Neodymium D36mm Hose Clamp P-Clip Magnet | Neoprene | ID16mm | 41kg Pull Force

The Neodymium D36mm Hose Clamp P-Clip Magnet | Neoprene | ID16mm | Pull Force 41kg is a powerful magnetic hose, pipe and cable mounting solution designed for removable attachment to compatible ferromagnetic steel surfaces. Combining a 36mm diameter neodymium magnetic base with a neoprene-lined P-clip featuring a 16mm internal diameter, this assembly provides a practical alternative to permanently drilling or welding mounting points into suitable steel structures.

The magnetic base incorporates high-performance Neodymium Iron Boron (NdFeB) rare earth magnetic material and has a specified 41kg pull force under the applicable test conditions. The attached P-clip provides a defined routing and support point for compatible hoses, pipes, cables, conduit and similar components, while the neoprene lining helps cushion the supported item and reduce direct metal-to-metal contact.

This magnetic P-clip assembly is particularly useful for industrial machinery, workshops, manufacturing, hydraulic and pneumatic systems, temporary installations, equipment prototyping and maintenance applications where routing may need to be installed, adjusted or repositioned.

Key Features

• 36mm diameter neodymium magnetic base
• 16mm internal diameter P-clip
• Neoprene-lined clamp
• Specified 41kg pull force
• Neodymium Iron Boron (NdFeB) rare earth magnetic material
• Designed for compatible hoses, pipes, cables and conduit
• Removable and repositionable magnetic mounting
• Helps eliminate drilling or welding into the supporting steel surface
• Neoprene lining helps cushion the supported component
• Suitable for compatible ferromagnetic iron and steel
• Permanent magnetic operation
• No electricity or batteries required
• Suitable for industrial, engineering and maintenance applications

Common Applications

• Hose routing
• Pipe support
• Cable management
• Hydraulic lines
• Pneumatic lines
• Electrical cabling
• Conduit mounting
• Industrial machinery
• Manufacturing equipment
• Workshop installations
• Maintenance applications
• Temporary equipment setups
• Prototype machinery
• OEM assemblies

16mm Internal Diameter P-Clip

The integrated P-clip has a specified 16mm internal diameter (ID) and is designed to support compatible cylindrical components.

Potential applications include:

• 16mm hoses
• Pipes
• Cables
• Wiring looms
• Flexible tubing
• Conduit
• Hydraulic lines
• Pneumatic lines

Actual fit depends on the outside diameter and construction of the component being supported.

A nominally described hose or pipe may not necessarily have an actual outside diameter of 16mm. Always measure the external diameter of the component and confirm compatibility with the P-clip before installation.

Neoprene-Lined P-Clip

The neoprene lining provides a cushioned interface between the clamp and the component being supported.

Depending on the installation, the lining can help:

• Reduce direct metal-to-metal contact
• Cushion hoses and cables
• Reduce abrasion against the clamp
• Improve grip around the supported component
• Provide a more secure interface in vibration-prone environments

The neoprene lining should be periodically inspected for wear, deterioration or damage, particularly in industrial environments involving vibration, heat, oils, chemicals or repeated movement.

Compatibility of the neoprene with the specific operating environment should be confirmed before use.

36mm Neodymium Magnetic Base

The 36mm diameter magnetic base provides removable attachment to suitable ferromagnetic steel.

Neodymium Iron Boron is a high-performance rare earth magnetic material known for producing strong magnetic attraction relative to its size.

For strongest practical performance, the magnetic working face should make close, flat contact with clean and sufficiently thick ferromagnetic steel.

This makes the assembly useful for adding a hose, pipe or cable support point to existing steel machinery without permanently modifying the equipment.

41kg Pull Force

The magnetic base has a specified 41kg pull force.

This figure represents magnetic pull performance under defined test conditions and should not be interpreted as a 41kg safe working load for the complete P-clip assembly.

Real-world holding performance can be significantly affected by:

• Steel thickness
• Steel composition
• Surface flatness
• Paint or coatings
• Rust and contamination
• Air gaps
• Mounting orientation
• Shear forces
• Vibration
• Dynamic movement
• Hose or cable tension
• Leverage acting on the clamp

The practical load applied by a hose, pipe or cable should therefore be assessed according to the complete installation rather than relying solely on the 41kg pull-force figure.

Removable Hose and Cable Mounting

A major advantage of this magnetic P-clip assembly is its ability to create a removable support point without drilling or welding into compatible steel.

