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A program was conducted to determine the effect of selected melt variables on the oxide inclusion content of MERL 76 ingot material. Melt techniques investigated included vacuum induction (VIM), vacuum arc remelting (VAR, and electroslag remelting (ESR). Results of the VIM study revealed that magnesia crucibles produced ingot material having the lowest oxide content whereas zirconia crucibles resulted in the highest oxide content. Vacuum arc remelting was shown to have little or no effect on reducing the oxide content of the starting ingot, whereas ESR was shown to significantly reduce oxide content. A technique for quantitatively assessing oxide content of an ingot was also developed and demonstrated.

The Influence of VIM Crucible Composition, Vacuum ARC Remelting, and Electroslag Remelting on the Non-Metallic Inclusion Content of MERL 76