Neodymium D32mm Hose Clamp P-Clip Magnet | Rubber Lined | ID16mm dia. | Pull Force 34kg

The Neodymium D32mm Hose Clamp P-Clip Magnet with Rubber Lining is a compact, powerful magnetic hose and cable mounting solution designed for securing and routing hoses, tubing, cables, wiring and similar cylindrical components on compatible ferromagnetic steel surfaces. It combines a 32mm diameter neodymium magnetic base with a rubber-lined P-Clip featuring a nominal 16mm internal diameter, providing a removable and repositionable alternative to permanently drilling or welding mounting points into steel equipment.

With a specified 34kg magnetic pull force under suitable direct-pull test conditions, this magnetic P-Clip provides strong attachment while allowing the complete assembly to be repositioned when hose, cable or equipment layouts change. The rubber lining helps cushion the supported component, increase grip and reduce direct metal-to-component contact.

Also known as a magnetic P-Clip, magnetic hose clamp, magnetic cable clamp, neodymium pipe clamp, magnetic hose holder or rubber-lined magnetic clamp, this assembly is suitable for industrial machinery, manufacturing, workshops, hydraulic and pneumatic systems, electrical installations, automotive applications, maintenance and custom equipment.

Key Features

• 32mm diameter neodymium magnetic base
• 16mm nominal internal diameter P-Clip
• Rubber-lined clamp
• 34kg specified magnetic pull force
• Neodymium Iron Boron (NdFeB) rare earth magnetic system
• Strong magnetic performance relative to size
• Designed for compatible hoses, tubing, cables and wiring
• Removable and repositionable magnetic mounting
• Attaches to compatible ferromagnetic steel
• Helps eliminate the need to drill or weld the supporting steel surface
• Suitable for horizontal or vertical installations where appropriately assessed
• Permanent magnetic operation
• No electricity or batteries required

Common Applications

• Hose management
• Cable management
• Electrical wiring
• Hydraulic lines
• Pneumatic tubing
• Air lines
• Conduit
• Machinery wiring
• Industrial equipment
• Manufacturing
• Workshops
• Automotive applications
• Maintenance installations
• Production equipment
• Temporary equipment setups
• Custom OEM assemblies

32mm Neodymium Magnetic Base

The magnetic base has a specified 32mm diameter and incorporates high-performance Neodymium Iron Boron (NdFeB) magnetic material.

Neodymium is one of the strongest commercially available permanent magnetic materials, making it particularly useful where strong magnetic attachment is required from a compact assembly.

The magnetic base allows the P-Clip to be positioned directly onto compatible steel without requiring permanent modification of the supporting surface.

This can be useful where:

• Drilling is undesirable
• Welding is impractical
• Equipment layouts change
• Hose routes require adjustment
• Cable installations are temporary
• Machinery needs to be retrofitted
• Components require regular repositioning

16mm Internal Diameter P-Clip

The P-Clip has a specified nominal internal diameter of 16mm.

It is designed for routing and supporting compatible cylindrical components such as:

• Hoses
• Cables
• Tubing
• Wiring
• Conduit
• Hydraulic lines
• Pneumatic lines

The actual outside diameter of the component being secured should always be checked against the P-Clip before installation.

A nominal 16mm internal diameter should not automatically be interpreted as compatibility with every component described as 16mm, as actual outside diameter, flexibility, wall construction, compression and manufacturing tolerances can affect fit.

Rubber-Lined Hose Clamp

The P-Clip incorporates a rubber lining between the supported component and the metal clamp.

The rubber lining can help:

• Cushion hoses and cables
• Reduce direct metal-to-component contact
• Increase friction and grip
• Reduce rubbing and chafing
• Accommodate minor movement and vibration
• Protect compatible components from direct contact with the clamp

The rubber lining can help reduce marking or abrasion, but it should not be interpreted as guaranteeing complete surface protection. Dirt, grit or other contaminants trapped between surfaces may still cause damage.

