Neodymium Pot Magnet with Threaded Eyelet – 75mm x 8mm

Description

The Neodymium Pot Magnet with Threaded Eyelet – 75mm x 8mm is a powerful rare earth magnetic attachment solution designed for industrial, commercial, workshop and general-purpose applications requiring strong magnetic holding performance and a convenient eyelet connection.

Featuring a 75mm diameter and 8mm body thickness, this neodymium pot magnet combines a high-strength rare earth magnetic core with a steel pot housing designed to concentrate magnetic attraction towards the working face.

The integrated threaded eyelet provides a convenient attachment point for compatible ropes, cords, cables and other accessories, making this magnet a versatile option for magnetic retrieval, temporary attachment and specialised holding applications.

Unlike conventional permanent fixings, a magnetic pot magnet can be attached to suitable ferromagnetic steel surfaces without drilling, welding or permanently modifying the supporting material.

The substantial 75mm diameter provides a broad magnetic contact area, while the relatively slim 8mm body profile makes the magnet suitable for applications where a low-profile magnetic base is preferred.

Neodymium Iron Boron (NdFeB) magnets are among the strongest commercially available permanent magnets, offering high magnetic energy density and powerful attraction to compatible ferromagnetic materials.

The steel pot housing helps concentrate the magnetic field towards the contact face, improving magnetic holding performance when the magnet is positioned against a suitable thick, clean and flat steel surface.

The threaded eyelet adds versatility by providing a convenient connection point for compatible accessories, allowing the magnet to be incorporated into custom magnetic assemblies, retrieval systems and temporary mounting arrangements.

Potential applications include magnetic retrieval, workshop organisation, industrial fixtures, equipment attachment, magnetic holding and general engineering projects.

Whether used in a workshop, maintenance environment or custom magnetic application, this 75mm neodymium pot magnet with threaded eyelet provides a practical combination of powerful magnetic attraction and convenient attachment functionality.

Also known as a neodymium eyelet magnet, rare earth pot magnet with eye bolt, 75mm magnetic eyelet, threaded eyelet holding magnet, magnetic retrieval eyelet or industrial eyelet pot magnet, this product is designed for users requiring a strong magnetic base with an integrated attachment point.

Important: The magnetic pull force, eyelet thread size and maximum load capacity have not been specified. This magnet must not be used for lifting or suspending loads without an appropriately engineered and tested assembly.

Key Features

• Product Type: Neodymium Pot Magnet with Threaded Eyelet

• Magnetic Material: Neodymium Rare Earth

• Diameter: 75mm

• Body Thickness: 8mm

• Attachment Type: Threaded Eyelet

• Steel pot housing designed to concentrate magnetic attraction

• High-strength permanent magnetic core

• Convenient eyelet attachment point

• Broad magnetic contact area

• Relatively low-profile body design

• Suitable for compatible ferromagnetic steel surfaces

• Reusable and repositionable magnetic attachment

• No drilling required for suitable applications

• Practical for industrial and workshop use

• Suitable for custom magnetic assemblies

• No external electrical power required

Common Applications

This neodymium pot magnet with threaded eyelet may be suitable for:

• Magnetic retrieval applications

• Workshop magnetic attachment

• Industrial magnetic holding

• Temporary steel-surface mounting

• Equipment positioning

• Custom magnetic fixtures

• Maintenance applications

• Magnetic retrieval projects

• Engineering prototypes

• Attaching compatible ropes and cords

• Magnetic equipment accessories

• Industrial organisation

• Steel-surface attachment

• Custom magnetic assemblies

• General-purpose magnetic fastening

• Technical and engineering projects

Application suitability depends on the magnetic pull force, attachment arrangement, operating environment and intended load.

Powerful Neodymium Rare Earth Magnetic Core

The magnetic core is manufactured from Neodymium Iron Boron (NdFeB), a high-performance permanent magnetic material known for its exceptional magnetic strength relative to size.

Neodymium magnets are widely used in industrial applications where powerful magnetic attraction is required within a compact magnetic assembly.

Benefits of Neodymium Pot Magnets

High Magnetic Strength

Provides strong magnetic attraction to suitable ferromagnetic materials.

Compact Magnetic Performance

Offers high magnetic energy density within a relatively compact design.

Permanent Magnetic Field

Does not require electricity to maintain magnetic attraction.

Versatile Industrial Applications

Suitable for integration into custom magnetic holding and attachment systems.

Reusable Magnetic Attachment

Can be repositioned on suitable steel surfaces without permanently modifying the supporting material.

Steel Pot Housing for Concentrated Magnetic Attraction

The steel pot housing forms part of the magnet's magnetic circuit, helping direct magnetic flux towards the working face.

This design can provide stronger direct-pull performance against suitable steel surfaces than an equivalent exposed magnet in certain configurations.

