Ferrite pot magnet threaded hole Ø32mm M4 | 7.5 kg | SAV
Ferrite pot magnet threaded hole Ø32mm M4 | 7.5 kg | SAV
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Ferrite pot magnet threaded hole Ø32mm M4 | 7.5 kg | SAV
Ferrite pot magnet threaded hole Ø32mm M4 | 7.5 kg | SAV

Ferrite pot magnet Ø32 mm threaded hole M4 | 7.50 kg

Article number: SAV 240.23-MH23-32-07
€2.43
  • Diameter: 32 mm
  • Height: 7 mm
  • Internal thread: M4
  • Holding force: 7.50 kg
  • Max. temp.: 200 °C

Low-profile, powerful ferrite pot magnet in a zinc-plated steel housing with an M4 internal thread (threaded bush).

Highly suited for reliable industrial assembly, fixtures, and engineering applications requiring a minimum installation depth.

Need higher quantities? Contact us!

Volume discounts

Quantity Unit price You Save
10 €2.37 €0.61
25 €2.31 €3.04
50 €2.19 €12.15
100 €2.07 €36.45

Technical Specifications

Feature Specification
Diameter (D) 32 mm
Height (H) 7 mm
Thread (M) M4
Core (K) 5.2 mm
Holding force 7.50 kg
Max. operating temperature 200 °C
Weight 29 g

Product Description & Industrial Application

Low-profile ferrite pot magnet in a zinc-plated steel housing with an integrated M4 threaded hole. Engineered for industrial assembly, fixture building, and machinery designs where installation height is limited.

This compact ferrite pot magnet (hard ferrite) features a 32 mm diameter and a low-profile height of just 7 mm. It is encased in a robust zinc-plated steel housing which concentrates and redirects the magnetic flux straight to the contact surface, providing a steady holding force of 7.50 kg on steel counter-surfaces. Additionally, the metal housing provides premium protection against mechanical impacts during workshop use. Thanks to its material properties, this magnet offers excellent natural resistance to corrosion.

Key Advantages:
Flat, compact profile: Ideal for setups with minimal clearance due to a thickness of only 7 mm.
Premium temperature resistance: Fully operational and stable in thermal environments up to 200 °C.
Easy mechanical mounting: Fast and reliable mechanical fastening using M4 bolts or screws via the internal thread.
Cost-effective industrial power: Delivers dependable holding force without the premium cost of neodymium alternatives.

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