Neodymium Block Magnet – 60mm x 5mm x 5mm | N38

Description

The Neodymium Block Magnet – 60mm x 5mm x 5mm | N38 is a strong, slim rectangular rare earth magnet designed for industrial, engineering, manufacturing and custom magnetic applications. Manufactured from N38 grade Neodymium Iron Boron (NdFeB), this permanent magnet provides high magnetic strength relative to its size, making it a practical choice for applications requiring a narrow, elongated magnetic component.

Measuring 60mm long x 5mm wide x 5mm thick, this neodymium block magnet features a slender bar-shaped design with a square 5mm x 5mm cross-section. Its long, narrow profile makes it particularly useful for integration into compact magnetic assemblies, positioning systems, magnetic fixtures and custom-engineered equipment where space is limited.

Neodymium magnets, also known as rare earth magnets, NdFeB magnets or strong permanent magnets, are among the strongest commercially available permanent magnets. Their high magnetic energy density allows powerful magnetic attraction from relatively small dimensions.

The N38 magnetic grade identifies the magnet's material performance classification. It does not indicate a pull force of 38kg. Actual holding strength depends on the magnet's dimensions, magnetisation direction, contact area, target steel thickness and installation arrangement.

With its 60mm length and compact 5mm x 5mm cross-section, this rectangular magnet is suitable for applications where an elongated magnetic component is required without the bulk of a larger block magnet.

Potential applications include magnetic positioning, engineering prototypes, custom magnetic fixtures, industrial assemblies, alignment mechanisms and specialised equipment development.

The magnet's narrow construction makes it important to avoid bending, twisting or impact forces. Although neodymium magnets offer exceptional magnetic strength, they are hard and brittle by nature and may chip, crack or break if subjected to mechanical stress.

Also known as a 60mm neodymium bar magnet, N38 rectangular rare earth magnet, slim neodymium block magnet, 60mm x 5mm x 5mm NdFeB magnet, narrow magnetic bar or industrial permanent magnet, this product provides a versatile magnetic component for technical and custom applications.

Key Features

• Length: 60mm

• Width: 5mm

• Thickness: 5mm

• Magnet Grade: N38

• Material: Neodymium Iron Boron (NdFeB)

• Shape: Rectangular Block / Bar

• Cross-Section: 5mm x 5mm Square

• Magnet Type: Permanent Rare Earth Magnet

• Long, slim rectangular design

• High magnetic strength relative to size

• Compact 5mm square profile

• Suitable for narrow mounting spaces

• Useful for custom magnetic assemblies

• Ideal for engineering and industrial applications

• Suitable for magnetic positioning and alignment

• Useful for prototype development

• Permanent magnetic field without electrical power

• Versatile magnetic component for specialised equipment

Common Applications

This N38 neodymium block magnet may be suitable for:

• Custom magnetic assemblies

• Magnetic positioning systems

• Engineering projects

• Magnetic alignment mechanisms

• Industrial automation

• Manufacturing equipment

• Magnetic fixtures

• Equipment development

• Research and development

• Magnetic coupling systems

• Prototype development

• Custom magnetic mechanisms

• Industrial magnetic components

• Specialised mechanical assemblies

• Magnetic testing and experimentation

Application suitability depends on the required magnetic field, holding force, magnetisation direction and installation arrangement.

Slim Rectangular Design – 60mm x 5mm x 5mm

This magnet features an elongated rectangular profile measuring:

• Length: 60mm

• Width: 5mm

• Thickness: 5mm

Its narrow 5mm x 5mm cross-section makes it suitable for applications where a long magnetic component is required within a limited space.

Potential uses include:

• Narrow mounting channels

• Custom magnetic housings

• Magnetic positioning mechanisms

• Compact industrial fixtures

• Engineering prototypes

• Specialised magnetic assemblies

The magnet's long, slender design also makes it important to avoid excessive mechanical stress during installation.

N38 Grade Neodymium Magnetic Material

This magnet is manufactured from N38 grade Neodymium Iron Boron (NdFeB).

Neodymium magnets are widely used in engineering and industrial applications because of their high magnetic strength relative to size.

The N38 grade refers to the magnetic material's maximum energy product classification.

It does not indicate a 38kg pull-force rating.

