Neodymium Magnetic Fixing Plate – D74mm | M24 Thread

The Neodymium Magnetic Fixing Plate – D74mm | M24 Thread is a heavy-duty rare earth magnetic mounting solution designed for attaching compatible equipment, fixtures and components to ferromagnetic steel surfaces. Featuring a substantial 74mm diameter magnetic base and an M24 threaded connection, this magnetic fixing plate combines powerful neodymium magnetic performance with a robust mechanical attachment point for industrial, engineering and commercial applications.

The M24 thread allows compatible threaded components, brackets and fixtures to be securely connected to the magnetic base. Once assembled, the fixing plate can be positioned directly onto a suitable steel surface, providing a removable and repositionable mounting point without drilling or welding into the supporting steel structure.

Using powerful neodymium rare earth magnetic material, this D74mm fixing plate is particularly suited to demanding applications where a larger magnetic contact area and heavy-duty threaded connection are required.

Key Features

• Heavy-duty neodymium magnetic fixing plate
• 74mm diameter (D74mm)
• Robust M24 threaded connection
• Powerful rare earth magnetic mounting system
• Designed for attachment to suitable ferromagnetic steel
• Removable and repositionable mounting
• No drilling or welding into the supporting steel surface required
• Large magnetic contact area
• Suitable for custom fixtures and equipment assemblies
• Ideal for industrial, engineering and manufacturing applications

Common Applications

• Industrial equipment mounting
• Machinery and fabrication
• Temporary fixtures
• Positioning systems
• Steel frame attachments
• Workshop equipment
• Manufacturing fixtures
• Custom brackets and supports
• OEM equipment
• Custom magnetic mounting assemblies

M24 Threaded Magnetic Mounting

The integrated M24 thread provides a substantial mechanical connection point for compatible threaded equipment and accessories.

Depending on the application, the fixing plate can be incorporated into brackets, supports, handles, fixtures, machinery accessories and custom mounting systems.

The threaded design provides a practical interface between the magnetic base and the mounted component while allowing the complete assembly to be removed or repositioned as requirements change.

Always confirm the M24 thread type, thread engagement and compatibility with the component being attached before installation.

Why Choose a Neodymium Magnetic Fixing Plate?

Neodymium Iron Boron (NdFeB) is one of the strongest commercially available permanent magnetic materials. Its high magnetic energy makes it particularly useful for compact magnetic mounting and holding systems.

The 74mm diameter magnetic base provides a relatively large contact area for engaging suitable ferromagnetic steel. Combined with the heavy-duty M24 thread, this makes the fixing plate a practical option for industrial installations requiring a robust but removable attachment point.

Unlike permanent fasteners, magnetic mounting can allow equipment to be installed without drilling, welding or permanently altering the supporting steel surface.

Technical Specifications

• Product Type: Neodymium Magnetic Fixing Plate
• Magnetic Material: Neodymium Rare Earth / NdFeB
• Magnet Type: Permanent Magnet
• Shape: Round
• Diameter: 74mm
• Thread: M24
• Connection Type: Threaded
• Mounting Method: Magnetic attachment to suitable ferromagnetic steel
• Primary Function: Removable magnetic mounting and fixing
• Typical Applications: Machinery, fixtures, fabrication, equipment and custom mounting systems

Removable and Repositionable Magnetic Fixing

A major advantage of the D74mm M24 magnetic fixing plate is the ability to create a strong mounting point on steel without permanently modifying the supporting surface.

This can be useful for:

• Temporary equipment installations
• Adjustable fixtures
• Prototype development
• Frequently repositioned equipment
• Workshop and fabrication setups
• Machinery accessories
• Removable mounting systems

When equipment layouts change, the magnetic base can be removed and repositioned rather than requiring new mounting holes or welded brackets.

Getting the Best Magnetic Holding Performance

For maximum holding performance, the fixing plate should make direct, flat contact with clean and sufficiently thick ferromagnetic steel.

Magnetic performance can be reduced by:

• Thin steel
• Paint and protective coatings
• Rust or dirt
• Air gaps
• Curved or uneven mounting surfaces
• Sideways or shear loading
• Peeling forces

Magnetic pull-force ratings, where specified separately, are generally measured under controlled direct-pull conditions against clean, thick, flat steel. Real-world holding capacity can be significantly lower depending on the installation.

Industrial and Engineering Applications

The combination of a 74mm neodymium magnetic base and M24 threaded connection makes this fixing plate suitable for manufacturers, engineers, fabricators and maintenance teams requiring a substantial removable mounting point.

Potential mounting surfaces include suitable steel machinery, structural frames, fabrication tables, industrial equipment and other ferromagnetic structures.

For critical applications, the complete mounting system—including the magnet, threaded connection, attached equipment and supporting steel—should be assessed for the expected static, dynamic, shear and impact loads.

Please Note

This is a powerful neodymium magnetic assembly and should be handled carefully. Keep fingers and other body parts clear when positioning the fixing plate near steel, as sudden magnetic attraction can create a pinch or crush hazard.

Always ensure the M24 threaded connection is correctly engaged and securely fastened before use.

Actual magnetic holding performance depends on steel thickness and grade, surface condition, contact area, air gaps and direction of applied force. Sideways, shear and peeling loads can substantially reduce effective holding capacity compared with direct pull.

This magnetic fixing plate should not be used as certified lifting equipment, an overhead suspension point or a safety-critical mounting device unless the complete system has been appropriately engineered, tested and approved for that purpose.

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