Neodymium Ring Micro Magnets, Strong Micro Tube Magnets, Sintered Neodymium Iron Boron Micro Magnets
Specifications/Special Features:
Material
NdFeB, N45
Shape
Ring / Customized shapes for Neodymium Magnets are available.
Dimensions
OD: 3mm
ID: 2mm
Thickness: 2mm
Accept Customized
Tolerance
±0.02mm
Accept Customized
Coating
None
Capacity
more than 1000K pieces/month
Application
medical equipement
Introduction
Neodymium Magnets are widely used in many fields, such as motors, sensors,microphones, wind turbines, wind generators, VCMs in hard disk drives, printer,switchboard, loudspeakers, magnetic separation, magnetic hooks, magnetic holder,magnetic chuck, common daily use, and so on.
All kinds of micro permanent magnet ring is widely used in watches, optical communication, medical, precision machinery and other industries. Thin wall long hole features Micro NdFeB Ring is my company’s products, inner hole length to diameter ratio can reach those days, products can be thin wall thickness to 0.2 mm. Production, quality stable and reliable, and has been supporting in many world famous companies products.
Product details |
Project | Outer diameter(mm) | The inner diameter(mm) | highly(mm) | Direction of magnetization | Material |
Basic dimensions | φ0.8-φ10.0 | φ0.2-φ3.0 | 0.2-15 | Custom | SmCo, NdFeB, Ferrite, Alnico and etc. |
Tolerance | ±0.005-±0.05 | ±0.01-±0.1 | ±0.005-±0.05 | ±1° |
Sintered Neodymium Iron Boron Magnets or “NdFeB” magnets offer the highest energy product of any material today and are available in a wide range of shapes, sizes and grades. NdFeB magnets can be found in a variety of applications including high performance motors, brushless DC motors, magnetic separation, magnetic resonance imaging, sensors and loudspeakers. Ring Micro Magnets, micro ndfeb ring magnet
Magnetic properties will differ depending upon alignment direction during compaction and upon size and shape. Download individual spec sheets from the table below, or get the full neo catalog here for specific grades and their magnetic properties, including the trade-off in Br (and energy product) for HcJ (intrinsic coercivity, resistance to demagnetization).
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