Product Description
N52 Disc Magnet Dia 3/4x1/8" Neodymium Magnet Black Epoxy Coated
This disc magnet is coated with black epoxy and measures 3/4" in diameter and 1/8" in thickness. It is made of a grade N52 neodymium magnet alloy under ISO 9001 quality systems. The epoxy coating offers exceptional corrosion resistance when used in wet or humid environments. This disc magnet is great for use in personal projects as well as for industrial applications and devices.
Features:
- Material: Sintered neodymium magnet, Grade N52 rare earth
- Remanence (Br): 14,400 Gauss or 1.44 Tesla
- Pulling Force: 10 Lbs.
- Pole Orientation: Axially magnetized
- Coating: Black epoxy coated
- Tolerance: All +/-0.002" with coating
Warning:
- All magnets may chip and shatter, but if used correctly this disc magnet can last a lifetime
- Keep away from pacemakers and children
- If damaged please dispose of completely
Warranty
This magnet includes a 10-year warranty for its magnetic strength, provided it is used under normal conditions. Usage in environments with elevated temperatures, significant vibration, or intense opposing magnetic fields will render this warranty null and void. It is also not suitable for use outdoors or in areas with high humidity or salt content, unless additional protective insulation measures are implemented.Product Videos
Custom Field
Product Reviews
2 Reviews
-
Great Magnets
It’s a great quality magnet but one of them was broken by peaces when opened box. It was a big disappointing for the money. It never happened before and I hope they should be more careful when packing. I feel frustrated.
-
Powerful, but fragile
These are very powerful magnets for their size, but like all neodymium magnets, they are brittle and prone to breakage. I bought these epoxy coated magnets, thinking they might be more resistant to breakage, but not so. I have already broken two while separating them. My fault for not being more careful, but just be advised that the power of these magnets makes them very prone to snapping back together while separating them, and if that happens, it's pretty much guaranteed that one or both of the colliding magnets will chip, crack, or break into dangerously sharp shards; the epoxy coating does nothing to prevent this.
