Alloy - Import export

A monel mixed solid wire Typical alloy 65Ni/30Cu/3Mn/2Ti alloy The deposits are easily machinable in as welded and stress relived condition Max corrosion resistance due to low iron content Radiographic weld quality

A low alloy carbon NiCrMo solid wire Typical alloy 61Ni/22Cr/9Mo/3.5Nb+Ta alloy Good for both cryogenic and elevated temperature application Exceptional resistance to pitting, crevice and stress corrosion cracking in severe chloride media Radiographic weld quality

A low alloy carbon NiCrMoW solid wire Typical alloy 57Ni/16Cr/15.5Mo/5.5Fe/4W alloy Good resistance against abrasion, impact, corrosion and high temperatures Excellent resistance to stress corrosion in reducing and oxidizing atmosphere Radiographic weld quality

Low carbon steel alloy wire Resistant to intergranular corrosion with no need of use of stabilizer Free from porosity and molten pool The weld metal is of controlled ferrite & withstand working temp up to 300°C Resistance to scale upto 300°C Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The weld deposits are notch free with excellent mechanical strength Typical 1.25Cr0.5Mo weld deposit Radiographic weld quality

Copper coated low alloy wire Smooth wire feeding and arc stability Increase in strength at elevated temperature High resistant to cold cracking Radiographic weld quality

Basic flux cored wire Smooth arc characteristics Low fumes, very less spatter Non machinable air hardenable weld deposit Good resistance against high abrasion and friction Resistant to spalling and cracking

Gas shielded, rutile type FCW wire Low fumes, very less spatter and slag removed easily Excellent resistance to intergranular corrosion Uniform and good weld bead appearance Typical 18%Cr12%Ni2Mo weld deposit Radiographic weld quality

Gas shielded, rutile type FCW wire Low fumes, very less spatter and slag removed easily Excellent crack resistant and corrosion resistant Uniform and good weld bead appearance Typical 23%Cr12%Ni weld deposit Radiographic weld quality

Gas shielded, extra low carbon, rutile type FCW wire Low fumes, very less spatter Excellent crack resistant and corrosion resistant Uniform and good weld bead appearance Typical 19Cr10Ni weld deposit Radiographic weld quality

Gas shielded, rutile type FCW wire Typical 1%Ni weld deposit Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal Excellent fracture toughness at 30°C Radiographic weld quality

Gas shielded, rutile type FCW wire Designed for high strength, fine grained and quenched steels like NAXTRA70, USS T1,T1B Contains typical 2%Ni Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal Radiographic weld quality

Gas shielded, rutile type FCW wire Low fumes, very less spatter Excellent mechanical properties Stable arc and easy slag removal The deposit is low alloy steel CrMo Radiographic weld quality

Gas shielded, basic FCW wire Low fumes, very less spatter Designed to handle poor fitup on heavy wall tubes and gaps up to 9.5mm Quick freeze slag All position accessibility Radiographic weld quality

Gas shielded, basic FCW wire Low fumes, very less spatter Good resistance to crack, welds are tough especially when welding high steels with high carbon content Excellent mechanical properties Stable arc and easy slag removal All position accessibility Radiographic weld quality

Gas shielded, rutile type wire Low fumes, very less spatter The rate of deposition is high Suitable for single and multipass weld Weld metal consistently free of inclusion, porosity. Slag removed easily Radiographic weld quality

An 12%Si Al all position weld wire Smooth wire feedability with efficient welding Narrow melting range which reduces shrinkage during cooling Improved wetting action yielding a less crack sensitive bright weld bead Most widely used general purpose filler wire Radiographic weld quality

A low carbon NiCr wire Typical alloy consisting 72Ni/20Cr/3Mn/2.5Nb+Ta alloy Good for cryogenic to high temperature application Highly resistant to corrosion and oxidation At low temperatures the toughness is increased Radiographic weld quality

A low carbon 96Ni/3Ti Nickel wire Almost pure Ni deposit Excellent ductility and strong weld metal Resistant to cracking and oxidation Low iron level ensures max corrosion resistance Radiographic weld quality

Copper coated, high strength low alloy steel wire Uniform copper coating Capable of welding poor base metals with presence of impurities Sufficiently high strength with sufficient low temperature toughness Radiographic weld quality free from porosity

Copper coated solid wire Uniform copper coating Mn0.5Mo type weld deposits Strength is increased due presence of Mo Deoxidizers added for defect free welding Toughness increases at low temperature Radiographic weld quality free from porosity

Copper coated low alloy solid wire Uniform coper coating The weld deposit in typical 9Cr1MoVNb type Improved creep properties Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The weld deposits are notch free with excellent mechanical strength Typical 2.25Cr1Mo weld deposit Increased strength and toughness PWHT Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating Typical 61Ni/22CR/9Mo/3.5Nb+Ta alloy Suitable for cryogenic to high temperature application upto 540°C Resistance to pitting, crevice and stress corrosion Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating Typical 2.5% NiMn alloy Tough, crack resistant and weld deposit gives high impact at 60°C Radiographic weld quality

Copper coated low alloy solid wire Uniform copper coating The weld being smooth and shiny is a special characteristic It gives good wetting, rust and scale tolerance Weld is resistant to cold cracking Radiographic weld quality

Copper coated solid wire Uniform copper coating Mn0.5Mo type weld deposits Strength is increased due presence of Mo It gives good wetting, rust and scale tolerance Weld toughness increases at subzero temperature Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating Requires careful control over pre heat, interpass temperature The weld deposit in typical 9Cr1Mo Air hardenable alloy Radiographic weld quality

Copper coated low alloy solid wire Uniform coper coating The recommended preheat and interpass temperature 350440°C The weld deposit in typical 5Cr0.5Mo Air hardenable alloy Radiographic weld quality