Pot magnet Ø13 mm threaded stud M3 | 3.50 kg (Nickel-plated) | SAV
Pot magnet Ø13 mm threaded stud M3 | 3.50 kg (Nickel-plated) | SAV
Previous keyboard_arrow_left
Next keyboard_arrow_right
zoom_in
Pot magnet Ø13 mm threaded stud M3 | 3.50 kg (Nickel-plated) | SAV
Pot magnet Ø13 mm threaded stud M3 | 3.50 kg (Nickel-plated) | SAV

Pot magnet Ø13 mm threaded stud M3 | 3.50 kg (Nickel-plated)

Article number: SAV 240.33-MH33-13-Ni
€1.50
  • Diameter: 13 mm
  • Threaded stud: M3
  • Thread length: 7 mm
  • Holding force: 3.50 kg
  • Finish: Nickel-plated
  • Max. temp.: 80 °C

Powerful Neodymium pot magnet in high-quality nickel-plated steel housing, equipped with a threaded stud.

Highly suitable for securely and flexibly attaching objects to metal surfaces.

Need higher quantities? Contact us!

Volume discounts

Quantity Unit price You Save
10 €1.46 €0.38
25 €1.43 €1.88
50 €1.35 €7.50
100 €1.28 €22.50

Technical specifications

Feature Value
Diameter (D) 13 mm
Pot height (H) 5 mm
Thread (M) M3
Thread length (L) 7 mm
Holding force 3.50 kg
Maximum working temperature 80 °C
Weight 4 g

Product description & Industrial application

Powerful Neodymium pot magnet with threaded stud (Nickel-plated). This premium nickel-plated version stands out for its clean, professional appearance and increased corrosion resistance compared to standard zinc-plated magnets.

The neodymium magnet is embedded in a steel pot, concentrating and directing the magnetic force onto the contact surface. This results in a high holding force relative to its compact size. Is the object you wish to attach the magnet to non-metallic? Then use a counter plate.

Benefits & applications:
Ease of installation: Fitted with an external screw thread (M3 threaded stud) for easy mounting using nuts.
Wide applicability: Highly suitable for metal construction, installation technology, advertising industry, lighting industry, exhibition stand construction, and signage.
Superior finish: Thanks to the high-quality nickel-plated finish, you enjoy a durable magnet with optimal protection against wear.

Loading...