Magnetic assemblies
Neodymium magnetic assemblies made by moulding or gluing.
Can be treated with resin to guarantee better corrosion resistance.
Specifications:
- Easy-to-assemble
- Ready-to-use
- Customisable
- Long-lasting
The NEODYMIUM and PLASTO-NEODYMIUM magnetic assemblies line is suitable for the following applications:
- ELECTRIC MOTORS;
- MAGNETIC DRIVE PUMPS;
- GENERATORS;
- ALTERNATORS;
- STEP MOTORS
The FERRITE and PLASTO-FERRITE magnetic assemblies line is suitable for the following applications:
- ELECTRIC BRUSH MOTORS;
- AQUARIUM PUMPS;
- SMALL BRUSHLESS MOTORS;
- HALL SENSOR RINGS;
- EXTRACTOR FAN MOTORS;- HEATING MOTORS
NEODYMIUM
Sintered neodymium guarantees a high force of attraction. Disks, rings, cylinders and segments are all shapes designed for locking systems with the possibility of making holes on the rear to ensure rapid installation and to improve grip. Maximum working temperature: 200°C.
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PLASTO-NEODYMIUM
Compressed neodymium has the same performance as sintered neodymium magnets. Shapes can also be moulded. Maximum working temperature: 200°C.
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PLASTO-MAGNETS
Magnets made by injection moulding of plastic materials and magnetic components made of neodymium or ferrite. Plasto-magnets can reach very high magnetic qualities. Residual induction (Br): up to 6 kGs. Maximum energy product (BH max): up to 6.2 MGOe. Intrinsic coercive force (Hcj): up to 11.5 kOe. Maximum working temperature: up to 120°C.
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FERRITE
Sintered ferrite for locking systems that require high heat resistance. Maximum working temperature: 300°C.
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SAMARIUM-COBALT
Sintered samarium-cobalt magnet with a high magnetic flux rate, very similar to neodymium. Suitable for high temperatures: from 200°C up to 350°C.
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ALNICO
The magnetic field of alnico magnets is very stable, with very low losses at high temperatures and excellent resistance to corrosion. Maximum working temperature: 500°C.
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Do not hesitate to contact us for further information