Tiny Ring Magnets
Yea they are good, but I probably ordered too small a size
Product code: R-OD6ID3H3-N52
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This small rare earth ring magnet has an outside diameter of 6mm, an inside diameter of 3mm and a thickness of 3mm. It has a pull force of 0.870 kilograms. It is identified by the AMF magnet part number R-OD6ID3H3-N52
Neodymium magnets are available in many shapes but Neodymium Ring magnets are probably the most useful and most versatile. Although the absence of magnetic material where the void occurs detracts from a ring magnet’s overall strength, the advantages of the ring-shaped magnet should not be underestimated. Designers of sophisticated electrical devices and equipment find solutions to design problems and create exciting and distinctive new product features by introducing Ring magnets to their design. Laptops, smartphones, electronic devices and electronic equipment of nearly every type, utilise Neodymium ring magnets in their design. The futuristic qualities of small but powerful Neodymium magnets and the use of electromagnetic attraction or repulsion enhances the performance and market appeal of products that use them. Despite their widespread use in electronic product manufacturing, Ring magnets have very practical uses in our more ordinary, everyday lives. Unlike Block or Disc-shaped magnets, the void in a ring-shaped magnet makes a convenient point of attachment. Wire, string, cable ties or rope are simple methods of attaching a Ring magnet to another surface or materials and can be achieved without the usual application of glue, screws, bolts or nails. To attain a precise level of magnetic hold, for instance, additional Rings can be slid onto a wire or threaded onto a cable, until the correct level of magnetic hold is achieved to suit your particular circumstances. This example and various other applications demonstrate the superior versatility and convenience of ring-shaped magnets.
No FAQ available
This small rare earth ring magnet has an outside diameter of 6mm, an inside diameter of 3mm and a thickness of 3mm. It has a pull force of 0.870 kilograms. It is identified by the AMF magnet part number R-OD6ID3H3-N52
Neodymium magnets are available in many shapes but Neodymium Ring magnets are probably the most useful and most versatile. Although the absence of magnetic material where the void occurs detracts from a ring magnet’s overall strength, the advantages of the ring-shaped magnet should not be underestimated. Designers of sophisticated electrical devices and equipment find solutions to design problems and create exciting and distinctive new product features by introducing Ring magnets to their design. Laptops, smartphones, electronic devices and electronic equipment of nearly every type, utilise Neodymium ring magnets in their design. The futuristic qualities of small but powerful Neodymium magnets and the use of electromagnetic attraction or repulsion enhances the performance and market appeal of products that use them. Despite their widespread use in electronic product manufacturing, Ring magnets have very practical uses in our more ordinary, everyday lives. Unlike Block or Disc-shaped magnets, the void in a ring-shaped magnet makes a convenient point of attachment. Wire, string, cable ties or rope are simple methods of attaching a Ring magnet to another surface or materials and can be achieved without the usual application of glue, screws, bolts or nails. To attain a precise level of magnetic hold, for instance, additional Rings can be slid onto a wire or threaded onto a cable, until the correct level of magnetic hold is achieved to suit your particular circumstances. This example and various other applications demonstrate the superior versatility and convenience of ring-shaped magnets.
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More