Georg Fischer PVC Pipe, 2m long x 20mm OD

The Georg Fischer 20014B155 is a rigid PVC-U (unplasticised polyvinyl chloride) pipe created for installation in clean, durable piping systems. It is a well-specified solution for light to moderate fluid conveyance, drainage, or low-pressure applications. Its corrosion-resistant material construction and consistent dimensions make it suitable for reliable plumbing, process piping, and infrastructure service environments.

Standout Features and Benefits of Choosing the Georg Fischer PVC Pipe

• Outer diameter 20 mm enables compact routing in constrained spaces.
• Length 2 m standard cut, reducing installation joints and complexity.
• Wall thickness of approximately 1.5 mm, delivering consistent strength and flow profile stability.
• Material PVC-U offers high chemical and corrosion resistance in many industrial and plumbing environments.
• Smooth internal surface reduces flow resistance and helps minimise sediment build-up over time.
• Compatible with standard fittings and solvent-weld systems for quick, reliable installation.

Built Tough for Durable Service in Fluid Systems

This versatile pipe is prepared with precise dimensional control and material stability, supporting long-term service in various environments. Its PVC-U body resists corrosion, oxidation, and many chemical media, making it a dependable choice for applications in plumbing, water treatment skids, chemical feed lines (where compatible), and general infrastructure piping. The 2 m length helps minimise seams and joints, improving installation efficiency and reducing potential failure points.

Broad Range Application

• Small-bore fluid distribution lines in process or instrumentation systems.
• Plumbing or drainage runs in commercial, industrial or building services applications.
• Chemical feed or neutral media transfer.
• Infrastructure piping in clean-room or utility corridors.
• Retrofit or expansion systems.
• OEM equipment enclosures or modular panels.

For more information please check the datasheets.