This neodymium disc has a pull force of  63 grams, a diameter of 2mm and a height of 1mm. It has a magnetic flux reading of 5022 Gauss.

It may not look impressive, but this tiny  Neodymium rare earth magnet has helped out in the aerospace industry, in communications and electronics development, and in the growing electric and hybrid auto industry. Not bad for a magnet that is just 2mm x 1 mm in size. And while size might matter in some areas, when it comes to magnets it’s all about intensity.

Neodymium discs have an excellent strength to size ratio. The N48 Grade magnetic material used in this magnet is the second highest available and increases its field intensity comparable to that of a much larger magnet.

That means where space and weight are critical, these small Neodymium disc-shaped magnets are perfect where space is restricted or a precise level of magnetic force is required for the operation of a device or piece of technical equipment. The low height dimension associated with disc-shaped magnets enables product designs with slimmer and sleeker features, and large scale manufacturers of all manner of products include these small, powerful magnets in the design of their products.

The influential or attractive fields of permanent magnets play an important role in a vast range of modern technologies. In aerospace projects, where fuel loads and energy is largely finite, the permanence of magnetic power is critical. This tiny 2mm x 1mm Neodymium disc magnet can pack a punch, and deliver force equal to that of much larger magnets - it’s small, but mighty!

Neodymium Disc Magnets 

Neodymium rare earth magnets are great for use in small areas where an exact level of magnetic force is required to use a device or piece of equipment. This short but strong magnet is ideal for products with slimmer and sleeker features. These magnets are used to operate electronics and communication devices.

Magnets play an ever-growing part in a vast range of modern technologies, from mobile phones to modern automobiles, including electric and hybrid vehicles. Neodymium discs have excellent strength to size ratio which is great for smaller products. Aerospace projects find magnetic power crucial to their success. The N48 Grade magnetic material used in this magnet is the second highest available. It increases the field intensity of this magnet to something which compares with a larger magnet.