Neodymium Pot Magnet – 32mm Diameter with Male Thread | M6 x 7mm Thread

The Neodymium Pot Magnet – 32mm Diameter with Male Thread | M6 x 7mm Thread is a powerful rare earth male threaded pot magnet designed for secure magnetic mounting, holding and attachment applications. The magnet has a 32mm diameter, 15mm total height and 8mm pot housing thickness, with an M6 male thread extending 7mm from the housing.

Featuring a strong 34kg pull force, this compact magnetic assembly combines a high-performance Neodymium Iron Boron (NdFeB) magnet with a mild steel pot housing. The steel housing helps protect the brittle neodymium magnet while concentrating magnetic flux towards the active working face for effective attraction to compatible ferromagnetic steel.

The protruding M6 x 7mm male threaded boss allows the magnet to be secured using a compatible nut and washer or threaded directly into suitable equipment, brackets and custom assemblies. Weighing approximately 45 grams, this versatile pot magnet is suitable for industrial, engineering, manufacturing, signage and equipment-mounting applications.

Key Features

• Powerful neodymium rare earth pot magnet
• 32mm diameter
• 15mm total height
• 8mm pot housing thickness
• M6 male thread
• 7mm external threaded boss
• 34kg pull force
• Approximate weight of 45 grams
• Mild steel pot housing
• Male threaded design for mechanical attachment
• Steel housing helps concentrate magnetic flux at the active face
• Compact and versatile industrial mounting solution
• Product identification: NPMT3208M6h7

Common Applications

• Industrial magnetic mounting
• Machinery and equipment
• Signage and displays
• Fixtures and jigs
• Automation equipment
• Engineering assemblies
• Removable panels
• Brackets and mounting systems
• Workshop equipment
• OEM products
• Custom magnetic holding systems

M6 x 7mm Male Thread for Mechanical Attachment

The integrated M6 male thread extends 7mm from the pot magnet housing, providing a convenient mechanical connection point.

The threaded boss can be used with a compatible M6 nut and washer or screwed directly into a suitably threaded component. This makes the magnet particularly useful for applications where a magnetic attachment point needs to be integrated into machinery, brackets, fixtures or purpose-built equipment.

Before installation, ensure the mating thread is compatible and provides appropriate thread engagement for the intended application.

How Does a Neodymium Pot Magnet Work?

A pot magnet combines a permanent neodymium magnet with a surrounding steel housing or cup.

The steel pot redirects and concentrates the magnetic field towards the exposed working face. This creates a strong magnetic holding surface while the surrounding housing provides additional mechanical protection for the magnet inside.

This design makes pot magnets particularly effective when the active face is placed directly against clean, flat and sufficiently thick ferromagnetic steel.

34kg Magnetic Pull Force

This 32mm male threaded pot magnet has a specified pull force of 34kg.

Pull force represents magnetic performance under particular test conditions and should not automatically be interpreted as a 34kg safe working load.

Real-world magnetic holding strength can be affected by:

• Steel thickness and composition
• Surface flatness
• Paint and protective coatings
• Rust or contamination
• Air gaps
• Contact area
• Direction of applied force
• Shear or sideways loading
• Peeling forces

Maximum magnetic attraction is generally achieved under direct-pull conditions with full contact against suitable steel. Vertical or shear holding capacity can be considerably lower.

Why Choose a Male Threaded Pot Magnet?

Male threaded pot magnets combine strong permanent magnetic attraction with a practical threaded mounting point.

Key advantages include:

• Easy integration with compatible threaded components
• Removable magnetic attachment to steel
• No electrical power required
• Compact magnetic assembly
• Strong direct-contact holding performance
• Easy repositioning on ferromagnetic surfaces
• Mechanical connection using nuts, washers or threaded equipment

This makes them suitable for both temporary magnetic fixtures and permanent equipment assemblies where a removable magnetic connection is beneficial.

Technical Specifications

• Product Type: Male Threaded Neodymium Pot Magnet
• Alternative Names: Male Thread Pot Magnet, Threaded Rare Earth Pot Magnet, Neodymium Mounting Magnet
• Magnetic Material: Neodymium Iron Boron (NdFeB)
• Magnet Type: Rare Earth Permanent Magnet
• Housing Material: Mild Steel
• Diameter: 32mm
• Total Height: 15mm
• Pot Housing Thickness: 8mm
• Thread: M6 Male
• Thread Length / External Boss: 7mm
• Pull Force: 34kg
• Weight: Approximately 45g
• Product Identification: NPMT3208M6h7
• Primary Function: Magnetic holding and mechanical mounting

Industrial and Engineering Applications

The combination of a 32mm magnetic base, 34kg pull force and M6 threaded boss makes this pot magnet suitable for a wide variety of industrial and commercial applications.

It can be incorporated into custom assemblies for holding or positioning signs, guards, fixtures, panels, sensors, brackets and other components against compatible steel surfaces.

Because the magnet can be removed and repositioned without drilling into the supporting steel, it is also useful for applications requiring flexible or temporary equipment layouts.

Getting the Best Magnetic Holding Performance

For optimum performance, position the active magnetic face directly against a clean, flat and sufficiently thick ferromagnetic steel surface.

Avoid unnecessary gaps between the magnet and steel. Even relatively small gaps created by paint, coatings, dirt or uneven surfaces can reduce magnetic attraction.

When installing via the M6 thread, ensure the connected component is appropriately secured without applying excessive mechanical force to the magnetic assembly.

Please Note

The stated 34kg pull force is a magnetic test value and should not automatically be treated as the safe working load for every application. Actual holding performance depends on the mating steel, contact area, surface condition, air gaps and direction of force.

This magnet should not be used for lifting people, overhead suspension or safety-critical load holding unless the complete system has been appropriately engineered, tested and rated.

Neodymium magnets are powerful but hard and brittle. Avoid dropping, striking, machining or allowing the magnet to snap uncontrollably against steel or another magnet.

Keep strong magnets away from children, pacemakers, medical implants, magnetic storage media and sensitive electronic equipment.