Ferrite pot magnet Ø50 mm threaded hole M6 | 17.00 kg

Article number: SAV 240.23-MH23-50-06

€4.09

Diameter: 50 mm
Height: 10 mm
Internal thread: M6
Holding force: 17.00 kg
Max. temp.: 200 °C

Low-profile, highly powerful ferrite pot magnet in a zinc-plated steel housing with an M6 internal thread (threaded bush).

Highly suited for heavy-duty industrial assembly, fixtures, and engineering applications requiring high holding force with a minimum installation depth.

Need higher quantities? Contact us!

Volume discounts

Quantity	Unit price	You Save
10	€3.99	€1.02
25	€3.89	€5.11
50	€3.68	€20.45
100	€3.48	€61.35

Description

Technical Specifications

Feature	Specification
Diameter (D)	50 mm
Height (H)	10 mm
Thread (M)	M6
Core (K)	12 mm
Holding force	17.00 kg
Max. operating temperature	200 °C
Weight	94 g

Product Description & Industrial Application

Low-profile ferrite pot magnet in a zinc-plated steel housing with an integrated M6 threaded hole. Engineered for heavy-duty industrial assembly, fixture building, and machinery designs where installation height is limited.

This heavy-duty ferrite pot magnet (hard ferrite) features a 50 mm diameter and a low-profile height of 10 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 powerful holding force of 17.00 kg on steel counter-surfaces. Additionally, the metal housing provides premium protection against mechanical impacts and heavy shocks during workshop use. Thanks to its material properties, this magnet offers excellent natural resistance to corrosion.

Key Advantages:
• Flat, high-power profile: Ideal for setups with minimal clearance due to a thickness of only 10 mm and 17 kg holding power.
• Premium temperature resistance: Fully operational and stable in harsh thermal environments up to 200 °C.
• Easy mechanical mounting: Fast and highly reliable mechanical fastening using M6 bolts or screws via the internal thread.
• Cost-effective industrial power: Delivers heavy holding force without the premium cost of neodymium alternatives.