Quantity: | |
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N33-N52,30M-50M,30H-48H,28SH-45SH,28UH-42UH,28EH-38EH,28AH-33AH
N33-N52,30M-50M,30H-48H,28SH-45SH,28UH-42UH,28EH-38EH,28AH-33AH
Super
150 longton/month
Anhui,China
Standard Export Carton
piece/Hot sale N48 NdFeB magnet disc
150 longton/month
1 Hot sale N48 NdFeB magnet disc
5 days after deposit
1
T/T
Hot sale N48 NdFeB magnet disc
Neodymium permanent magnet material available in the early 1980s, is now widely used in
motor (motor), speakers (speaker), toys (toys) and some electrical appliances (electron),
and other products. Components for Nd2Fe14B. Have very high magnetic properties,
the largest energy product (BHmax) higher than the ferrite (Ferrite) 10 times more.
Its own mechanical properties is also very good, cutting different shapes and bored.
High-performance products of the highest temperature of up to 200 degrees Celsius.
Because of its material content easily lead to corrosion, according to different requirements
of different surface coating. (Such as plating Zn, Ni, Au, Epoxy, etc
Material | NdFeB Magnet |
Shape | Arc,block,ring.bar,ball etc |
Coating | Ni, Ni-Cu-Ni, Zn, Tin, Epoxy, Ni-Ag, Ni-Au, etc. |
Technology | Depending on advanced R&D center, Quality control team and professional machining technicians, we can surpass our competitors in the stability of quality and superiority of property. |
Delivery | The lead time must be 7-10 days quicker than industry average because of more flexible machine process control. |
Price | The price is 5-15% cheaper than industry average because of an excellent and efficient management system. |
Magnetization direction | a. Thickness Magnetized b. Axially Magnetized c. Diametrally Magnetized d. Multi-poles magnetized e. Radial Magnetized f. Customized specific requirements magnetized |
Hot sale N48 NdFeB magnet disc
Neodymium permanent magnet material available in the early 1980s, is now widely used in
motor (motor), speakers (speaker), toys (toys) and some electrical appliances (electron),
and other products. Components for Nd2Fe14B. Have very high magnetic properties,
the largest energy product (BHmax) higher than the ferrite (Ferrite) 10 times more.
Its own mechanical properties is also very good, cutting different shapes and bored.
High-performance products of the highest temperature of up to 200 degrees Celsius.
Because of its material content easily lead to corrosion, according to different requirements
of different surface coating. (Such as plating Zn, Ni, Au, Epoxy, etc
Material | NdFeB Magnet |
Shape | Arc,block,ring.bar,ball etc |
Coating | Ni, Ni-Cu-Ni, Zn, Tin, Epoxy, Ni-Ag, Ni-Au, etc. |
Technology | Depending on advanced R&D center, Quality control team and professional machining technicians, we can surpass our competitors in the stability of quality and superiority of property. |
Delivery | The lead time must be 7-10 days quicker than industry average because of more flexible machine process control. |
