Quantity: | |
---|---|
N33-N52,30M-50M,30H-48H,28SH-45SH,28UH-42UH,28EH-38EH,28AH-33AH
N40-N52,30M-50M,30H-48H,28SH-45SH,28UH-42UH,28EH-38EH,28AH-33AH
Super
150 longton/month
Anhui,China
Standard Export Carton
piece/25*190mm neodymium bar magnets
150 longton/month
25*190mm neodymium bar magnets
5 days after deposit
1
T/T
25*190mm neodymium bar magnets
Sintered Neodymium-Iron-Boron (NdFeB) magnets, also knewn as “Neo” magnets, offer the strongest magnetic power today.
They are particularly suitable for high volume production with varieties of shapes and sizes.
Precise dimensional control can be achieved in machining processes.
1. Physical Properties of Neodymium Magnet:
a.NdFeB Magnets are the strongest magnets in the world. They can lift up to 1000 times theirs own weight.
b.NdFeB Magnets are easy to machine, compared to Alnico and SmCo magnets.
c.NdFeB Magnets are with high resistance to demagnetization.
2. Grade of Neodymium magnet:
Grade | Work Temperture(°c) |
N35-N52 | ≤80 |
33M-48M | ≤100 |
33H-48H | ≤120 |
33SH-45SH | ≤150 |
30UH-40UH | ≤180 |
25*190mm neodymium bar magnets
Sintered Neodymium-Iron-Boron (NdFeB) magnets, also knewn as “Neo” magnets, offer the strongest magnetic power today.
They are particularly suitable for high volume production with varieties of shapes and sizes.
Precise dimensional control can be achieved in machining processes.
1. Physical Properties of Neodymium Magnet:
a.NdFeB Magnets are the strongest magnets in the world. They can lift up to 1000 times theirs own weight.
b.NdFeB Magnets are easy to machine, compared to Alnico and SmCo magnets.
c.NdFeB Magnets are with high resistance to demagnetization.
2. Grade of Neodymium magnet:
Grade | Work Temperture(°c) |
N35-N52 | ≤80 |
33M-48M | ≤100 |
33H-48H | ≤120 |
33SH-45SH | ≤150 |
30UH-40UH | ≤180 |
Grade | Remanence Br mT (kGs) | Coercive force HcB KA/m (KOe) | Magnetic energy product Max KJ/m3 MGOe | Max.working temperature | |
N35-N52 | 1180-1440 | 836-923 | 263-406 | 80°C (176°F) | |
(11.8-14.4) | (10.8-11.6) | (33-51) | |||
30M-50M | 1080-1420 | 796-1050 | 223-390 | 100°C (212°F) | |
(10.8-14.2) | (10-13.2) | (28-49) | |||
30H-48H | 1080-1380 | 796-1027 | 223-366 | 120°C (248°F) | |
(10.8-13.8) | (10-12.6) | (28-46) | |||
28SH-45SH | 1050-1340 | 764-995 | 207-342 | 150°C (302°F) | |
(10.5-13.4) | (9.6-12) | (26-43) | |||
28UH-42UH | 1050-1310 | 764-923 | 207-326 | 180°C (356°F) | |
(10.5-13.1) | (9.6-11.6) | (26-41) | |||
28EH-38EH | 1050-1250 | 764-868 | 207-295 | 200°C (392°F) | |
(10.5-12.5) | (9.6-10.9) | (26-37) | |||
28AH-33AH | 1020-1170 | 780-836 | 199-271 | 220°C (428°F) |
Grade | Remanence Br mT (kGs) | Coercive force HcB KA/m (KOe) | Magnetic energy product Max KJ/m3 MGOe | Max.working temperature | |
N35-N52 | 1180-1440 | 836-923 | 263-406 | 80°C (176°F) | |
(11.8-14.4) | (10.8-11.6) | (33-51) | |||
30M-50M | 1080-1420 | 796-1050 | 223-390 | 100°C (212°F) | |
(10.8-14.2) | (10-13.2) | (28-49) | |||
30H-48H | 1080-1380 | 796-1027 | 223-366 | 120°C (248°F) | |
(10.8-13.8) | (10-12.6) | (28-46) | |||
28SH-45SH | 1050-1340 | 764-995 | 207-342 | 150°C (302°F) | |
(10.5-13.4) | (9.6-12) | (26-43) | |||
28UH-42UH | 1050-1310 | 764-923 | 207-326 | 180°C (356°F) | |
(10.5-13.1) | (9.6-11.6) | (26-41) | |||
28EH-38EH | 1050-1250 | 764-868 | 207-295 | 200°C (392°F) | |
(10.5-12.5) | (9.6-10.9) | (26-37) | |||
28AH-33AH | 1020-1170 | 780-836 | 199-271 | 220°C (428°F) |