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Description
This premium high-performance extruded beige rod is a versatile engineering plastic stock shape designed for demanding industrial applications. Supplied as solid cylindrical bar, it offers an excellent balance of high mechanical strength, rigidity and wear resistance for machining into custom components.
With outstanding heat resistance, good dimensional stability and reliable chemical resistance, these rods are ideal for precision parts in engineering, maintenance and production environments. Available in a wide choice of diameters and two standard lengths, they provide a practical, ready-to-machine solution for bushes, rollers, spacers, guides and many other industrial parts.
Product Features
- Extruded beige engineering plastic rod supplied as solid cylindrical bar for machining.
- Available diameters from 10 mm, 12 mm, 15 mm, 20 mm and 25 mm, plus a wide range of additional larger and intermediate sizes.
- Standard length options of 1000 mm and 2000 mm to suit different machining and handling requirements.
- High mechanical strength and rigidity for structural and load-bearing components.
- Excellent heat resistance suitable for elevated operating temperatures in industrial environments.
- Good resistance to many oils, lubricants and common industrial chemicals.
- Smooth, consistent surface finish for accurate turning, milling and drilling operations.
Key Features and Benefits
- Reliable performance at higher temperatures helps maintain part strength and dimensional stability in demanding applications.
- High wear and abrasion resistance supports a long service life for components such as bearings, guides and rollers.
- Good machinability allows precise, close-tolerance parts to be produced using standard metalworking tools.
- Wide diameter range and two stock lengths reduce waste material and optimise yield from each rod.
- Chemical and moisture resistance contributes to consistent performance in oily, damp or harsh industrial environments.
- Neutral beige colour provides a clean, professional appearance and makes it easy to identify against darker equipment and machinery.
Specifications
| Specification | Detail |
|---|---|
| Material | High-performance engineering plastic extruded rod (beige) |
| Diameter options (mm) | 10, 12, 15, 20, 25 mm plus a further range of additional diameters for varied applications |
| Length options (mm) | 1000 mm or 2000 mm standard stock lengths |
| Temperature resistance | High heat resistance for elevated temperature industrial service (exact limits depend on application and design) |
| Form | Solid cylindrical bar, extruded and supplied with a smooth surface finish for machining |
| Colour | Beige |
Applications and Ideal Uses
These extruded beige engineering plastic rods are suitable for machining into a wide variety of precision parts across manufacturing, maintenance and engineering sectors.
- Bushes, bearings, spacers and sleeves for industrial machinery.
- Rollers, guides and wear strips in conveyor and material handling systems.
- Structural and support components in jigs, fixtures and assembly equipment.
- Custom turned or milled parts for plant maintenance and repair operations.
- Prototype and low-volume production components where metal replacement is required.
Frequently Asked Questions
Can this extruded beige rod be machined with standard workshop tools?
Yes, the rod can generally be machined using standard metalworking tools such as lathes, mills and drills. Sharp tools and appropriate cutting speeds are recommended to achieve a good surface finish and maintain dimensional accuracy, and coolant may be used where necessary to control heat.
How do I choose the correct diameter and length for my application?
Select a diameter that comfortably covers the largest finished dimension of your part, allowing for machining allowances and any chucking or holding requirements. Choose 1000 mm or 2000 mm length based on how many components you intend to produce from each rod and the capacity of your machinery, aiming to minimise waste.
Is this material suitable for continuous use at high temperatures?
The rod offers high heat resistance and is suitable for elevated temperature environments; however, the maximum continuous service temperature will depend on the exact material grade and the stresses in your application. For critical or continuous high-temperature use, it is advisable to confirm design limits through testing or engineering guidance.