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Rare Earth Sphere Magnets

Our range of Neodymium (Rare Earth) Spheres here at AMF Magnets are relatively new and are flying off the shelves. They are available in all different dimensions and grades and are therefore able to suit any application that you require.

They are axially magnetised, meaning the direction of the magnetic field come from the north and south poles of the sphere. Rare Earth magnets are also known as Neodymium Magnets which means that they have an incredibly strong pull force in relation to their small size. In fact, Neodymium magnets are the strongest magnets commercially available. The strongest spherical magnet we provide is larger in size (25mm in diameter) and has a magnetic pull force of approximately 9.69 kilograms!!

Often used in creative applications, our Neodymium Sphere Magnets are great for artists to incorporate into their work and can be used to build any sort of shape or structure. They can also be used for any kind of nifty repair around the home due to their immense strength. Due to their unique shape and their small size they are able to fit into most small spaces and are useful in mechanical applications. The external surface is coated in nickel, perfect for protecting the magnet against corrosion and scratching and gives it a smart exterior appearance. Perfect for improving the home, the office or a mechanical environment, these Neodymium Sphere Magnets are available today at AMF Magnetics!

While the Neodymium Sphere has a useful shape and is incredible in terms of consistency and efficiency, we must emphasise that these magnets are not toys and are not designed to be used by children of any age due to being possible choking hazard and their strong magnetic abilities.

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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