Nibco CC09500 Threaded Pipe Flange 1 in Schedule 80

Product Description

The NIBCO CC09500 is a Schedule 80 threaded pipe flange manufactured from black polypropylene, designed for use in piping systems where corrosion resistance and chemical compatibility are required. Sized for 1-inch pipe with a 4.5-inch outer diameter, this flange provides a secure, threaded connection point for joining pipe sections or connecting pipe runs to equipment and valves. Weighing 0.24 pounds, it is lightweight and well-suited for applications where metal flanges are undesirable due to chemical exposure or weight constraints. Licensed plumbers and pipefitters install this type of fitting in both above-ground and in-wall piping configurations.

This flange is intended for residential and commercial plumbing, irrigation, chemical distribution, and industrial process piping systems where polypropylene construction is specified. Schedule 80 wall thickness provides added pressure capacity over standard Schedule 40 fittings, making it appropriate for moderate-pressure service lines. It is commonly used in corrosive-fluid handling systems, pool and spa plumbing, and laboratory or industrial piping where thermoplastic fittings are required by design or code.

Key Features

• Schedule 80 polypropylene construction for enhanced pressure rating and chemical resistance
• Threaded connection for straightforward installation without solvent cement
• 1-inch pipe size with 4.5-inch outer diameter
• Black polypropylene material resists corrosion, scale, and many chemical agents
• Lightweight at 0.24 pounds, reducing load on piping systems and supports

Compatibility

Designed as an OEM-style replacement or new-installation component for 1-inch threaded Schedule 80 polypropylene piping systems.

Installation Notes

Installation should be performed by a licensed plumber in accordance with applicable local plumbing codes and IPC guidelines. Shut off and depressurize the system before removing or installing any flange. Use appropriate thread sealant rated for polypropylene and the fluid being conveyed. Avoid overtightening threaded polypropylene fittings, as the material is subject to cracking under excessive torque.