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Nickel-Chromium Alloy Submerged Arc Weld Surfacing Using Metal Powder Filler Additions

G. H. Reynolds

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Abstract

We developed a technique for producing nickel-chromium weld overlay claddings at increased metal deposition rates. Addition of supplemental filler metal in the form of atomized powder to the submerged arc surfacing process increases the total metal deposition rate in proportion to the amount of metal powder added. Deposit chemistry, microstructure, and integrity are similar to those produced by conventional, oscillated electrode submerged arc cladding operations.

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What this paper is about

We developed a technique for producing nickel-chromium weld overlay claddings at increased metal deposition rates. Addition of supplemental filler metal in the form of atomized powder to the submerged arc surfacing process increases the total metal deposition rate in proportion to the amount of metal powder added. Deposit chemistry, microstructure, and integrity are similar to those produced by conventional, oscillated electrode submerged arc cladding operations.

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Available abstract

We developed a technique for producing nickel-chromium weld overlay claddings at increased metal deposition rates. Addition of supplemental filler metal in the form of atomized powder to the submerged arc surfacing process increases the total metal deposition rate in proportion to the amount of metal powder added. Deposit chemistry, microstructure, and integrity are similar to those produced by conventional, oscillated electrode submerged arc cladding operations.

Key concepts: Metallurgy, Chromium, Materials science, Nickel, Cladding (metalworking), Metal, Filler metal, Alloy

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