Merit Brass 8024-001 Aluminum Pipe Nipple Sch 40

Product Description

The MERIT BRASS 8024-001 is a 6061 aluminum pipe nipple designed for threaded pipe assemblies in plumbing, industrial, and mechanical systems. Measuring 1-1/2 inches in nominal pipe size with a 1-3/4 inch length, this Schedule 40 nipple is threaded on both ends for direct connection between fittings, valves, or equipment ports. The 6061 aluminum alloy construction keeps weight low while offering solid corrosion resistance compared to steel in non-caustic environments. Licensed plumbers and mechanical contractors install this type of fitting in fluid-handling systems where a short, rigid threaded connection is needed between two threaded components.

This nipple is suited for use in residential and light commercial plumbing, compressed air, and low-pressure fluid distribution systems. Its Schedule 40 wall thickness meets standard pressure ratings for typical pipe system applications. The threaded-on-both-ends configuration makes it a direct-install close or short nipple for connecting two female-threaded fittings or ports without additional adapters. OSHA compliance is noted for applicable workplace installation standards.

Key Features

• 6061 aluminum alloy construction — lightweight and corrosion-resistant
• Threaded on both ends for direct fitting-to-fitting connection
• Schedule 40 wall thickness for standard pressure applications
• 1-1/2 inch nominal pipe size, 1-3/4 inch length
• OSHA-compliant per stated standards

Compatibility

Designed as an OEM-style replacement or standard-service fitting for Schedule 40 threaded pipe systems using 1-1/2 inch nominal pipe size connections.

Installation Notes

Installation is performed by licensed plumbers or qualified mechanical technicians. Shut off system pressure and drain the line before removing or installing any threaded pipe fitting. Apply an appropriate thread sealant or PTFE tape to the male threads before assembly to ensure a leak-free joint. Follow applicable IPC and IFGC guidelines for fitting material compatibility with the fluid or gas being conveyed.