Description
This grey PVC plastic rod range offers a versatile, high-strength engineering plastic solution for a wide variety of fabrication, machining and construction tasks. Manufactured from rigid unplasticised PVC (uPVC), these rods provide excellent dimensional stability and good mechanical strength, making them suitable for both simple and more demanding applications.
Available in a selection of diameters from 32mm up to 55mm and in standard lengths of 500mm, 1000mm and 2000mm, these PVC rods are ideal for use in workshops, production environments, maintenance departments and on site. They can be easily cut, drilled, turned and machined using standard tools, allowing you to create custom components, spacers, supports and fixtures to your exact requirements.
Product Features
- Material: rigid grey PVC rod suitable for machining and fabrication.
- Diameter options from 32mm up to 55mm to suit a range of component sizes.
- Standard lengths of 500mm, 1000mm and 2000mm for flexibility in use and cutting.
- Core variants include 32mm diameter in 500mm, 1000mm and 2000mm lengths.
- Additional sizes such as 35mm diameter rods available in multiple lengths, plus further intermediate diameters across the range.
- Neutral grey colour for a clean, professional appearance and easy integration into assemblies.
- Supplied as solid round rod stock for turning, drilling, milling and general machining.
Key Features and Benefits
- Easy to machine with standard workshop equipment, reducing production time for custom parts and prototypes.
- Good rigidity and impact resistance help maintain shape and performance under load.
- Corrosion-resistant PVC is suitable for use in damp, wet or chemically exposed environments where metals may degrade.
- Lightweight compared with metal rod, aiding handling, installation and reducing overall assembly weight.
- Consistent diameter and material quality provide reliable, repeatable results in batch work.
- Multiple diameter and length combinations minimise waste by allowing you to choose stock closest to your finished size.
Specifications
| Specification | Detail |
|---|---|
| Material | Rigid unplasticised PVC (uPVC), grey |
| Diameter range | Approx. 32mm to 55mm (including 32mm, 35mm and additional intermediate diameters) |
| Standard lengths | 500mm, 1000mm and 2000mm |
| Example variants | 500mm x 32mm dia; 1000mm x 32mm dia; 2000mm x 32mm dia; 500mm x 35mm dia; 1000mm x 35mm dia (plus 15 more size combinations) |
| Colour | Mid grey, solid |
| Form | Solid round rod, smooth finish, supplied as straight lengths |
Applications and Ideal Uses
These PVC grey plastic rods are suitable for a broad range of industrial, engineering and maintenance applications where a stable, machinable plastic is required.
- Fabrication of custom spacers, bushes, collars and standoffs.
- Machined components and prototypes for production and test fixtures.
- Non-conductive supports, brackets and insulating components in electrical installations.
- Corrosion-resistant parts in wet areas, processing plants and washdown environments.
- General workshop, maintenance and repair tasks where metal alternatives are not required.
Frequently Asked Questions
Can these PVC rods be machined with standard metalworking tools?
Yes, the rods can be cut, drilled, turned and milled using standard workshop tools typically used for metals or plastics. Sharp tools and appropriate feed rates are recommended to achieve a clean finish and avoid excessive heat build-up.
Are the rods supplied in exact nominal diameters and lengths?
Diameters and lengths are supplied to typical commercial tolerances for extruded plastic rod. The rods are produced to the stated nominal sizes, but minor dimensional variation is normal, so final sizing should be achieved during your machining process where critical tolerances are required.
Is grey PVC rod suitable for outdoor use?
Grey rigid PVC offers good weather and moisture resistance and can be used outdoors in many applications. However, as with most plastics, long-term exposure to strong sunlight and harsh conditions may affect appearance and properties over time, so service life will depend on the specific environment.

