Anderson Metals Corp 738110-1208 Hex Reducing Bushing

Product Description

The ANDERSON METALS CORP 738110-1208 is a hex reducing bushing designed to step down a 3/4-inch female pipe thread to a 1/2-inch male pipe thread. Constructed from rough brass, this bushing provides a durable, corrosion-resistant connection point in low-pressure pipe assemblies. It meets lead-free compliance requirements under Public Law 111-380, making it suitable for use in potable water systems where lead-free fittings are required by code. Plumbers and pipefitters install this type of fitting when adapting between two different pipe thread sizes within a single threaded connection, avoiding the need for additional couplings or nipples.

This hex reducing bushing is appropriate for residential and light commercial plumbing applications, including supply lines, water distribution systems, and gas piping where brass fittings are permitted. The external hex profile allows standard wrench engagement for secure installation and removal without slipping. It is sold in bulk packaging and is measured and sold per each unit.

Key Features

• Reduces 3/4-inch female pipe thread to 1/2-inch male pipe thread in a single fitting
• Rough brass construction offers corrosion resistance in water and low-pressure gas service
• Lead-free compliant per Public Law 111-380 for potable water applications
• Hex body profile allows wrench engagement for proper torque and seal
• Bulk packaging available, sold per each unit

Compatibility

Designed as a standard NPT hex reducing bushing for use in residential and commercial plumbing systems requiring a 3/4-inch to 1/2-inch threaded reduction.

Installation Notes

Installation of this fitting should be performed by a licensed plumber in accordance with applicable local plumbing codes and IPC requirements. Shut off the water supply and relieve system pressure before beginning any fitting work. Apply an appropriate thread sealant or PTFE tape to the male threads before assembly. Do not overtighten brass fittings, as the material can crack under excessive force.