Weldability SIFCUPRON No. 17 Copper Phosphorus Brazing Rods

Weld Like a Pro with Weldability SIFCUPRON No. 17 Copper Phosphorus Brazing Rods!

Achieve superior brazing results with Weldability SIFCUPRON No. 17 Copper Phosphorus Brazing Rods. These high-quality rods are formulated to deliver exceptional strength, ductility, and corrosion resistance, making them the perfect choice for a wide range of brazing applications.

Available in a variety of diameters (1.6mm, 2.4mm, 3.2mm, 4.8mm), Weldability SIFCUPRON No. 17 Brazing Rods offer the versatility you need to tackle any brazing job, from delicate jewellery work to heavy-duty industrial applications.

Features

• Exceptional Joint Strength: Creates high-strength bonds that can withstand demanding applications
• Excellent Ductility: Offers superior resistance to cracking and stress after brazing
• Outstanding Corrosion Resistance: Resists rust and corrosion for long-lasting results
• Low Melting Point: Enables efficient brazing with minimal heat input, reducing the risk of metal distortion
• Smooth Brazing Flow: Delivers a smooth, consistent bead for a clean and professional finish
• Easy to Use: Ideal for both experienced welders and beginners.

Applications

Suitable for use in heating and ventilation industries, shipbuilding, and offshore processes and industries. It offers a low level of ductility, so is not suitable for applications where vibration or deformation are likely.

This high quality copper-phosphorous alloy rod has a low melting point and is ideal for brazing joints in non ferrous metals, such as copper, brass, and bronze. It is self fluxing on copper but Sifsilcopper flux is required when used to join brass, or brass to copper.  Not suitable to braze iron-containing materials like carbon or stainless steels or nickel containing materials.

For use with:

• Gas brazing
• Oxy acetylene
• Oxy propane

Ordering

Specifications

Typical Weld Metal Composition

P: 7%

Cu: Bal

Typical Mechanical Properties

Melting Point: 705 – 800ºC

Ult Tensile Strength: 500 N/mm²

Hardness: 200

Resources

Datasheet