Submerged arc welding wire of high tensile pipeline steel
A technology of submerged arc welding wire and pipeline steel, which is applied in the direction of arc welding equipment, welding medium, pipeline system, etc. It can solve the problems that cannot meet the requirements of X100 pipeline steel plate, and achieve the welding wire drawing process is easy to implement, low cost and stable quality Effect
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Embodiment 1
[0029] A 90-ton electric furnace is used to smelt welding wire steel with low S and P billets. The steel for welding wire is refined and rolled into steel wire rod for welding. After wire drawing, copper plating and winding processes, Φ4.0mm welding wire is produced. . The chemical composition of the welding wire is calculated by weight percentage: C 0.076, Si 0.52, Mn 1.46, Ni1.45, Mo 0.35, Ti 0.06, V 0.02, Cr 0.25, B 0.003, S 0.005, P 0.010, the balance is iron and unavoidable impurities. The surface is copper-plated after being drawn into welding wire, and the copper content of the welding wire is 0.12%.
[0030] The above-mentioned Φ4.0mm welding wire is used together with SJ101G flux to conduct the mechanical property test of the deposited metal according to GB / T12470-2003. The base metal is X100. The welding specification is: welding current 500A, welding voltage 29V, welding speed 25±1.5cm / min, The interlayer temperature is 150±15°C, the tensile strength of the deposi...
Embodiment 2
[0040]A 90-ton electric furnace is used to smelt welding wire steel with low S and P billets. The steel for welding wire is refined and rolled into steel wire rod for welding. After wire drawing, copper plating and winding processes, Φ4.0mm welding wire is produced. . The chemical composition of the welding wire is calculated by weight percentage: C 0.083, Si 0.32, Mn 1.58, Ni1.55, Mo 0.38, Ti 0.08, V 0.03, Cr 0.28, B 0.003, S 0.003, P 0.013, and the balance is iron and unavoidable impurities. The surface is copper-plated after being drawn into welding wire, and the copper content of the welding wire is 0.12%.
[0041] The above-mentioned Φ4.0mm welding wire is used together with SJ101G flux to conduct the mechanical property test of the deposited metal according to GB / T12470-2003. The base metal is X100. The welding specification is: welding current 500A, welding voltage 29V, welding speed 25±1.5cm / min, The interlayer temperature is 150±15°C, the tensile strength of the dep...
Embodiment 3
[0051] A 90-ton electric furnace is used to smelt welding wire steel with low S and P billets. The steel for welding wire is refined and rolled into steel wire rod for welding. After wire drawing, copper plating and winding processes, Φ4.0mm welding wire is produced. . The chemical composition of the welding wire is calculated by weight percentage: C 0.063, Si 0.32, Mn 1.36, Ni1.42, Mo 0.26, Ti 0.06, V 0.02, Cr 0.18, B 0.002, S 0.002, P 0.010, the balance is iron and unavoidable impurities. The surface is copper-plated after being drawn into welding wire, and the copper content of the welding wire is 0.12%.
[0052] The above-mentioned Φ4.0mm welding wire is used together with SJ101G flux to conduct the mechanical property test of the deposited metal according to GB / T12470-2003. The base metal is X100. The welding specification is: welding current 500A, welding voltage 29V, welding speed 25±1.5cm / min, The interlayer temperature is 150±15°C, the tensile strength of the deposi...
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