INCREDIBLE NEODYMIUM STRENGTH
Applied Magnets Neodymium rare earth magnets are stronger than the strongest ceramic magnets! With a grade of N42, each magnet packs a huge magnetic energy punch and will last forever under normal use. Unlike most other types of magnets, Applied Magnets Neodymium is highly resistant to demagnetization and will not lose their magnetization around other magnets.
APPLIED MAGNETS
Applied Magnets is able to offer you the high quality Neodymium magnets with consistent performance. This Super Strong Neodymium Cup Magnet is extremely powerful and built to last. It’s designed & manufactured under stringent, top quality standards using the latest technology to ensure you receive the best Neodymium Magnet every time.
Applied Magnets Rare Earth Neodymium Magnets (also known as Neo, NdFeB, or Super Magnets) are:
Material | Neodymium |
Diameter | 1.26" (32 mm) |
Depth | 1/8" (3.175 mm) |
Coating | Nickle-Copper-Nickle (triple layer) |
4Pc Neodymium Magnet 1.26" x 1/8" NdFeB Discs | 6Pc Neodymium Magnet 1.26" x 1/8" NdFeB Discs | 8Pc Neodymium Magnet 1.26" x 1/8" NdFeB Discs | 10Pc Neodymium Magnet 1.26 | 12pc 1.26" x 1/8" NdFeB Discs | 20Pc Neodymium Magnet 1.26" x 1/8" NdFeB Discs | |
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Customer Reviews |
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Price | $7.99$7.99 | $10.99$10.99 | $13.99$13.99 | $17.99$17.99 | $13.99$13.99 | $21.99$21.99 |
Grade | N42 | N42 | N42 | N42 | N42 | N52 |
Style | Disc | Disc | Disc | Disc | Disc | Disc |
Thickness | 1/8" (3.175 mm) | 1/8" (3.175 mm) | 1/8" (3.175 mm) | 1/8" (3.175 mm) | 1/8" (3.175 mm) | 1/8" (3.175 mm) |
Quantity In Package | 4 pieces | 6 pieces | 8 pieces | 10 pieces | 12 pieces | 20 pieces |
Pull Force (approximate) | 18 lbs. approximately | 18 lbs. approximately | 18 lbs. approximately | 18 lbs. approximately | 18 lbs. approximately | 20 lbs. approximately |
Diameter | 1.26" | 1.26" | 1.26" | 1.26" | 1.26" |
Pull Force is the amount of force required to separate 2 of the same size magnets from each other.
Actual pull force of cylinder/disc magnets may vary depending on different applications due to the small contact surface, please test them before usage.
Rule of thumb is that the magnet will hold approx. 1/3 the weight of the stated pull force. So...If pull force stated is 90 lbs...the magnet will hold approx. 30 lbs in weight hanging from it.
CORRECT
1. Slide one magnet off the top of the stack.
2. Once off thestack,carefully start lifting the magnet.
3. Lift the magnet to free it from the stack.
INCORRECT
1. DO NOT attempt to pull, lift, or pry amagnet from the stack before sliding it to the side.
2. DO NOT throw away the white storage spacers.
3. DO NOT allow the magnets to snap to each other or any magnetic surface. doing so may cause magnets to break!