Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV
Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV
Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV
Previous keyboard_arrow_left
Next keyboard_arrow_right
zoom_in
Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV
Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV
Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg | SAV

Ferrite pot magnet internal thread Ø80mm M6 | 60.0 kg

Article number: SAV 240.02-MH2-10-M6
€8.50
  • Diameter: 80 mm
  • Height: 10 mm
  • Threaded bush: M6
  • Pull force: 60.00 kg
  • Max. temp.: 200 °C

Powerful ferrite pot magnet in galvanized steel housing with integrated M6 threaded bush.

Ideal for cost-effective assembly in mechanical engineering, heavy fixtures, and industrial applications requiring high holding force.

Higher quantities required? Contact us!

Volume discounts

Quantity Unit price You Save
10 €8.29 €2.13
25 €8.08 €10.63
50 €7.65 €42.50
100 €7.23 €127.50

Technical Specifications

Feature Specification
Diameter (D) 80 mm
Height (H) 10 mm
Thread (M) M6
Total height (L) 21.5 mm
Pull force 60.00 kg
Max. operating temperature 200 °C
Weight 273 g

Product Description & Industrial Application

Powerful ferrite pot magnet in galvanized steel housing with integrated M6 threaded bush. Ideal for cost-effective assembly in mechanical engineering, heavy fixtures, and industrial applications requiring high holding force.

This flat ferrite pot magnet (hard ferrite) is encased in a zinc-plated steel housing. The steel shield concentrates and redirects the magnetic flux directly to the contact surface, ensuring optimal holding force on steel counter-surfaces. At the same time, the steel robustly protects the ferrite core from mechanical damage. Thanks to its specific material properties, this magnet provides a high natural resistance to corrosion.

Key Advantages:
High temperature resistance: Safely operational up to 200 °C.
Easy mounting: Can be directly fastened using standard M6 bolts or threaded rods.
Cost-efficient: The economical alternative to neodymium when extreme holding power is not a mandatory requirement.

Loading...