SIF No.985 Silicone Copper TIG Brazing Rods

A high-quality copper TIG rod for full fusion welding of deoxidised copper sheet. The deposit is easy flowing and the finished weld is free from copper oxide inclusions. Commonly used in TIG welding for fabrication and repairs of copper pipes, tanks, buzz-bars, etc Used in a variety of coppersmith applications. Also provides good electrical conductivity so is often used in machinery construction and conductor manufacture.  Materials To Be Welded SifSilCopper 985 delivers a viscous weld pool and is typically best used on oxygen-free copper types. A pre-heat may be required on material thicknesses over 50mm (to a maximum of 50°C)

SIF No. 968 Silicon Copper TIG Brazing Rods

A copper rod, containing 3% silicon and 1% manganese used for fusion welding materials of similar composition, copper alloys (brass) and for TIG brazing steels. It is also suitable for surfacing steel and dissimilar metal applications. Excellent performance on galvanized steel and provides good corrosion-resistance. Suitable for use in the ship building/offshore industries as well as the heating and ventilation industries for corrosion resistance, and tubular product fabrication. Can also be used for sculpture repair.  popularly used in TIG for brazing steel and cast iron to copper, brass and bronze. 

SIF No.44 Nickel Aluminium Bronze TIG Brazing Rods

Nickel aluminium bronze for AB2 material and marine/corrosive applications and can be used for the assembly of cupro-aluminium materials of similar composition. Applications: ship propellers, parts for turbines, bearings, valves, sifters, pumps, pipe systems, apparatus engineering, containers. Overlay welding on steel and aluminium bronze including multicomponent alloys

SIF No.32 Aluminium Bronze TIG Brazing Rods

This is a 90/10 aluminium bronze rod suitable for welding materials of a similar composition. br / It is used for surfacing and dissimilar metal joints br / Also TIG brazing on ferrous and dissimilar metals. Suitable for use in ship-building, offshore power generation, and the repair and maintenance process industry. An excellent alloy for building up or over-lapping for wearresistance and corrosion-resistance.