Anderson Metals 750082-0604 Compression Tube Union

Product Description

The ANDERSON METALS 750082-0604 is a lead free brass compression tube union designed to join two compression-end tubes in a single inline connection. It uses compression fittings on both ends, eliminating the need for soldering or threading during installation. Rated to 3000 psi maximum working pressure, this union is built for demanding service in water supply, instrumentation, and fluid distribution systems. Its lead free brass construction meets regulatory requirements for potable water applications. Plumbers and pipe fitters install this type of fitting in tight spaces where a sweat or threaded union would be impractical.

This compression tube union is suited for residential and light commercial plumbing, hydronic, and instrumentation tubing runs where a leak-free mechanical joint is required. The compression-by-compression configuration makes it well suited for copper and compatible soft tubing connections. It is a single-piece union — no additional fittings or adapters are required to complete the connection on either end.

Key Features

• Lead free brass construction meets potable water compliance requirements
• Compression x Compression end connections — no solder or threading needed
• Rated to 3000 psi maximum working pressure
• Compact single-piece union body for inline tube joining
• Sold individually, one fitting per package

Compatibility

Designed as an OEM-style replacement and standard-service compression tube union for residential and commercial plumbing and fluid distribution systems using compression-end tubing connections.

Installation Notes

Installation is typically performed by a licensed plumber or qualified pipe fitter. Shut off and depressurize the supply line before disassembling or installing any compression fitting. Ensure tubing ends are cut square and deburred before seating the compression sleeve to achieve a proper seal. Follow applicable IPC and local plumbing code requirements for compression fitting use in the intended service environment.