Benefits of the Pot Magnet Design

• Concentrated magnetic attraction at the contact face

• Broad magnetic holding surface

• Convenient integration into attachment systems

• Some mechanical protection for the magnetic core

• Practical industrial configuration

The steel housing does not make the internal neodymium magnet impact-proof. Careful handling remains essential.

Convenient Threaded Eyelet Attachment

The threaded eyelet provides a practical connection point for compatible ropes, cords, cables and other accessories.

This makes the magnet useful for applications requiring a magnetic base with an accessible attachment point.

Potential Eyelet Applications

• Magnetic retrieval

• Temporary attachment

• Custom magnetic fixtures

• Workshop organisation

• Equipment positioning

• Magnetic holding assemblies

• Engineering projects

Important: The thread size, eyelet dimensions and rated mechanical load capacity have not been specified.

The eyelet must not be assumed suitable for lifting, overhead suspension or safety-critical load support.

Large 75mm Diameter

The 75mm diameter provides a substantial magnetic contact area suitable for a variety of industrial and workshop applications.

A larger contact area can be beneficial when the magnet is positioned against a suitable thick, flat ferromagnetic steel surface.

Benefits of the 75mm Diameter

• Broad magnetic contact surface

• Suitable for custom magnetic assemblies

• Practical for industrial attachment applications

• Useful for magnetic retrieval projects

• Provides a substantial magnetic base

Actual magnetic holding performance depends on the magnetic circuit, steel thickness, surface condition and direction of the applied load.

Slim 8mm Body Profile

The 8mm body thickness provides a relatively low-profile magnetic base.

This can be useful in applications where installation height or available clearance is limited.

Benefits of the Low-Profile Design

• Compact body height

• Practical for custom magnetic fixtures

• Suitable for space-conscious installations

• Convenient for specialised magnetic assemblies

• Provides a defined mounting profile

The 8mm measurement refers to the specified body thickness. The overall assembled height, including the eyelet, has not been supplied.

Magnetic Retrieval Applications

Neodymium pot magnets with eyelets are commonly considered for magnetic retrieval applications where an attachment point is required.

The eyelet allows compatible ropes or cords to be connected to the magnet for retrieving suitable ferromagnetic objects.

Potential applications may include:

• Recovering steel components

• Retrieving dropped ferromagnetic objects

• Workshop retrieval projects

• Maintenance applications

• Custom magnetic retrieval systems

Important: Retrieval performance depends on the magnet's pull force, contact conditions, object material and loading direction.

The product's pull-force rating and eyelet load capacity have not been supplied. Do not use it for hazardous retrieval, suspended loads or applications where failure could cause injury.

Industrial and Workshop Applications

This neodymium eyelet pot magnet may also be useful in workshops, maintenance facilities and industrial environments.

Potential applications include:

• Temporary magnetic fixtures

• Equipment attachment

• Workshop organisation

• Steel-surface mounting

• Engineering prototypes

• Custom holding systems

• Maintenance equipment

Its removable magnetic attachment provides flexibility where permanent mechanical fixing is not required.

Magnetic Attachment Without Drilling

One of the primary advantages of a neodymium pot magnet is the ability to create a removable attachment point on suitable steel surfaces.

Unlike permanent mechanical fasteners, magnetic attachment does not require drilling holes into the supporting steel surface.

Benefits of Removable Magnetic Attachment

• No drilling required into suitable steel surfaces

• Repositionable attachment

• Convenient installation

• Useful for temporary fixtures

• Suitable for custom mounting projects

• Reduced need for permanent surface modifications

For applications where detachment could cause injury or equipment damage, secondary mechanical retention may be required.

Compatible Magnetic Surfaces

This neodymium pot magnet is designed to attract suitable ferromagnetic materials.

Commonly Magnetic Materials

• Mild steel

• Carbon steel

• Iron

• Thick steel plates

• Compatible structural steel

• Certain magnetic stainless steel grades

Non-Magnetic Materials

• Aluminium

• Copper

• Brass

• Plastic

• Timber

• Glass

• Non-magnetic stainless steel

Some stainless steel grades are magnetic, while others are not.

For best holding performance, use a sufficiently thick, clean, flat ferromagnetic steel surface.

Factors Affecting Magnetic Holding Strength

Actual magnetic holding performance depends on several factors.

Steel Thickness

Thin steel surfaces may not provide the same holding performance as sufficiently thick steel.

Surface Condition

Rust, paint, coatings and surface contamination may reduce magnetic attraction.

Air Gaps

Even small gaps between the magnet and steel can significantly reduce holding force.

Load Direction

Direct perpendicular pull performance differs from sideways or shear loading.

Contact Area

Uneven or curved surfaces may reduce effective magnetic contact.

