Forney Industries 48500 Flux Coated Bronze Brazing Rod 10PK

Product Description

The FORNEY INDUSTRIES INC 48500 is a flux-coated low-fuming bronze brazing rod designed for high-strength brazing applications across plumbing, HVAC, and general metal fabrication. Each rod measures 1/8 inch in diameter and 18 inches in length, and the pack includes 10 rods. The integrated flux coating provides a cleaning action during the brazing process, reducing oxidation and promoting a smooth, consistent flow. With a tensile strength of 65,000 PSI and a melting point of 1,598 degrees F, this rod is formulated to deliver strong, ductile joints on most common base metals encountered in trade work.

This brazing rod is suited for residential and light commercial applications where a reliable, smooth-flowing filler metal is required. Typical uses include joining copper, brass, bronze, and steel components in plumbing systems, refrigeration lines, and HVAC assemblies. The flux coating eliminates the need for a separate flux application in most standard brazing scenarios, making it a practical choice for service technicians and pipe fitters working in the field or shop. It performs well on most common brazing joint configurations where moderate-to-high tensile strength and ductility are priorities.

Key Features

• Tensile strength of 65,000 PSI for strong, durable brazed joints
• Melting point of 1,598 degrees F for controlled heat application
• Integrated flux coating eliminates the need for separate flux in most applications
• Low-fuming bronze formulation reduces smoke and fume output during brazing
• Smooth-flowing rod promotes consistent filler metal distribution
• Pack of 10 rods, each 1/8 inch x 18 inches

Compatibility

Designed for use on most common brazing applications involving copper, brass, bronze, and steel base metals in plumbing, HVAC, and general metal fabrication work.

Installation Notes

Brazing work should be performed by qualified plumbers, HVAC technicians, or certified welding professionals following applicable local codes and safety standards. Always shut off and depressurize the system being serviced before applying heat to any joint. Use appropriate personal protective equipment including eye protection and heat-resistant gloves. Follow the rod manufacturer's recommended heat range and allow joints to cool naturally before handling or re-pressurizing the system.