Anderson Metals Corp 714056-0806 Flare Reducer Union

Product Description

The ANDERSON METALS CORP 714056-0806 is a flare reducer union designed to connect a 1/2-inch flare fitting to a 3/8-inch flare fitting in a single inline joint. This fitting allows a technician to transition between two different flare tube sizes without adapters or additional couplings. It is lead free compliant and meets Public Law 111-380, making it suitable for installations where lead-free materials are required by code. Plumbers and HVAC technicians install this type of union during refrigerant line, gas line, or copper tubing work where a size reduction is needed at a flare connection point.

This reducer union is suited for residential and light commercial applications involving copper flare tubing. Typical use cases include refrigerant line sets, gas supply connections, and other systems where two different flare tube diameters must be joined. The package contains 10 units, making it practical for service vehicles or shop stock. The fitting is carded for retail or counter display. Its lead-free construction aligns with plumbing codes in jurisdictions that enforce Public Law 111-380 compliance on wetted components.

Key Features

• 1/2-inch flare inlet to 3/8-inch flare outlet — inline size reduction in a single fitting
• Lead free compliant, meets Public Law 111-380 requirements
• Sold in a package of 10 units for stocking efficiency
• Carded packaging for easy counter or rack display
• Suitable for copper flare tubing applications in HVAC, gas, and plumbing systems

Compatibility

Designed as a standard flare reducer union compatible with 1/2-inch and 3/8-inch copper flare tubing systems used in residential and light commercial HVAC, gas line, and plumbing installations.

Installation Notes

This fitting is installed by licensed plumbers or HVAC technicians working on flare-type tubing systems. Before installation, shut off gas supply or recover refrigerant as required by applicable codes, including IFGC or EPA Section 608 regulations. Use calibrated flare tools to ensure proper flare geometry on both tube ends before seating the union to prevent leaks. Do not overtighten flare nuts, as this can crack or distort the flare seat.