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Description
This premium UPVC extruded black rod is a high‑performance engineering plastic designed for demanding industrial environments. Manufactured from rigid unplasticised PVC, it offers excellent dimensional stability and is easy to machine, drill, turn and fabricate into custom components.
Combining high resistance to acids and many corrosive chemicals with inherent flame-retardant properties, this UPVC rod is ideal for chemical engineering applications, fluid handling systems, laboratory equipment and general industrial fabrication. Available in a wide range of diameters, it provides a robust, reliable solution wherever durable, chemically resistant plastic stock is required.
Product Features
- Available diameters from 6 mm, 8 mm, 10 mm, 12 mm, 15 mm and many additional sizes to suit varied design requirements.
- Standard 2000 mm (2 metre) length for efficient cutting, machining and stock management.
- Manufactured from rigid UPVC for excellent stiffness, dimensional stability and good machinability.
- Black colour for reduced light transmission and smart, uniform appearance in visible installations.
- High resistance to many acids, alkalis and corrosive chemicals for demanding process environments.
- Flame-retardant properties inherent to UPVC, helping to support fire safety requirements.
- Smooth extruded surface finish for clean flow paths and reduced contamination risk in engineered parts.
Key Features and Benefits
- Resists chemical attack, making it suitable for contact with many aggressive media in chemical engineering and processing systems.
- Rigid, stable profile minimises warping and deformation, helping to maintain tight tolerances in machined components.
- Flame-retardant characteristics support safer installations in plant rooms, laboratories and enclosed industrial spaces.
- Easy to machine with conventional tools, reducing fabrication time and cost for bespoke parts and prototypes.
- Black, opaque finish helps protect light-sensitive media and offers a professional appearance in exposed pipework or framework.
- Long 2000 mm bar length allows multiple parts to be produced from a single rod, improving material yield and reducing waste.
Specifications
| Specification | Detail |
|---|---|
| Material | Rigid unplasticised polyvinyl chloride (UPVC) |
| Colour | Black |
| Available diameters (mm) | 6, 8, 10, 12, 15 mm (plus a wide range of additional diameters) |
| Standard length | 2000 mm (2 metres) |
| Chemical resistance | High resistance to many acids, alkalis and aqueous chemical solutions |
| Flame behaviour | Inherently flame-retardant UPVC, self-extinguishing when source is removed |
Applications and Ideal Uses
This UPVC extruded black rod is suited to a wide range of industrial and engineering applications where chemical resistance, rigidity and flame retardancy are critical.
- Fabrication of components for chemical processing plants, dosing systems and scrubber assemblies.
- Structural parts, spacers and supports in laboratory equipment and fume extraction systems.
- Machined fittings, manifolds and connectors for corrosive fluid handling and pipework.
- Insulating and non-conductive components in electrical and industrial control enclosures.
- Prototyping and custom jigs, fixtures and guides in general engineering workshops.
Frequently Asked Questions
Can this UPVC rod be used with strong acids and chemicals?
The rod offers high resistance to many acids, alkalis and aqueous chemical solutions, making it suitable for a wide range of chemical engineering applications. However, performance depends on the specific chemical, concentration and temperature, so compatibility should be checked against a chemical resistance guide for critical uses.
Is the UPVC extruded rod easy to machine with standard workshop tools?
Yes, the rigid UPVC material machines well using standard metal or woodworking tools such as saws, drills and lathes. Sharp tooling and appropriate feed rates are recommended to achieve a smooth finish and avoid excessive heat build-up.
Does the UPVC rod meet fire safety requirements for indoor installations?
The material is inherently flame-retardant and tends to be self-extinguishing once the ignition source is removed, which helps with compliance in many indoor applications. For regulated environments, specific fire performance standards should be checked against project or site requirements.