These Neodymium disc magnets are 2mm in height and 7mm in diameter, with a pull force of .870 grams. They are nickel-coated and weigh 10 grams, Gauss3596, GradeN50 and with a direction of magnetisation through height.

Nickel-coated Neodymium disc magnets are the workhorses of the magnet world, useful in an almost unlimited range of applications, from high tech industries like robotics and aviation, to jewellery, luggage, security systems and craft. Because Neodymium magnets are so powerful and reliable, they set the standard in many manufacturing applications where a constant, permanent magnetic force is essential. Their slim profile means that while they are delivering all that magnetic strength, they are discreet and unobtrusive, and the nickel-plating means what is visible is elegant and modern. Their versatility is also one of their most desirable qualities and these Rare Earth magnets turn up in all the right places, from industries like robotics and aviation, to craft, home decor and construction.

Small rare earth disc magnets like this N50 Grade product have far more magnetic power than their size suggests. This is the typical rare earth characteristic that makes small discs one of the most popular and useful shapes in the Neodymium product range. The discs can be glued with epoxy to a surface or several surfaces or can otherwise be inserted beneath a thin material where they are invisible but remain magnetically active. Small, strong, round magnets have enough magnetic hold to create a bond that is secure but can also be easily overridden and pulled apart as needed. There are many applications where this ability offers huge advantages over other forms of attachment that are usually permanent and can be either difficult or time consuming to reverse. Extremely strong Neodymium disc magnets offer the ideal attachment method for situations that require a secure bond that is also instantly removable. Scale model enthusiasts, product designers and clothing and accessory manufacturers are examples of people who find small, strong Neodymium disc magnets to be the perfect solution for their attachment requirements.