Neodymium magnetic cylinder mount Ø 16 h. 20 mm, stud, force 9 kg

How to integrate a strong magnetic element into a device without screwing? Cylindrical neodymium mount with a diameter of 16 mm and a smooth pin has a pull-off force of 9 kg* and is designed for quick and secure mounting into prepared holes.

The steel housing of the mount protects the neodymium magnet from impacts and also directs the magnetic field so that its force is concentrated on the bottom contact surface for higher efficiency than a regular magnet of the same size.

Thanks to the smooth pin, the magnetic mount is suitable for applications requiring precise positioning, pressing, or gluing into the supporting structure.

The height of the holder body is 20 mm, the height of the smooth pin is 8 mm, the diameter of the pin is 5 mm, and the total height is 28 mm

Advantages of magnetic mounts with a pin

• High holding force: With a pull-off force of 9 kg*, it can hold even heavier metal parts, machine components, or structural elements.
• Protective steel housing: The steel housing protects the fragile neodymium magnet from mechanical damage and extends the mount's functionality even in demanding operations.
• Fast positioning: The absence of a thread allows for quick insertion into the hole. The mount serves as a magnetic guide pin or a centering element in assembly jigs.
• High-quality surface finish: The magnetic mount is nickel-plated, has an elegant appearance, and basic corrosion protection. Intended for indoor use.

Magnetic holders are suitable:

In industry and mechanical engineering as strong positioning pins in clamping devices or magnetic stops and limiters on assembly lines, even for heavier components.

For furniture and carpentry for creating strong hidden joints in furniture, where the pin fits into a milled hole and the magnetic surface ensures firm fixation of the panel or door.

In the workshop and tool manufacturing for constructing custom magnetic clamps and holders without the use of screws.

In the production of modular systems for easily disassembled yet strong connections.

*The stated pull-off force of 9 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 it is subjected to shear load (sliding), the actual load capacity decreases to 15–25% of the stated value depending on the surface type.

Utilize the power of neodymium holders for your industrial and technical solutions.