Operating Environment

Temperature, vibration, impact and corrosion may affect long-term performance.

The magnet should be tested under actual operating conditions before being relied upon for a specific application.

Technical Specifications

Compliance & Safety

Strong Magnetic Field: This neodymium pot magnet may produce powerful magnetic attraction and must be handled carefully.

Pinch and Crush Hazard: Fingers and other body parts may become trapped between the magnet and ferromagnetic surfaces.

Brittle Magnetic Material: Neodymium magnets are brittle and can chip, crack or fracture if subjected to impact.

Eye Protection: Appropriate eye protection is recommended when handling powerful magnets in industrial environments.

Medical Devices: Strong magnetic fields may interfere with pacemakers, implanted medical devices and other magnetically sensitive equipment.

Electronic Equipment: Keep away from sensitive electronic devices, magnetic storage media and instruments that may be affected by magnetic fields.

Children: Not suitable for children. Store securely and prevent unauthorised access.

Swallowing Hazard: Detached magnets can cause life-threatening internal injuries if swallowed. Seek urgent medical attention if ingestion is suspected.

Eyelet Connections: Ensure any connected accessories are compatible and securely attached.

Load Capacity: The magnetic pull force and eyelet load rating have not been supplied. Do not use for lifting or suspended loads without an appropriately engineered and tested assembly.

Surface Compatibility: Magnetic holding strength depends on the supporting ferromagnetic material and contact conditions.

Temperature: Excessive heat may permanently reduce magnetic strength. Confirm the operating temperature rating before elevated-temperature use.

Surface Protection: Avoid dragging the magnet across delicate or painted surfaces, as scratching may occur.

Frequently Asked Questions

What are the dimensions of this neodymium pot magnet?

The magnet has a 75mm diameter and 8mm body thickness.

Does this magnet include an eyelet?

Yes. The product features a threaded eyelet attachment.

What is the eyelet used for?

The eyelet provides a connection point for compatible ropes, cords, cables or other accessories in suitable magnetic attachment and retrieval applications.

What type of magnet is used?

The magnetic core is manufactured from neodymium rare earth magnetic material.

What is the purpose of the steel pot housing?

The steel housing helps concentrate magnetic attraction towards the working face and provides some mechanical protection for the internal magnet.

What is the magnetic pull force?

A specific pull-force rating has not been supplied for this product.

Can this magnet be used for magnetic retrieval?

It may be suitable for magnetic retrieval applications, depending on the object's material, contact conditions and required force. The pull-force and eyelet ratings should be confirmed before use.

Can this magnet be used for lifting?

It must not be used for lifting or suspending loads without a properly engineered, tested and rated assembly.

Is the eyelet removable?

The product is described as having a threaded eyelet, but the exact construction and whether the eyelet is intended to be removable have not been confirmed.

What is the thread size?

The eyelet thread size has not been specified.

Will this magnet attach to stainless steel?

Some stainless steel grades are magnetic, while others are not. Compatibility depends on the stainless steel composition.

Does this magnet require electricity?

No. It is a permanent neodymium magnet and does not require electrical power.

Is this magnet suitable for industrial applications?

Yes. It may be suitable for industrial and engineering applications where its dimensions, magnetic performance and attachment configuration meet the design requirements.

Can this magnet be used outdoors?

Outdoor suitability depends on the surface coating, corrosion protection and environmental conditions. A specific weather-resistance rating has not been supplied.

Is this magnet fragile?

Yes. Neodymium magnets are brittle and may crack or chip if subjected to impact, even when housed within a steel pot.

Related Products

Customers considering this 75mm neodymium pot magnet with threaded eyelet may also be interested in:

• Neodymium Pot Magnets with Eyelets

• Neodymium Pot Magnets with Hooks

• Neodymium Female Thread Pot Magnets

• Neodymium Male Thread Pot Magnets

• Neodymium Countersunk Pot Magnets

• Neodymium Pot Magnets with Round Holes

• Rare Earth Holding Magnets

• Magnetic Retrieval Magnets

• Industrial Magnetic Mounting Products

• Custom Magnetic Assemblies

Please Note

The Neodymium Pot Magnet with Threaded Eyelet – 75mm x 8mm features a 75mm diameter, 8mm body thickness and threaded eyelet attachment.

The magnetic pull force, magnetic grade, eyelet thread size, maximum load capacity and surface coating have not been specified.

Actual magnetic performance depends on the supporting steel surface, contact area, loading direction and operating conditions.

Important: Do not use this magnet for overhead lifting, suspended loads or safety-critical holding applications without appropriate engineering assessment and testing.

Warning: Powerful neodymium magnets can cause serious pinch and crush injuries. Handle with care.

Neodymium magnets are brittle by nature and should not be allowed to collide with steel surfaces or other magnets.