Value Collection 437-338 Pvc Pipe Bushing 3x2 in Sch 40

Product Description

The VALUE COLLECTION 437-338 is a Schedule 40 PVC pipe bushing designed to reduce a 3-inch pipe line down to a 2-inch connection. It features a spigot on the larger end and a slip socket on the smaller end, allowing it to transition between pipe sizes within a standard PVC drainage or supply system. At 0.91 pounds, this bushing is lightweight and easy to handle during installation. It is commonly installed by plumbers working on residential or light commercial piping systems where a concentric pipe reduction is needed without cutting into existing pipe runs.

This bushing is suited for use in PVC drainage, waste, and vent (DWV) applications as well as cold-water supply lines where Schedule 40 PVC is the specified material. The spigot-by-slip configuration means the spigot end inserts into a fitting hub of the same size, while the slip end accepts a pipe of the smaller diameter. This makes it a practical choice for inline reductions in tight spaces or confined chase runs.

Key Features

• Reduces 3-inch pipe to 2-inch connection in a single fitting
• Schedule 40 PVC construction for standard-pressure and DWV service
• Spigot x Slip end connections for straightforward inline installation
• Lightweight at 0.91 pounds for easy single-hand placement during solvent welding
• Compatible with standard solvent-cement joining methods used across PVC piping systems

Compatibility

Designed as an OEM-style replacement or new-installation fitting for Schedule 40 PVC piping systems requiring a 3-inch to 2-inch spigot-by-slip reduction.

Installation Notes

Installation is performed by licensed plumbers following applicable IPC or local plumbing code requirements. Shut off the water supply and depressurize the line before cutting into any existing piping. Clean and dry all mating surfaces, apply PVC primer, then use a code-approved solvent cement rated for Schedule 40 PVC. Allow full cure time per the cement manufacturer's instructions before restoring flow or pressure to the line.