Rubber Coated Pot Magnet - 22mm x 10mm | M5 Female Thread

Rubber Coated Neodymium Pot Magnet – D22mm x 10mm with M5 Female Thread | N42 | 3.8kg Pull Force Product Description This Rubber Coated Neodymium Pot Magnet features a 22mm diameter, 10mm thickness, and an M5 internally threaded mounting hole with a 6mm thread depth. Manufactured using powerful N42-grade Neodymium (NdFeB) rare earth magnet material, this compact magnetic mounting solution delivers an impressive pull force of up to 3.8kg when attached to a clean, flat mild steel surface of equal thickness.

The durable rubber coating provides additional protection for delicate surfaces while significantly increasing slide resistance compared to standard steel-cased pot magnets. This makes it ideal for applications where preventing scratches, vibration, or movement is important.

The internally threaded female mounting hole allows for quick and secure attachment of bolts, hooks, eyelets, brackets, and custom fixtures, making this magnet a versatile choice for industrial, commercial, workshop, automotive, marine, retail display, and DIY applications.

Key Features
- 22mm diameter x 10mm thick

- M5 female threaded mounting hole

- 6mm thread depth with flat-bottom tapped hole

- Powerful N42-grade Neodymium (NdFeB) rare earth magnet

- Durable rubber coating protects surfaces from scratches

- Increased friction and slide resistance

- Pull force up to 3.8kg under ideal conditions

- Suitable for indoor and outdoor mounting applications

- Compact, low-profile design

Common Applications
- Sign and display mounting

- Vehicle and marine accessories

- Camera, sensor, and equipment mounting

- Cable management systems

- Workshop and factory fixtures

- Retail displays and point-of-sale installations

- Temporary magnetic attachments

- DIY and hobby projects

Important Information The stated pull force of 3.8kg is achieved under ideal testing conditions with direct, flush contact against a clean mild steel surface of sufficient thickness. Actual holding strength may vary depending on surface finish, steel thickness, air gaps, paint coatings, mounting orientation, and environmental conditions.

For maximum performance, ensure the magnetic face is in full contact with a flat ferromagnetic surface.