Neodymium cylindrical pot magnet Ø 25 h. 35 mm, M6 thread, 19 kg pull force

Cylindrical neodymium magnet with a diameter of 25 mm and an internal M6 thread has a large pull force of 19 kg*. Thanks to its construction and a length of 35 mm, it is suitable for demanding industrial installations.

The steel housing, in which the strong neodymium magnet is encapsulated, has two functions: it protects the magnet from impacts and mechanical damage, while concentrating the magnetic field on the bottom contact surface for higher adhesion efficiency to steel, compared to a standard magnet without a housing.

The M6 internal thread allows for easy and secure connection with threaded rods, screws, or holders and brackets in professional environments.

Advantages of magnetic holders

• High Magnetic Force: A pull force of 19 kg* allows for attaching heavier accessories, tools, lighting, or advertising structures.
• Protective Steel Housing: The steel housing safely protects the relatively fragile neodymium magnet from chipping or cracking upon contact with the steel counterpart.
• Surface Finish: The holder is nickel-plated to ensure long durability in interior and workshop conditions.
• Secure Mounting: M6 internal thread for stable screwing of the counterpart for a safe and detachable connection.

Magnetic holders are suitable:

In Industry and Manufacturing for attaching large sensors, camera systems, terminals, or protective panels directly to the steel chassis of machines and lines.

For furniture and interiors as strong anchor points for solid wood panels, cladding, or as safety mechanisms for door leaves.

In the workshop and garage they are ideal for creating holders for heavier equipment. Using the M6 thread, you can easily attach hooks or clamps that will hold even larger items.

In exhibition construction they are suitable for the safe installation of larger information panels, shelving elements, and banners on steel structures.

*The stated pull-off force of 19 kg was measured with a perpendicular pull-off from an ideal surface – a strong steel plate. If you place the magnet on a vertical surface where shear load acts, the actual load capacity may drop to approx. 15–25% of the original value depending on the roughness and type of surface.

Utilize the power of neodymium mounts for secure industrial anchoring.