An 8x2mm magnet N52 is a neodymium magnet characterized by its dimensions of 8mm in diameter and 2mm in thickness. This type of material is known for being the strongest type commercially available, and they are composed of an alloy of neodymium, iron, and boron (NdFeB). With a pull force of approximately 1200 grams, they are exceptionally powerful relative to their size. 8x2mm magnets are used in various applications where a strong, compact power of attraction is required, such as in electronics, industrial machinery, and hobbyist projects like wargaming and miniatures. Their small size combined with their robust magnetic properties makes them ideal for precision tasks that demand reliable and potent magnetic force.
Diameter: 8mm (5/16')
Thickness: 2mm (5/64')
Quantity: 50
Magnetisation: N52
Pull Forces: 1200gr. **
Material: NdFeB
Coating: Nickel Plated (Ni-Cu-Ni)
Neodymium Magnets are the strongest type of permanent magnet commercially available. They have replaced other types in many modern products that require strong permanent attractions.
The references N35 and N52 indicate the quality of the material. The higher the grade (the number following the 'N'), the stronger is. These grades explain two things:
When they are labeled with an "N" should be used up to 80°C (176°F). Its highest grade currently available is N52.
If you take any two magnets of different sizes and magnetization from our range, the difference in their strength is more due to the differences in their volume than the differences in their magnetization. That's why the larger the size, the greater the power of attraction, even if its magnetization classification is somewhat smaller
If you are planning to use them with wargames and miniatures we will recommend you as follows:
- Size 3x0.5mm, for exchanging weapons, heads, arms, etc ...
- Size 3x1mm, for exchanging weapons, heads, arms, etc ...
- Size 3x2mm, for plastic miniatures bases.
- Size 5x2mm, for metal miniatures bases.
- Size 8x2mm magnets, for large figures and metal miniatures bases. Generally recommended for when a very large force of attraction is needed.
