Ferrite disc magnet Ø 56 mm, h. 12 mm, pull force 3.4 kg

Ferrite Magnet – Disc with a diameter of 56 mm and a height of 12 mm is among the largest magnets in this product range. Compared to neodymium magnets, it has a lower magnetic force, but excels in resistance to corrosion, moisture, and high temperatures up to 250 °C. The magnetic disc has a magnetic force of approximately 3.4 kg, a weight of 127 g, and axial magnetisation Y30.

The large diameter creates an extensive contact area and the 12 mm height contains a significant amount of ferrite material, which contributes to a high holding force within the range of ferrite magnets. The ceramic material does not corrode, making the magnet suitable for outdoor environments or operations with high humidity. The ceramic magnet requires no surface treatment and retains its properties even with long-term use.

This size is primarily used in industry, mechanical engineering, and electrical engineering. The larger magnet is suitable for the production of magnetic holders, separation equipment, electric motors, generators, loudspeakers, or various production jigs where a larger contact area and higher holding force are required.

The large disc ferrite magnet is suitable for:

• magnetic holders and industrial jigs,
• the production of magnetic separators,
• electric motors, generators, and loudspeakers,
• production, assembly, and inspection jigs,
• mechanical and electrical engineering equipment,
• outdoor use, as they are corrosion-resistant,
• handling ferromagnetic components,
• long-term industrial use,
• magnetic joints with a large contact area.

You can glue the magnet using magnet glue.

Warning: Do not bring weaker ferrite magnets close to strong neodymium magnets, as this may lead to the demagnetisation of the ferrite magnet.

The ferrite magnet has axial magnetisation Y30 with poles on opposite flat surfaces.

FE-KT-56-12 is among the strongest ferrite discs available. If you are looking for a durable magnet for industrial or technical use, the larger size offers an excellent combination of a large contact area, magnetic force, and long service life.