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Manual welding electrode

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Grade

National standard

US standard

Use

Suitable for welding Inconel and Incoloy nickel-based alloys to one another as well as to steel, and for welding low-temperature steels. Compared with AT-Ni183, the increased Mo content in the deposited metal enhances crack resistance and corrosion resistance.

Suitable for welding Inconel and Incoloy nickel-based alloys to one another as well as to steel, and for welding low-temperature steels. Compositional equivalent to NiGr-3 welding wire.

Suitable for welding Inconel and Incoloy nickel-based alloys to one another as well as to steel, and for welding low-temperature steels. Compared with AT-Ni182, the addition of molybdenum enhances crack resistance and corrosion resistance.

It is used for welding nickel–chromium–iron alloys (UNS NO6600) and also for welding steel to nickel-based alloys. When a relatively high manganese content is deemed harmless, it can be employed for surfacing welds on steel surfaces.

It is used for welding nickel–iron–chromium alloys (UNS NO8800) and nickel–chromium–iron alloys (UNS NO6600), particularly suitable for dissimilar-metal welds and creep-resistant welded joints.

It is used in the aerospace and petrochemical industries for welding corrosion-resistant nickel-based and iron-nickel-based alloys such as Inconel 600 and Inconel 800.

Inconel 600 and its stainless steel counterparts are used in the aerospace and petrochemical industries, and can also be employed for welding corresponding nickel-based and iron-nickel-based alloys.

Compared with AT-Ni190, it exhibits excellent crack resistance. It is used for welding nickel–copper alloys to dissimilar metals in heat exchangers, pipelines, vessels, evaporators, and other applications in the offshore engineering, petrochemical, and power industries, and can also serve as a transition-layer surfacing material.

It is used for welding nickel–copper alloys to dissimilar metals in heat exchangers, pipelines, vessels, evaporators, and other applications in the offshore engineering, petrochemical, and power industries, and can also serve as a transition-layer surfacing material.

Used for welding Nickel 200, Nickel 201, and equivalent grades of electroformed nickel, as well as for welding electroformed nickel to stainless steel, in aerospace engineering, petrochemicals, and other industries.

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