Neodymium magnetic mount cylinder Ø 13 h. 20 mm, M4 thread, 6 kg pull force

Do you need to reliably attach heavier components to a steel surface without drilling? The cylindrical neodymium magnet with a diameter of 13 mm and an M4 internal thread has a pull force of 6 kg*, making it a versatile mounting element.

The steel housing, in which the strong neodymium magnet is embedded, has two functions: it protects the fragile magnet from impacts and mechanical damage, and at the same time concentrates the magnetic field on the bottom surface for maximum performance.

Thanks to its height of 20 mm and M4 internal thread, the mount can be easily integrated into your projects by screwing it onto a threaded rod or a prepared screw.

Advantages of magnetic holders

• Significant magnetic force: Despite its compact diameter of 13 mm, the mount can hold up to 6 kg* under fully ideal conditions.
• Protective steel housing: The magnetic core is securely housed in a steel casing that prevents chipping when attaching to a surface.
• Surface treatment: The mount is protected by a nickel layer, which enhances its resistance to external influences in interior environments.
• Easy installation: The internal M4 thread allows for a strong yet detachable connection. Simply screw it onto the threaded counterpart to create a versatile magnetic holder.

Magnetic holders are suitable:

In industry and automation for attaching heavier sensors, lighting, cable trays, or protective covers directly to metal machine structures.

For furniture manufacturing and interior design, it serves as strong and invisible mounts for panels, cladding, or as a safety closure for more massive doors.

In the workshop and garage, they are suitable for making tool holders. Using the M4 thread, you can easily attach hooks or rails that will hold wrenches or pliers.

In exhibition construction, they are suitable for the safe and quick installation of information boards, shelving elements, and advertising banners onto steel grids.

*The stated holding force of 6 kg was measured during 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 decrease to approx. 15–25% of the original value depending on the type and roughness of the surface.

Utilize strong magnetic mounts for professional anchoring.