Actual magnetic performance depends on:

• Magnet dimensions

• Magnetisation direction

• Contact surface area

• Target steel thickness

• Magnetic circuit design

• Air gaps

• Operating temperature

• Mounting configuration

• Load direction

The exact pull-force rating and surface Gauss of this magnet have not been supplied.

Magnetic Positioning and Alignment Applications

Slim neodymium block magnets can be incorporated into specialised positioning and alignment systems.

Potential applications include:

• Magnetic alignment mechanisms

• Custom positioning fixtures

• Mechanical assemblies

• Industrial equipment

• Research projects

• Prototype development

The elongated shape may be useful where the available mounting space is narrow or where a magnetic component must extend along a specific section of an assembly.

For precision applications, the magnetic field and pole orientation should be evaluated within the intended design.

Industrial and Engineering Applications

This N38 neodymium bar magnet may be suitable for custom engineering applications requiring a narrow rectangular magnetic component.

Potential uses include:

• Industrial magnetic assemblies

• Custom magnetic mechanisms

• Magnetic field testing

• Engineering prototypes

• Equipment development

• Specialised positioning systems

• Magnetic coupling arrangements

Its compact profile makes it useful for integration into equipment where larger magnets may not fit.

Magnetic Field and Magnetisation Direction

The magnetic field generated by a neodymium block magnet depends on its material grade, dimensions and magnetisation direction.

Rectangular magnets may be magnetised through their thickness, width or length, depending on the manufacturing configuration.

The magnetisation direction of this specific product has not been confirmed.

Magnetisation direction affects:

• North and south pole locations

• Magnetic field distribution

• Holding performance

• Attraction to steel surfaces

• Interaction with other magnets

• Suitability for particular assemblies

For precision applications, confirm the magnetisation direction before installation.

Installation and Mounting Considerations

Correct installation is important for reliable magnetic performance.

Potential mounting methods include:

• Custom mechanical housings

• Protective enclosures

• Suitable industrial adhesives

• Engineered retention systems

• Specialised magnetic assemblies

The appropriate method depends on the intended application and operating conditions.

General Installation Recommendations

1. Confirm the required magnetic performance.

2. Verify the magnet's dimensions and magnetisation direction.

3. Assess the installation environment for nearby steel objects.

4. Select a suitable mounting or retention method.

5. Avoid excessive mechanical pressure.

6. Protect the magnet against impact and bending forces.

7. Prevent uncontrolled collisions with steel or other magnets.

8. Test the completed assembly under realistic operating conditions.

Important: Do not drill, cut, grind or machine finished neodymium magnets. They are brittle and machining dust can present a fire hazard.

Magnetic Pull Force and Performance

The holding strength of this magnet depends on several factors, including:

• N38 magnetic grade

• Magnet dimensions

• Magnetisation direction

• Contact surface area

• Target steel thickness

• Surface condition

• Air gaps

• Load orientation

• Temperature

• Magnetic circuit configuration

A magnet's rated direct pull force is not equivalent to the weight it can safely support in every installation.

Sliding resistance, vibration, shock loading and air gaps can significantly reduce effective holding performance.

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

For applications requiring a defined holding force, obtain verified performance data or conduct appropriate testing.

Suitable Magnetic Surfaces

This neodymium magnet attracts suitable ferromagnetic materials, including:

• Mild steel

• Iron

• Certain magnetic steel alloys

• Compatible ferromagnetic components

It does not magnetically attach to:

• Aluminium

• Copper

• Brass

• Timber

• Plastic

• Glass

• Non-magnetic stainless steel

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

The magnet may also attract or repel other permanent magnets depending on their pole orientation.

Neodymium Magnet Handling and Durability

Although neodymium magnets provide excellent magnetic strength, they are hard and brittle by nature.

They may chip, crack or shatter if:

• Dropped

• Struck against steel

• Allowed to collide with other magnets

• Subjected to bending forces

• Compressed unevenly

• Forced into tight mounting spaces

Due to its long, narrow profile, this magnet should be protected against bending and twisting forces.

Protective housings and suitable handling procedures are recommended for industrial applications.

Technical Specifications

Compliance & Safety

Strong Magnetic Field: Neodymium magnets can attract ferromagnetic objects and other magnets suddenly. Handle carefully to avoid injury.

Brittle Material: Rare earth magnets are brittle and may chip, crack or shatter if dropped, struck or allowed to collide.

