(10.8-11.3)( ≥ 10.1)( ≥ 20)(28-31)
33SH1130-1170≥ 844≥ 1592247-271≤ 150
(11.3-11.7)≥ 10.6( ≥ 20)(31-34)
35SH1170-1220≥ 876≥ 1592263-287≤ 150
(11.7-12.2)( ≥ 11.0)( ≥ 20)(33-36)
38SH1220-1250≥ 907≥ 1592287-310≤ 150
(12.2-12.5)( ≥ 11.4)( ≥ 20)(36-39)
40SH1250-1280≥ 939≥ 1592302-326≤ 150
(12.5-12.8)( ≥ 11.8)( ≥ 20)(38-41)
42SH1280-1320≥ 995≥ 1592318-342≤ 150
(12.8-13.2)( ≥ 12.5)( ≥ 20)(40-43)
45SH1320-1380≥ 1003≥ 1592342-366≤ 150
(13.2-13.8)( ≥ 12.6)( ≥ 20)(43-46)
28UH1020-1080≥ 764≥ 1990207-231≤ 180
(10.2-10.8)( ≥ 9.6)( ≥ 25)(26-29)
30UH1080-1130≥ 812≥ 1990223-247≤ 180
(10.8-11.3)( ≥ 10.2)( ≥ 25)(28-31)
33UH1130-1170≥ 852≥ 1990247-271≤ 180
(11.3-11.7)( ≥ 10.7)( ≥ 25)(31-34)
35UH1180-1220≥ 860≥ 1990263-287≤ 180
(11.8-12.2)( ≥ 10.8)( ≥ 25)(33-36)
38UH1220-1250≥ 907≥ 1990287-310≤ 180
(12.2-12.5)( ≥ 11.4)( ≥ 25)(36-39)
30EH1080-1130≥ 812≥ 2388 223-247≤ 200
(10.8-11.3)( ≥ 10.2)( ≥ 30)(28-31)
33EH1130-1170≥ 812≥ 2388247-271≤ 200
(11.3-11.7)( ≥ 10.2)( ≥ 30)(31-34)
35EH1170-1220≥ 876≥ 2388263-287≤ 200
(11.7-12.2)( ≥ 11.0)( ≥ 30)(33-36)
30AH1080-1130≥ 812≥ 2785223-247≤ 240
(10.8-11.3)( ≥ 10.2)( ≥ 35)(28-31)
33AH1130-1170≥ 812≥ 2785247-271≤ 240
(11.3-11.7)( ≥ 10.2)( ≥ 35)31-34
NOTES:
The above-mentioned data of magnetic parameters and physical properties ars given at room temperature.
The maximum service temperature of magnet is changeable due to the ratio length and diameter and
Environmental factors.
Density: 7.4~7.6g/cm 3 ; α Br:-0.09~0.13%/ ℃, β Hcj: -0.50~0.80%/ ℃; Hv:600.

                                           The demagnetized curve of sintered NdFeB magnet
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