SILVER BRAZING ROD 45% 1.6MM FLUX COATED PACK OF 10
Silver Brazing Rod 45% – 1.6mm Flux Coated | Pack of 10
Premium 45% Silver Brazing Rod for Strong, Leak-Free Joints
The 45% Silver Brazing Rod (1.6mm Flux Coated) is a high-performance brazing alloy designed for precision joining of copper, brass, steel, and dissimilar metals. With a high silver content, this rod delivers excellent flow characteristics, superior capillary action, and strong, ductile joints, making it ideal for HVAC, refrigeration, plumbing, and general fabrication applications.
Each rod is flux coated, eliminating the need for separate flux application and ensuring clean, consistent brazed joints even in tight or hard-to-reach areas.
Key Features & Benefits
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45% Silver Content
Provides exceptional strength, corrosion resistance, and smooth metal flow for high-integrity brazed joints. -
Flux Coated for Convenience
Built-in flux improves wetting action, prevents oxidation, and reduces preparation time. -
1.6mm Diameter – Precision Control
Ideal for thin-wall tubing, capillary joints, and controlled heat applications. -
Excellent Capillary Action
Ensures deep joint penetration and leak-free performance, critical for pressure systems. -
Strong & Ductile Joints
Withstands vibration, thermal cycling, and mechanical stress. -
Suitable for Dissimilar Metals
Perfect for copper-to-brass, copper-to-steel, and other mixed-metal joints.
Typical Applications
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HVAC and refrigeration pipework
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Air conditioning installations and repairs
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Copper and brass brazing
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Plumbing and gas line connections
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Automotive and industrial fabrication
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Maintenance and repair work (MRO)
Product Specifications
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Silver Content: 45%
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Rod Diameter: 1.6mm
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Rod Type: Flux coated
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Melting Range: Low to medium (ideal for controlled heat input)
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Pack Size: 10 rods
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Joint Strength: High tensile and fatigue resistance
Why Choose 45% Silver Brazing Rods?
Compared to lower silver content alloys, 45% silver brazing rods offer better flow, lower melting temperature, and stronger joints, reducing the risk of leaks and rework. The flux coating further enhances reliability by ensuring consistent results—even for less-than-perfect joint preparation.