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Description
This high-performance extruded natural rod is a versatile engineering plastic profile designed for demanding structural, machining and fabrication applications. Manufactured to tight tolerances, it offers excellent dimensional stability and a smooth, consistent surface that is ideal for precision turning, milling and drilling.
Combining superior mechanical strength with outstanding heat and chemical resistance, this rod is widely used in chemical engineering, laboratory setups, food processing equipment, and a range of industrial plant installations. Available in a choice of diameters from 8 mm up to over 50 mm and standard lengths of 1000 mm and 2000 mm, it provides a reliable solution for both prototype work and series production.
Product Features
- Natural (unpigmented) extruded rod for easy inspection of surface finish and machined detail.
- Wide diameter range including 8 mm, 10 mm, 12 mm, 15 mm, 20 mm and many larger sizes to suit varied design requirements.
- Supplied in standard 1000 mm and 2000 mm lengths for flexible cutting, machining and stock management.
- High mechanical strength and rigidity suitable for load-bearing components and precision parts.
- Excellent heat resistance, retaining properties at elevated operating temperatures.
- Good chemical resistance to a broad range of industrial media, ideal for process and laboratory environments.
- Consistent extrusion quality for reliable performance across all diameters and lengths.
Key Features and Benefits
- Enables precision-machined components thanks to tight dimensional control and a smooth, uniform surface.
- Reduces downtime and replacement frequency through its superior strength and wear resistance in service.
- Performs reliably in higher temperature applications, supporting safer and more stable process conditions.
- Resists attack from many chemicals and cleaning agents, helping to maintain integrity in harsh environments.
- Easy to cut, turn, drill and mill with standard metal- and plastic-working equipment, simplifying fabrication.
- Available in multiple diameters and two convenient stock lengths to minimise waste and optimise material usage.
Specifications
| Specification | Detail |
|---|---|
| Material | High-performance engineering plastic (natural, unfilled) |
| Colour | Natural (off-white / translucent, uncoloured) |
| Available diameters | 8 mm, 10 mm, 12 mm, 15 mm, 20 mm plus a wide selection of additional diameters |
| Standard lengths | 1000 mm and 2000 mm |
| Temperature resistance | Suitable for continuous service at elevated temperatures (material-specific limit) |
| Manufacturing process | Precision extrusion for consistent section and surface finish |
Applications and Ideal Uses
This extruded natural rod is particularly suited to high-demand environments where strength, thermal stability and chemical resistance are essential.
- Machined components for chemical engineering systems, such as valve parts, bushes and manifolds.
- Laboratory fixtures, supports, spacers and custom apparatus requiring clean, stable materials.
- Components in food and beverage processing equipment, where robust, non-metallic parts are required.
- Insulating and structural elements in industrial machinery and process plant.
- Prototyping and development of precision-engineered plastic parts for harsh operating conditions.
Frequently Asked Questions
Can this extruded natural rod be machined with standard workshop tools?
Yes, the rod can be cut, turned, drilled and milled using standard metal- and plastic-working tools with appropriate speeds and feeds. Sharp tooling and proper support are recommended to achieve a high-quality finish and maintain dimensional accuracy.
Is the rod suitable for continuous use at high temperatures in chemical processes?
The rod is designed for superior heat resistance and is suitable for continuous operation at elevated temperatures within the typical limits of high-performance engineering plastics. For specific applications close to the material’s maximum service temperature, detailed temperature and chemical compatibility checks are recommended.
Which diameter and length should I choose for my application?
Select a diameter that provides sufficient strength and stiffness for your component after machining, allowing extra material for finishing operations. Choose 1000 mm or 2000 mm lengths based on your cutting plan to minimise off-cuts and make the most efficient use of the rod.