Sintered NdFeB Magnets with Black Epoxy Surface Treatment

  • Model NO.: 210815-X05
  • Shape: Iregular Magnets
  • Type: Permanent
  • Trademark: TC
  • Origin: China
  • Application: Industrial Magnet, Motor Magnet
  • Coating: Tube,Disc with Counter Sunk Hole
  • Composition: NdFeB Magnet
  • Specification: ISO9001: 2000 & SGS TS16949 ISO 14001
  • HS Code: 85051110
Material Grade of NdFeB Magnets:
Magnets N-( N35, N38, N40, N42, N45, N48, N50),
Magnets M-(35M, 38M, 40M, 42M, 45M, 48M),
Magnets H-(35H, 38H, 40H, 42H, 45H),
Magnets SH-(30SH, 33SH, 35SH, 38SH, 40SH, 42SH),
Magnets UH-( 28UH, 30UH, 33UH, 35UH, 38UH),
Magnets EH-(28EH, 30EH, 30EH, 33EH, 35EH)

1) NdFeB magnets have become extremely popular in almost all high technology applications that require high performance magnets, wind turbine parts, motors, sensors, computers, communications, medical equipment, meters, home appliances and so on

2) The coating of NdFeB Magnets can be Zn, Ni, Ni-Cu-Ni, Epoxy, CR3+ZN, NI+AG, NI+AU, Plastic , rubber and so on.



3) Our factory can also manufacture various sizes of NdFeB Magnets, according to the customer's specification

Magnetic properties of Sintered NdFeB magnets:
 

Grade
 

Remanence
 

Coercive Force
 

Intrinsic Coercive Force
 

Max. energy product
 

Max.
 

Operating
 

Temperature
 

Br
 

Hcb
 

Hcj
 

(BH )
 

Tw
 

max  
 

mT
 

kA/m
 

kA/m
 

kJ/m3
 

(kGs)
 

(kOe)
 

(kOe)
 

(MGOe)
 

N35
 

1170-1220
 

>= 868
 

>=955
 

263-287
 

80°C
 

(11.7-12.2)
 

( >= 10.9)
 

( >= 12)
 

(33-36)
 

N38
 

1220-1250
 

>=899
 

>=955
 

287-310
 

80°C
 

(12.2-12.5)
 

( >= 11.3)
 

( >= 12)
 

(36-39)
 

N40
 

1250-1280
 

>= 907
 

>=955
 

302-326
 

80°C
 

(12.5-12.8)
 

( >= 11.4)
 

( >= 12)
 

(38-41)
 

N42
 

1280-1320
 

>= 915
 

>=955
 

318-342
 

80°C
 

(12.8-13.2)
 

( >= 11.5)
 

( >= 12)
 

(40-43)
 

N45
 

1320-1380
 

>= 923
 

>=955
 

342-366
 

80°C
 

(13.2-13.8)
 

( >= 11.6)
 

( >= 12)
 

(43-46)
 

N48
 

1380-1420
 

>= 923
 

>=955
 

366-390
 

80°C
 

(13.8-14.2)
 

( >=11.6)
 

( >= 12)
 

(46-49)
 

N50
 

1400-1450
 

>= 796
 

>=955
 

382-406
 

80°C
 

(14.0-14.5)
 

( >= 10.0)
 

( >= 12)
 

(48-51)
 

N52
 

1430-1480
 

>= 796
 

>=955
 

398-422
 

80°C
 

(14.3-14.8)
 

( >= 10.0)
 

( >= 12)
 

(50-53)
 

33M
 

1130-1170
 

>= 836
 

>= 1114
 

247-263
 

100°C
 

(11.3-11.7)  
 

(>= 10.5)
 

( >= 14)
 

(31-33)
 

35M
 

1170-1220
 

>= 868
 

>= 1114
 

263-287
 

100°C
 

(11.7-12.2)
 

( >= 10.9)
 

( >= 14)  
 

(33-36)
 