Bending and Twisting: The magnet's long, narrow design makes it important to avoid excessive bending or twisting forces.

Pinch Hazard: Keep fingers and skin clear when bringing magnets together or placing them against steel surfaces.

Children: Keep magnets away from children. Swallowing magnets can cause severe internal injuries and requires urgent medical attention.

Medical Devices: Strong magnets may interfere with pacemakers, implanted medical devices and magnetically sensitive equipment. Follow the relevant manufacturer's safety guidance.

Electronic Equipment: Keep magnets away from equipment and media that may be affected by magnetic fields.

Machining: Do not drill, cut or grind finished neodymium magnets.

Temperature: Excessive heat can permanently reduce magnetic performance. Confirm the magnet's temperature rating before use in elevated-temperature environments.

Corrosion: Neodymium material can be susceptible to corrosion if inadequately protected. The exact coating has not been specified.

Load-Bearing Applications: Do not use this magnet for overhead lifting, personnel safety or other safety-critical holding applications without appropriate engineering assessment and certification.

Frequently Asked Questions

What are the dimensions of this neodymium block magnet?

The magnet measures 60mm long x 5mm wide x 5mm thick, with a square 5mm x 5mm cross-section.

What does N38 mean?

N38 is the grade of the neodymium magnetic material. It indicates a magnetic performance classification and does not mean the magnet has a 38kg pull force.

Is this a strong magnet?

Yes. N38 neodymium magnets provide high magnetic strength relative to their size. Actual holding performance depends on the magnetisation direction and application conditions.

What is the pull force of this magnet?

A specific pull-force rating has not been provided. Holding performance depends on the magnetisation direction, contact area and installation conditions.

Is this magnet suitable for industrial applications?

It may be suitable for industrial magnetic assemblies, positioning systems, fixtures and custom equipment, depending on the engineering requirements.

Can this magnet be used for magnetic positioning?

Yes. It may be incorporated into custom positioning and alignment systems where its dimensions and magnetic field are suitable.

Is this magnet magnetised through its length?

The magnetisation direction has not been specified. Confirm the pole orientation before use in applications where lengthwise magnetisation is required.

Can I drill a hole through this magnet?

No. Finished neodymium magnets should not be drilled or machined because they are brittle and machining dust can present safety hazards.

Will this magnet attract stainless steel?

Some stainless steel grades are magnetic, while others are not. Test the specific stainless steel surface before use.

Can this magnet break?

Yes. Neodymium magnets are brittle and can chip, crack or shatter if dropped, bent or allowed to collide with steel or other magnets.

What is the maximum operating temperature?

The maximum operating temperature has not been specified. Confirm the manufacturer's rating before using the magnet in elevated-temperature environments.

Is this magnet suitable for outdoor use?

Outdoor suitability depends on the coating, environmental conditions and mounting arrangement. The exact coating and corrosion resistance have not been specified.

Related Products

Customers considering this N38 neodymium block magnet may also be interested in:

• Neodymium Block Magnet – 50mm x 6mm x 6mm | N38

• Neodymium Block Magnet – 50mm x 6mm x 6mm | N38 | Magnetised through 50mm Length

• Neodymium Block Magnets in Other Sizes

• N35 Neodymium Block Magnets

• N42 Neodymium Block Magnets

• N52 Neodymium Block Magnets

• Neodymium Disc Magnets

• Neodymium Cylinder Magnets

• Neodymium Ring Magnets

• Industrial Rare Earth Magnets

• Custom Magnetic Assemblies

Please Note

This Neodymium Block Magnet – 60mm x 5mm x 5mm | N38 is manufactured from N38 grade neodymium iron boron magnetic material.

Its dimensions are 60mm long x 5mm wide x 5mm thick.

The exact pull force, surface Gauss, coating, magnetisation direction, dimensional tolerances and maximum operating temperature have not been supplied.

N38 refers to the magnetic material grade, not a pull-force rating.

Neodymium magnets are brittle by nature and must be handled carefully to prevent chipping, cracking or shattering.

Due to its long, narrow profile, avoid bending, twisting or applying excessive mechanical pressure to the magnet.

For applications requiring a specific holding force or magnetic field orientation, confirm the relevant technical specifications and test the magnet in its intended operating conditions.