SpiroFlex flue elbow 60 mm polypropylene 90°

The SpiroFlex flue elbow 60 mm polypropylene 90° is a component for flue and ventilation systems that redirects exhaust flow through a right-angle bend. Manufactured from polypropylene, the elbow is designed for use with 60 mm diameter rigid flue pipes in residential and commercial heating, boiler and ventilation installations. The smooth internal surface supports steady gas flow while the material offers resistance to common corrosive condensates and many chemicals typically encountered in exhaust ducts.

Advantages

Made from polypropylene for low weight and ease of handling, this 90° flue elbow offers chemical and corrosion resistance compared with many metal alternatives. Its geometry is optimized for connection to standard 60 mm flue pipes, enabling compact routing of ducts where space is limited. The smooth inner wall reduces turbulence and deposit buildup, simplifying maintenance and helping to maintain efficient exhaust flow.

Suitable for

• Redirecting exhaust gases in residential boiler and heating systems
• Connecting rigid 60 mm flue pipes in ventilation installations
• Commercial heating and small industrial ventilation where 60 mm ducts are used

Key specifications

• Material: polypropylene (PP)
• Nominal inner diameter: 60 mm
• Bend angle: 90°
• Surface: smooth internal bore for reduced turbulence
• Typical use: flue and ventilation exhaust routing

How to use

Fit the SpiroFlex 90° elbow between compatible 60 mm rigid flue pipe sections, ensuring pipe ends are clean and free of debris before assembly. Use the recommended connection method for your system type (push-fit, silicone seal or mechanical clamp) to secure airtight joints. Position the elbow so that the bend directs condensate and exhaust flow toward the designated drain or outlet and avoid sharp secondary bends immediately adjacent to the elbow to maintain flow efficiency.

Usage recommendations

Inspect joints after installation and periodically during operation to confirm seals remain intact and free of deposits. Avoid exposure to direct flame or sustained temperatures beyond material limits; consult system documentation for maximum operating temperatures. When installing in applications with aggressive condensates or chemicals, verify material compatibility with expected exhaust composition.