38M
 

1220-1250
 

>= 899
 

>= 1114
 

287-310
 

100°C
 

(12.2-12.5)
 

( >= 11.3)
 

( >= 14)
 

(36-39)
 

40M
 

1250-1280
 

>= 923
 

>= 1114
 

302-326
 

100°C
 

(12.5-12.8)
 

( >= 11.6)
 

( >= 14)
 

(38-41)
 

42M
 

1280-1320
 

>= 955  
 

>= 1114  
 

318-342  
 

100°C
 

(12.8-13.2)
 

( >= 12.0)
 

( >= 14)
 

(40-43)
 

45M
 

1320-1380
 

>= 995
 

>= 1114
 

342-366
 

100°C
 

(13.2-13.8)
 

( >= 12.5)
 

( >= 14)
 

(43-46)
 

48M
 

1360-1430
 

>= 1027
 

>= 1114
 

366-390
 

100°C
 

(13.6-14.3)
 

( >= 12.9)
 

( >= 14)
 

(46-49)
 

50M
 

1400-1450
 

>= 1033
 

>= 1114
 

382-406
 

100°C
 

(14.0-14.5)
 

( >= 13.0)
 

( >= 14)
 

(48-51)
 

35H
 

1170-1220
 

>= 868
 

>= 1353
 

263-287
 

120°C
 

(11.7-12.2)
 

( >= 10.9)
 

( >= 17)
 

(33-36)
 

38H
 

1220-1250
 

>= 899
 

>= 1353
 

287-310
 

120°C
 

(12.2-12.5)
 

( >= 11.3)
 

( >= 17)
 

(36-39)
 

40H
 

1250-1280
 

>= 923
 

>= 1353
 

302-326
 

120°C
 

(12.5-12.8)
 

( >= 11.6)
 

( >= 17)
 

(38-41)
 

42H
 

1280-1320
 

>= 955
 

>= 1353
 

318-342
 

120°C
 

(12.8-13.2)
 

( >= 12.0)
 

( >= 17)
 

(40-43)
 

45H
 

1320-1360
 

>= 963
 

>= 1353
 

326-358
 

120°C
 

(13.2-13.6)
 

( >= 12.1)
 

( >= 17)
 

(43-46)
 

48H
 

1370-1430
 

>= 995
 

>= 1353
 

366-390
 

120°C
 

(13.7-14.3)
 

( >= 12.5)
 

( >= 17)
 

(46-49)
 

35SH
 

1170-1220
 

>= 876
 

>= 1592
 

263-287
 

150°C
 

(11.7-12.2)
 

( >= 11.0)
 

( >= 20)
 

(33-36)
 

38SH
 

1220-1250
 

>= 907
 

>= 1592
 

287-310
 

150°C
 

(12.2-12.5)
 

( >= 11.4)
 

( >= 20)
 

(36-39)
 

40SH
 

1240-1280
 

>= 939
 

>= 1592
 

302-326
 

150°C
 

(12.5-12.8)
 

( >= 11.8)
 

( >= 20)
 

(38-41)
 

42SH
 

1280-1320
 

>= 987
 

>= 1592
 

318-342
 

150°C
 

(12.8-13.2)
 

( >= 12.4)
 

( >= 20)
 

(40-43)
 

45SH
 

1320-1380
 

>= 1003
 

>= 1592
 

342-366
 

150°C
 

(13.2-13.8)
 

( >= 12.6)
 

( >= 20)
 

(43-46)
 

28UH
 

1020-1080
 

>= 764
 

>= 1990
 

207-231
 

180°C
 

(10.2-10.8)
 

( >= 9.6)
 

( >= 25)
 

(26-29)
 

30UH
 

1080-1130
 

>= 812
 

>= 1990
 

223-247
 

180°C
 

(10.8-11.3)
 

( >= 10.2)
 

( >= 25)
 

(28-31)
 

33UH
 

1130-1170
 

>= 852
 

>= 1990
 

247-271
 

180°C
 

(11.3-11.7)
 

( >= 10.7)
 

( >= 25)
 

