Value Collection 884-040C Cpvc Threaded Pipe Nipple Sch 80

Product Description

The VALUE COLLECTION 884-040C is a Schedule 80 CPVC threaded pipe nipple designed for use in pressure piping systems where chemical resistance and durability are required. Measuring 1 inch in pipe size and 4 inches in length, this nipple is manufactured from chlorinated polyvinyl chloride (CPVC) and finished in gray. Schedule 80 wall thickness provides added strength compared to Schedule 40, making it suitable for higher-pressure applications. Licensed plumbers and pipe fitters install this fitting as part of hot and cold water distribution, chemical handling, and industrial fluid systems.

This nipple is suited for residential and light commercial plumbing applications where CPVC piping systems are specified. It is commonly used in hot water supply lines, chemical process piping, and irrigation systems where metal fittings are not preferred. The threaded ends allow direct connection to standard female-threaded CPVC or compatible fittings without the need for solvent cement at the joint itself.

Key Features

• Schedule 80 CPVC construction for increased pressure rating over Schedule 40
• 1 inch nominal pipe size with 4 inch overall length
• Threaded ends for tool-free solvent-free joint assembly at the nipple connection
• Gray color finish consistent with Schedule 80 CPVC piping standards
• Lightweight at 0.39 pounds for easy handling and installation

Compatibility

Designed as an OEM-style replacement or new-installation fitting compatible with Schedule 80 CPVC threaded piping systems using 1 inch nominal pipe size components.

Installation Notes

Installation should be performed by a licensed plumber in accordance with applicable local plumbing codes and the International Plumbing Code (IPC). Shut off the water supply and depressurize the line before making any connections. Use appropriate thread sealant or PTFE tape rated for CPVC on all threaded joints. Do not over-tighten threaded CPVC fittings, as the material can crack under excessive torque.