Price | The price is 5-15% cheaper than industry average because of an excellent and efficient management system. |
Magnetization direction | a. Thickness Magnetized b. Axially Magnetized c. Diametrally Magnetized d. Multi-poles magnetized e. Radial Magnetized f. Customized specific requirements magnetized |
Grade<o:p> | Residual Fulx<o:p> Br | Coercive Force<o:p> Hcb | Intrinsic Coercive Force<o:p> Hcj | Max.Energy Product( BH )max kJ/m3 | Curie Temperature<o:p> |
30SH<o:p> | 1080-1130 | ≥ 804 | ≥ 1592 | 223-247 | 150 °C<o:p> |
33SH<o:p> | 1130-1170 | ≥ 844 | ≥ 1592 | 247-271 | 150 °C<o:p> |
35SH<o:p> | 1170-1220 | ≥ 876 | ≥ 1592 | 263-287 | 150 °C<o:p> |
38SH<o:p> | 1220-1250 | ≥ 907 | ≥ 1592 | 287-310 | 150 °C<o:p> |
40SH<o:p> | 1240-1280 | ≥ 939 | ≥ 1592 | 302-326 | 150 °C<o:p> |
42SH<o:p> | 1280-1320 | ≥ 987 | ≥ 1592 | 318-342 | 150 °C<o:p> |
45SH<o:p> | 1320-1380 | ≥ 1003 | ≥ 1592 | 342-366 | 150 °C<o:p> |
28UH<o:p> | 1020-1080 (10.2-10.8)<o:p> | ≥ 764 | ≥ 1990 | 207-231 | 180 °C<o:p> |
30UH<o:p> | 1080-1130 (10.8-11.3)<o:p> | ≥ 812 | ≥ 1990 | 223-247 | 180 °C<o:p> |
33UH<o:p> | 1130-1170 | ≥ 852 | ≥ 1990 | 247-271 | 180 °C<o:p> |
35UH<o:p> | 1180-1220 | ≥ 860 | ≥ 1990 | 263-287 | 180 °C<o:p> |
38UH<o:p> | 1220-1250 | ≥ 876 | ≥ 1990 | 287-310 | 180 °C<o:p> |
40UH<o:p> | 1240-1280 | ≥ 899 | ≥ 1990 | 302-326 | 180 °C<o:p> |
28EH<o:p> | 1040-1090 | ≥ 780 | ≥ 2388 | 207-231 | 200 °C<o:p> |
30EH<o:p> | 1080-1130 (10.8-11.3)<o:p> | ≥ 812 | ≥ 2388 | 223-247 | 200 °C<o:p> |
33EH<o:p> | 1130-1170 | ≥ 836 | ≥ 2388 | 247-271 | 200 °C<o:p> |
35EH<o:p> | 1170-1220 | ≥ 876 | ≥ 2388 | 263-287 | 200 °C<o:p> |
38EH<o:p> | 1220-1250 | ≥ 899 | ≥ 2388 | 287-310 | 200 °C<o:p> <o:p> |
Grade<o:p> | Residual Fulx<o:p> Br | Coercive Force<o:p> Hcb | Intrinsic Coercive Force<o:p> Hcj | Max.Energy Product( BH )max kJ/m3 | Curie Temperature<o:p> |
30SH<o:p> | 1080-1130 | ≥ 804 | ≥ 1592 | 223-247 | 150 °C<o:p> |
33SH<o:p> | 1130-1170 | ≥ 844 | ≥ 1592 | 247-271 | 150 °C<o:p> |
35SH<o:p> | 1170-1220 | ≥ 876 | ≥ 1592 | 263-287 | 150 °C<o:p> |
38SH<o:p> | 1220-1250 | ≥ 907 | ≥ 1592 | 287-310 | 150 °C<o:p> |
40SH<o:p> | 1240-1280 | ≥ 939 | ≥ 1592 | 302-326 | 150 °C<o:p> |
42SH<o:p> | 1280-1320 | ≥ 987 | ≥ 1592 | 318-342 | 150 °C<o:p> |
45SH<o:p> | 1320-1380 | ≥ 1003 | ≥ 1592 | 342-366 | 150 °C<o:p> |
28UH<o:p> | 1020-1080 (10.2-10.8)<o:p> | ≥ 764 | ≥ 1990 | 207-231 | 180 °C<o:p> |
30UH<o:p> | 1080-1130 (10.8-11.3)<o:p> | ≥ 812 | ≥ 1990 | 223-247 | 180 °C<o:p> |
33UH<o:p> | 1130-1170 | ≥ 852 | ≥ 1990 | 247-271 | 180 °C<o:p> |
35UH<o:p> | 1180-1220 | ≥ 860 | ≥ 1990 | 263-287 | 180 °C<o:p> |
38UH<o:p> | 1220-1250 | ≥ 876 | ≥ 1990 | 287-310 | 180 °C<o:p> |
40UH<o:p> | 1240-1280 | ≥ 899 | ≥ 1990 | 302-326 | 180 °C<o:p> |
28EH<o:p> | 1040-1090 | ≥ 780 | ≥ 2388 | 207-231 | 200 °C<o:p> |
30EH<o:p> | 1080-1130 (10.8-11.3)<o:p> | ≥ 812 | ≥ 2388 | 223-247 | 200 °C<o:p> |
33EH<o:p> | 1130-1170 | ≥ 836 | ≥ 2388 | 247-271 | 200 °C<o:p> |
35EH<o:p> | 1170-1220 | ≥ 876 | ≥ 2388 | 263-287 | 200 °C<o:p> |
38EH<o:p> | 1220-1250 | ≥ 899 | ≥ 2388 | 287-310 | 200 °C<o:p> <o:p> |