This can be particularly useful for:

• Temporary hose routing
• Machinery modifications
• Prototype equipment
• Maintenance installations
• Frequently reconfigured production lines
• Temporary cable management
• Equipment testing
• Retrofit installations

The magnetic base can be repositioned as routing requirements change, provided the new mounting surface offers suitable magnetic attraction.

Direct Pull vs Vertical and Shear Loads

Magnetic pull-force figures are generally based on a specific test arrangement where the magnet is pulled directly away from an appropriate steel surface.

A P-clip installed on a vertical machine frame may experience a very different loading condition.

The weight of the supported hose, pipe or cable can create downward shear force, while tension in the line may create sideways or peeling forces.

These loads can result in lower practical holding performance than the stated direct pull force.

The 41kg pull force should therefore not be used as a 41kg vertical load rating or safe working load.

Hose Tension, Vibration and Dynamic Loads

Industrial hoses and cables do not always create static loads.

Additional forces can be generated by:

• Hydraulic pressure changes
• Pneumatic movement
• Machinery vibration
• Hose flexing
• Cable movement
• Thermal expansion
• Equipment startup and shutdown
• Accidental pulling
• Fluid movement
• Mechanical impact

These forces should be considered when determining the number and spacing of magnetic P-clips required for an installation.

Where unexpected movement or magnetic detachment could create a hazard, suitable secondary mechanical retention should be incorporated.

How Does the Magnetic P-Clip Work?

The assembly combines two functions:

1. The 36mm neodymium magnetic base attaches to compatible ferromagnetic steel.
2. The 16mm ID neoprene-lined P-clip supports and routes the compatible hose, pipe, cable or conduit.

This allows a support point to be positioned on steel equipment without permanently modifying the supporting structure.

The assembly can subsequently be removed or relocated when routing requirements change.

Technical Specifications

• Product Type: Neodymium Magnetic Hose Clamp / P-Clip Magnet
• Alternative Names: Magnetic P-Clip, Magnetic Hose Clamp, Magnetic Pipe Clamp, Magnetic Cable Clamp, Neodymium Hose Mount
• Magnetic Material: Neodymium Iron Boron (NdFeB)
• Magnetic Base Diameter: 36mm
• Clamp Type: P-Clip / Hose Clamp
• P-Clip Internal Diameter: 16mm
• Clamp Lining: Neoprene
• Pull Force: 41kg
• Magnetic Operation: Permanent
• Power Required: None
• Target Mounting Surface: Compatible ferromagnetic iron and steel
• Primary Function: Removable routing and support of compatible hoses, pipes, cables and conduit

Industrial and Engineering Applications

This magnetic P-clip can provide a flexible routing solution across industries and environments such as:

• Manufacturing
• Mechanical engineering
• Industrial automation
• Hydraulic equipment
• Pneumatic systems
• Machinery maintenance
• Electrical installations
• Workshops
• Equipment manufacturing
• Production lines
• Prototyping
• OEM equipment

Its magnetic mounting system is particularly useful where drilling into machinery is undesirable or where the routing configuration may need to change.

Installation Considerations

Before installation:

• Confirm the supporting surface is ferromagnetic
• Clean the magnet and target steel
• Maximise flat contact between the magnetic base and steel
• Measure the actual outside diameter of the hose, pipe or cable
• Confirm compatibility with the 16mm ID P-clip
• Avoid excessive compression of the supported component
• Consider hose or cable tension
• Account for vibration and movement
• Consider direct pull, shear and peeling forces
• Periodically inspect the magnet, clamp and neoprene lining

For critical installations, appropriate secondary retention should be considered.

Please Note

This product combines a 36mm diameter neodymium magnetic base with a neoprene-lined P-clip featuring a 16mm internal diameter. The magnet has a specified 41kg pull force.

The 41kg pull force is a magnetic test value and is not a 41kg safe working load, vertical holding capacity or rated hose-support capacity. Actual holding performance depends on steel thickness, surface condition, contact area, air gaps, load direction, vibration, leverage and other installation conditions.

Confirm the actual outside diameter of the hose, pipe, cable or conduit before installation rather than relying solely on nominal component sizing.

A specific neodymium grade, coating, maximum operating temperature, neoprene specification and dimensional tolerance have not been supplied and should not be assumed.

Where the installation is exposed to significant vibration, movement, pressure, heat or dynamic loads, assess the complete mounting system and use appropriate secondary mechanical retention where required.

Neodymium magnets are powerful and inherently brittle. Avoid uncontrolled impacts and keep strong magnets away from children, pacemakers and other medical implants, magnetic storage media and sensitive electronic equipment.