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Designation |
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Description and applications
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Nickel chromium molybdenum alloyed basic flux-cored wire for welding of extra high yield strength steels. |
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T 46 2 R M 3
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T 46 2 R C 3
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Rutile flux-cored wire designed for high deposition rate welding of carbon manganese steels in the downhand and horizontal-vertical positions. Produces excellent weld bead profile, minimal spatter and excellent slag release. |
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T 46 4 P M 1 H5
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T 46 4 P C 1 H5
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All positional rutile wire. High deposition rate welding can be carried out in all positions without the need to change parameters. Produces excellent deposits when welded over heavy rust and certain primers |
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Alloyed rutile wire designed for all positional welding of Corten and weathering type steels. |
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1% nickel alloyed all positional rutile wire. High deposition rate welding can be achieved in all positions without the need to change parameters. Exellent weld metal toughness down to -40°C can be achieved making it well suited for many offshore fabrications. |
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2% nickel alloyed all positional rutile wire. High deposition rate welding can be achieved in all positions without the need to change parameters. Excellent weld metal toughness is achieved down to -50°C and -60°C making it suitable for many subzero and offshore applications. |
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1.5% nickel alloyed all positional rutile wire. High deposition rate welding can be achieved in all positions without the need to change parameters. Excellent weld metal toughness is achieved down to -40°C and -50°C making it suitable for many subzero and offshore applications. |
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0.5% molybdenum alloyed positional rutile wire. For welding high-strength and matching creep-resisting steels |
