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The Investigation of Ni-Co-Mn Alloy Electroforming

The goal of this research is to arrive with a new additive for Ni-Co-Mn ternary alloy electroforming. To control the composition of Ni-Co-Mn, the electroformed Ni-Co-Mn alloy has better mechanical properties compared to electroformed Ni layer and Ni-Co alloy. This research also discusses the effect of Mn concentration on the resulting mechanical properties of electroformed Ni-Co-Mn alloys. The cathodic reduction of Ni-Co-Mn alloy was studied by using nickel plate as anode containing Ni, Co, and Mn mixture aqueous sulfate solution. The influences of current density, the concentration of Mn2+ in electrolyte, the component of additive, and the composite of metal ion (Ni2+, Co2+, Mn2+) on the texture, Vickers hardness, depositing rate and current efficiency were studied.