Rubber suitability should also be assessed against the temperatures, chemicals, oils, UV exposure and other environmental conditions of the intended application.

34kg Magnetic Pull Force

This magnetic P-Clip has a specified pull force of 34kg.

This figure represents magnetic attraction under particular test conditions and should not be interpreted as a 34kg safe working load, lifting capacity or guaranteed practical holding capacity.

Real-world magnetic holding can be affected by:

• Steel thickness
• Steel composition
• Surface flatness
• Paint
• Powder coating
• Protective coatings
• Rust
• Dirt
• Air gaps
• Installation orientation
• Load direction
• Vibration
• Shock
• Hose or cable tension
• Mechanical leverage
• Dynamic movement

The complete installation should therefore be tested under realistic operating conditions.

Pull Force vs Safe Working Load

A magnetic pull-force rating is not the same as a safe working load.

The specified 34kg pull force represents magnetic performance under suitable test conditions. A real hose, cable or tubing installation can introduce forces that are not represented by a direct-pull test.

These may include:

• Sideways loading
• Hose tension
• Cable weight
• Vibration
• Repeated movement
• Fluid-related hose movement
• Mechanical leverage
• Shock loads

Where failure of the magnetic mounting could cause injury, equipment damage or another hazard, suitable secondary mechanical retention should be incorporated.

Direct Pull vs Shear Force

Magnetic holding strength varies significantly according to load direction.

Direct pull occurs when the magnet is pulled perpendicular to the steel surface.

Shear loading occurs when force acts parallel to the steel surface and encourages the magnetic base to slide.

For example, a magnetic P-Clip mounted on a vertical steel surface while supporting a hose may experience significant shear loading.

Practical vertical holding performance can therefore be substantially lower than the stated 34kg direct pull force.

Magnetic Hose Management

This D32mm magnetic P-Clip provides a convenient way to route compatible hoses across steel machinery and equipment.

Potential applications include:

• Hydraulic hoses
• Pneumatic hoses
• Air lines
• Fluid tubing
• Workshop hoses
• Machinery lines
• Equipment installations

Because the assembly attaches magnetically, hose routes can be modified without repeatedly drilling new mounting holes into the supporting steel.

This can be especially useful on machinery where layouts change during maintenance, upgrades or production modifications.

Magnetic Cable and Wiring Management

The assembly can also provide a practical solution for controlling cables and wiring around compatible steel equipment.

Potential applications include:

• Electrical cables
• Sensor wiring
• Control cables
• Machinery wiring
• Data cables
• Equipment cables
• Temporary electrical installations

Supporting and routing loose cables can help improve organisation and reduce unwanted movement around machinery and equipment.

Electrical installations should always comply with applicable electrical and workplace safety requirements.

Removable and Repositionable Mounting

One of the key advantages of a magnetic P-Clip is its ability to be removed and repositioned without permanently altering the supporting steel surface.

This makes the assembly useful for:

• Machinery reconfiguration
• Production line changes
• Temporary installations
• Prototype equipment
• Testing systems
• Maintenance work
• Rental equipment
• Equipment retrofits
• Changing hose or cable layouts

The magnetic base can be relocated whenever routing requirements change, provided a suitable ferromagnetic mounting surface is available.

Magnetic Attachment and Air Gaps

For maximum practical attraction, the magnetic base should make close contact with a clean, flat and sufficiently thick ferromagnetic steel surface.

Magnetic holding can be reduced by gaps created by:

• Paint
• Powder coating
• Protective coatings
• Dirt
• Rust
• Uneven surfaces
• Curved steel
• Other non-magnetic layers

Magnetic attraction decreases rapidly as the distance between the magnetic base and target steel increases.

Compatible Mounting Surfaces

The magnetic base is designed to attract ferromagnetic iron and compatible steels.

