Polyurethane Plastic Rod - Abrasion Resistant, Oil Resistant, Tear Resistant, Noise Dampening, High Flex Life, Multiple Sizes & Colors Available

This polyurethane plastic rod range provides a tough, resilient engineering material that combines excellent abrasion resistance with outstanding flexibility. Manufactured from high-performance polyurethane, these solid rods are designed for demanding applications where impact, wear and vibration need to be controlled.

Available in a choice of diameters from 12.5mm up to 61mm, each rod is supplied in a convenient 300mm length, ready for machining, cutting or shaping to size. Commonly used in engineering workshops, maintenance departments and fabrication environments, these rods are ideal for producing bushings, rollers, bump stops, spacers, vibration-damping mounts and a wide variety of custom components.

Product Features

• Material: high-performance solid polyurethane plastic for durability and flexibility.
• Standard length of 300mm across the full range for easy handling and stocking.
• Multiple diameters available: 12.5mm, 15.8mm, 19mm, 25mm, 37mm, 43mm, 50mm and 61mm.
• Excellent abrasion resistance, ideal for components subject to sliding or repeated contact.
• Resistant to oils, greases and many common workshop fluids for reliable performance in industrial settings.
• Tear-resistant and tough, suitable for impact and shock-absorbing applications.
• Noise-dampening characteristics help reduce vibration and sound transmission in machinery and equipment.

Key Features and Benefits

• Long service life under wear: Outstanding abrasion resistance helps components maintain their shape and function in high-friction or repetitive-motion environments.
• Reliable performance in oily conditions: Resistance to oils and greases makes these rods suitable for hydraulic, pneumatic and general mechanical applications where contact with lubricants is routine.
• Reduced downtime from damage: High tear strength and impact resistance mean parts are less likely to split or fail, helping to reduce maintenance interventions.
• Improved operator comfort: Noise- and vibration-dampening properties help to minimise rattle and shock, contributing to a quieter, smoother-running installation.
• Easy to machine and fabricate: Can be cut, turned, drilled or milled using standard workshop tools, allowing rapid production of bespoke shapes and fittings.
• Versatile dimensional range: Multiple diameter options enable selection of the most appropriate size for bushings, rollers, spacers and mounts without excessive machining.

Specifications

Applications and Ideal Uses

These polyurethane rods are well suited to both OEM manufacture and maintenance work, wherever a tough, flexible and wear-resistant engineering plastic is required.

• Fabrication of bushings, sleeves and spacers for machinery and equipment.
• Production of rollers, guides and drive components for conveyors and handling systems.
• Vibration and noise-damping mounts, buffers and bump stops in industrial plant.
• Protective stops and impact-absorbing components in jigs, fixtures and presses.
• General engineering, prototyping and custom parts production in workshops and maintenance departments.

Frequently Asked Questions

Can these polyurethane rods be machined with standard metalworking tools?

Yes, polyurethane rods can typically be cut, turned, milled and drilled using standard metalworking or woodworking tools, provided that sharp tooling and appropriate speeds are used. Using light cuts and avoiding excessive heat build-up will help achieve a clean finish.

Are these rods suitable for use in contact with oils and lubricants?

These rods offer good resistance to most common oils, greases and lubricants found in workshop and industrial environments, making them suitable for use in many mechanical and hydraulic applications. However, if you have particularly aggressive chemicals or prolonged exposure conditions, it is advisable to confirm compatibility before use.

How do I choose the correct diameter of polyurethane rod for my application?

Select a diameter that provides sufficient wall thickness and strength after any machining or turning operations have been completed. Consider the final part dimensions, expected load, and any required flexibility. When in doubt, choosing the next size up can provide additional material for machining and increased durability.