Onnline pipe tee PP grey 110×50 mm 67° model CCP714

Onnline pipe tee PP grey 110×50 mm 67° model CCP714 is a polypropylene drainage fitting designed to create a 67° branch from a 110 mm main run to a 50 mm branch. The grey PP material provides chemical resistance and a low-weight construction suitable for domestic and light commercial wastewater and drainage systems where a non-orthogonal branching angle is required.

Advantages

The polypropylene construction ensures resistance to common household chemicals and corrosion while keeping overall weight low for easier handling and installation. The 67° branch angle allows more flexible routing compared with standard 45° or 90° fittings, reducing the need for additional bends and connections. Smooth internal surfaces support consistent flow and help minimise blockages and buildup in wastewater applications.

Suitable for

• Domestic wastewater and drainage systems
• Light commercial drainage installations
• Situations requiring a non-orthogonal 67° branch from a 110 mm main pipe to a 50 mm outlet
• Connections where chemical resistance and low weight are beneficial

Key specifications

• Material: Polypropylene (PP)
• Colour: Grey
• Main diameter: 110 mm
• Branch diameter: 50 mm
• Branch angle: 67°
• Application: Wastewater and drainage

How to use

Prepare pipe ends by cleaning and deburring to ensure a secure fit. Insert the 110 mm main pipe and 50 mm branch pipe into the appropriate sockets, following the manufacturer’s guidance on insertion depth. Ensure proper alignment for the 67° branch and secure joints using compatible solvent, gasket, or mechanical connection methods specified for PP fittings. Verify seals and slope for gravity drainage before backfilling or concealing the installation.

Usage recommendations

Use in gravity-driven wastewater systems and avoid exposure to sustained temperatures above the material’s rated limits. When joining to different materials, use appropriate transition fittings or adapters designed for PP to maintain leak-free connections. Inspect joints after initial operation and schedule periodic checks to confirm there is no deformation or leakage.