(31-34)
 

35UH
 

1180-1220
 

>= 860
 

>= 1990
 

263-287
 

180°C
 

(11.8-12.2)
 

( >= 10.8)
 

( >= 25)
 

(33-36)
 

38UH
 

1220-1250
 

>= 876
 

>= 1990
 

287-310
 

180°C
 

(12.2-12.5)
 

( >= 11.0)
 

( >= 25)
 

(36-39)
 

40UH
 

1240-1280
 

>= 899
 

>= 1990
 

302-326
 

180°C
 

(12.5-12.8)
 

( >=11.3)
 

( >= 25)
 

(38-41)
 

28EH
 

1040-1090
 

>= 780
 

>= 2388
 

207-231
 

200°C
 

(10.4-10.9)
 

( >= 9.8)
 

( >= 30)
 

(26-29)
 

30EH
 

1080-1130
 

>= 812
 

>= 2388
 

223-247
 

200°C
 

(10.8-11.3)
 

( >= 10.2)
 

( >= 30)
 

(28-31)
 

33EH
 

1130-1170
 

>= 876
 

>= 2388
 

247-271
 

200°C
 

(11.3-11.7)
 

( >= 10.5)
 

( >= 30)
 

(31-34)
 

35EH
 

1170-1220
 

>= 876
 

>= 2388
 

263-287
 

200°C
 

(11.7-12.2)
 

( >= 11.0)
 

( >= 30)
 

(33-36)
 

38EH
 

1220-1250
 

>= 899
 

>= 2388
 

287-310
 

200°C
 

(12.2-12.5)
 

( >= 11.3)
 

( >= 30)
 

(36-39)
 

28AH
 

1040-1090
 

>=787
 

>= 2624
 

207-231
 

230°C
 

(10.4-10.9)
 

( >= 9.9)
 

( >= 33)
 

(26-29)
 

30AH
 

(26-29)
 

>=819
 

>= 2624
 

223-247
 

230°C
 

(10.8-11.3)
 

( >= 10.3)
 

( >= 33)
 

(28-31)
 

33AH
 

1130-1170
 

>= 843
 

>= 2624
 

247-271
 

230°C
 

(11.3-11.7)
 

(>= 10.6)
 

( >= 33)
 

(31-34)
 
 Note:
@ The above-mentioned data of magnetic parameters and physical properties are given at room temperature.
@ The maximum working temperature of magnet is changeable due  to ratio of length and diameter and environment factors

Hand Pads And Roll

Non-woven abrasive scouring pad roll is made from high quality nylon fibre.

Bonding abrasive on the non-woven with special resin. It's with high flexibility.


Industrial scouring pads are mainly used in the coating treatment of the surface of metal, wood and other materials, mechanical maintenance and cleaning such as cleaning, polishing, rust removal, deburring, and high-quality appearance decoration line processing operations.


The characteristics of industrial scouring pads are generally mainly elastic grinding, which can effectively prevent excessive cutting and scratching the surface of the work piece; followed by cold cutting, the common structure is effective for heat dissipation, which can prevent discoloration and deformation caused by overheating of the work piece during processing; its The third is that industrial scouring pads can prevent clogging, water and oil resistance; during the grinding process, the fibers will continue to be lost, and new grinding ore will continue to form naturally, providing better processing quality for the work piece.


We distributes and wholesales various brands of Bonded Abrasives, Abrasive Sanding Disc, Cutting Wheels , Abrasive Flap Disc , Flap Wheels , Flap Disc Backing Pad, Flap Disc Adhesive, and Surface Conditioning Product etc, and enjoy a high position among consumers.

Non Woven Abrasive Sourcing Pad 44Non Woven Scouring Pad Hand Pad 1 6

Abrasive Scouring Pad,Scouring Pad Rolls,Non Woven Hand Pad,Abrasive Scouring Pad Roll,Green Scouring Pad

Zhengzhou Jiading Abrasive Manufacturing Co.,Ltd , https://www.jiadingabrasive.com