Suitable surfaces may include:

• Mild steel
• Iron
• Magnetic steel
• Steel machinery
• Compatible equipment frames
• Ferromagnetic structural components

It will not effectively attach magnetically to:

• Aluminium
• Copper
• Brass
• Plastic
• Timber
• Glass

Many stainless steel grades may also be weakly magnetic or non-magnetic and should be tested before use.

Installation Considerations

Before installing the magnetic P-Clip:

1. Confirm the hose, cable or tubing outside diameter is compatible with the 16mm nominal internal diameter.
2. Confirm the mounting surface is ferromagnetic.
3. Clean the steel surface and magnetic base.
4. Position the magnetic base against a suitable flat area of steel.
5. Check that the assembly is stable in the intended orientation.
6. Route the hose, cable or tube without excessive tension.
7. Test the installation under realistic operating conditions.
8. Consider vibration, shock, movement and dynamic loading.
9. Add secondary mechanical retention where failure could create a hazard.

Avoid placing unnecessary tension on the supported hose or cable, as this can create leverage and reduce effective magnetic holding.

Permanent Magnetic Operation

The magnetic base uses a permanent neodymium magnetic system.

It requires:

• No electricity
• No batteries
• No charging
• No electrical wiring

The magnetic attachment remains continuously active during normal operation.

Technical Specifications

• Product Type: Neodymium Hose Clamp P-Clip Magnet
• Alternative Names: Magnetic P-Clip, Magnetic Hose Clamp, Magnetic Cable Clamp, Neodymium Pipe Clamp, Magnetic Hose Holder, Rubber-Lined Magnetic Clamp
• Magnetic Base Diameter: 32mm
• P-Clip Internal Diameter: 16mm nominal
• P-Clip Lining: Rubber
• Magnetic Material: Neodymium Iron Boron (NdFeB)
• Specified Pull Force: 34kg
• Magnet Type: Rare Earth Permanent Magnet
• Magnetic Operation: Permanent
• Power Required: None
• Target Surfaces: Compatible ferromagnetic iron and steel
• Primary Functions: Hose, tubing, cable and wiring support
• Typical Applications: Machinery, manufacturing, workshops, hydraulic systems, pneumatic systems, electrical installations, automotive and maintenance

Industrial and Machinery Applications

The combination of a 32mm neodymium magnetic base, rubber-lined 16mm nominal internal diameter P-Clip and specified 34kg magnetic pull force makes this assembly suitable for a wide range of industrial hose and cable management applications.

Potential users include:

• Machinery manufacturers
• Maintenance technicians
• Mechanical engineers
• Electrical contractors
• Hydraulic technicians
• Pneumatic system installers
• Manufacturing facilities
• Automotive workshops
• Industrial equipment operators
• OEM manufacturers

The removable mounting system is particularly useful where equipment configurations or hose and cable routes may need to change over time.

Please Note

This product is a Neodymium D32mm Hose Clamp P-Clip Magnet with a rubber-lined 16mm nominal internal diameter and a specified magnetic pull force of 34kg.

The 32mm dimension refers to the magnetic base diameter, while the 16mm dimension refers to the nominal internal diameter of the P-Clip. These dimensions should not be interpreted as the overall dimensions of the complete assembly.

The stated 34kg pull force is a magnetic test value and is not a 34kg safe working load or guaranteed practical holding capacity.

Actual magnetic holding depends on target steel thickness and composition, surface flatness, coatings, air gaps, orientation, shear loading, hose or cable tension, leverage, vibration, shock and dynamic movement.

Verify the actual outside diameter of the hose, tubing, cable or conduit before installation to ensure suitable P-Clip fit.

Where failure could result in injury, equipment damage or another hazard, use appropriate secondary mechanical retention rather than relying solely on magnetic attraction.

Neodymium magnets are powerful and mechanically brittle. Handle them carefully and avoid uncontrolled impact with steel or other magnets.

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