Neodymium Disc Magnet 9mm x 2mm N48 Black Nickel
Product code: D-D9H2-N48Bni
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Neodymium Disc Magnet 9mm x 2mm N48 Black Nickel
This Neodymium disc magnet is coated in black nickel, has a pull force of 1.19kg, Gauss2884, GradeN48. It is 2mm in height and has a diameter of 9mm, with a direction of magnetisation through height.
These disc shaped Neodymium magnets are useful in a surprising range of applications where space is limited but a precise level of magnetised force is required. The low height dimension is perfect for products with slimmer and sleeker profiles, such as electronic and communications designs where precision and control are vital. Neodymium discs have excellent strength to size ratios which means the magnets can be incorporated into design and integrated into performance and operation. In fact, the influential or attractive fields of permanent Neodymium magnets play an increasingly important role in a vast range of modern technologies, from mobile phones to modern automobiles, including electric and hybrid vehicles.
Aerospace projects, where fuel loads and energy are largely finite, also rely on the permanence of magnetic power which is often crucial to their success. The N48 Grade magnetic material used in this magnet is among the highest available and increases the field intensity of this magnet to that of a magnet with larger dimensions.
This Neodymium disc magnet is coated in black nickel, has a pull force of 1.19kg, Gauss2884, GradeN48. It is 2mm in height and has a diameter of 9mm, with a direction of magnetisation through height.
These disc shaped Neodymium magnets are useful in a surprising range of applications where space is limited but a precise level of magnetised force is required. The low height dimension is perfect for products with slimmer and sleeker profiles, such as electronic and communications designs where precision and control are vital. Neodymium discs have excellent strength to size ratios which means the magnets can be incorporated into design and integrated into performance and operation. In fact, the influential or attractive fields of permanent Neodymium magnets play an increasingly important role in a vast range of modern technologies, from mobile phones to modern automobiles, including electric and hybrid vehicles.
Aerospace projects, where fuel loads and energy are largely finite, also rely on the permanence of magnetic power which is often crucial to their success. The N48 Grade magnetic material used in this magnet is among the highest available and increases the field intensity of this magnet to that of a magnet with larger dimensions.