Our Clients
Description
This premium UPVC black hollow rod is a robust engineering plastic profile designed for structural, mechanical and fabrication applications. Manufactured from rigid unplasticised PVC, it offers excellent dimensional stability and strength while remaining easy to machine, cut and drill to suit your project.
With high mechanical strength, good chemical resistance and inherent flame-retardant properties, this hollow rod is ideal for use in demanding industrial environments. Supplied in a 30 mm outside diameter, 7.5 mm wall thickness and 2000 mm length, in practical packs of 2, it is well suited to guards, spacers, supports and custom components in workshops, factories and on-site installations.
Product Features
- Outside diameter of 30 mm, providing a compact yet sturdy hollow profile for a wide range of engineering applications.
- Wall thickness of 7.5 mm for reliable mechanical performance and resistance to impact and deformation under load.
- Generous 2000 mm length per rod, allowing longer runs or multiple smaller parts to be cut from each piece.
- Supplied in convenient packs of 2 rods to support both small projects and ongoing maintenance work.
- Manufactured from rigid unplasticised PVC (UPVC) for improved stiffness and long-term dimensional stability.
- Black colour finish to reduce light transmission, improve aesthetics and help conceal marks and surface wear.
- Hollow section design to save weight and material while still providing excellent structural support.
Key Features and Benefits
- High mechanical strength provides dependable performance in load-bearing and structural support roles.
- Chemical resistance makes the rod suitable for use in environments exposed to oils, many acids, alkalis and cleaning agents.
- Inherent flame-retardant characteristics of UPVC help support safer installations in industrial and commercial settings.
- Good machinability allows straightforward cutting, drilling and shaping using standard workshop tools.
- Weather and corrosion resistance supports both indoor and sheltered outdoor use with minimal maintenance.
- Lightweight hollow design reduces overall assembly weight while maintaining rigidity, helping to lower handling and installation effort.
Specifications
| Specification | Detail |
|---|---|
| Material | Rigid unplasticised PVC (UPVC) |
| Colour | Black |
| Outside diameter | 30 mm |
| Wall thickness | 7.5 mm |
| Length per rod | 2000 mm |
| Pack quantity | Pack of 2 hollow rods |
Applications and Ideal Uses
This black UPVC hollow rod is suitable for a wide range of engineering, fabrication and maintenance tasks where strength, chemical resistance and flame-retardant properties are required.
- Fabrication of spacers, standoffs and support posts in machinery and equipment.
- Protective guards, frames and enclosures in workshops and production areas.
- Structural components and brackets in chemical-processing or washdown environments.
- Prototyping and custom assemblies in engineering, maintenance and R&D departments.
- Lightweight supports and conduits for cables, hoses or pneumatic lines.
Frequently Asked Questions
Can this UPVC hollow rod be cut to shorter lengths on-site?
Yes, the UPVC rod can be cut to size using standard tools such as a fine-toothed saw, mitre saw with suitable blade, or a bandsaw. Ensure the rod is properly supported during cutting and lightly deburr the edges after cutting for a clean finish.
Is the black UPVC hollow rod suitable for outdoor use?
The rod offers good resistance to moisture and many chemicals, making it suitable for indoor and sheltered outdoor applications. For prolonged exposure to direct sunlight and harsh weather, performance will depend on the specific conditions and it is advisable to assess any long-term UV requirements.
Can the hollow rod be used in high-temperature applications?
UPVC has a limited upper service temperature compared with some engineering plastics and is generally suitable for moderate-temperature environments only. It is not recommended for continuous use at elevated temperatures or in direct contact with very hot surfaces.