2011Light Alloy Fabrication TechnologyRequires access

Effect of current density to Ni-SiC electroplating of aluminum alloy

Xiong Yi

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Abstract

The effect of current density to Ni-SiC electroplated properties of aluminum alloy has been investigated and the optimum current density used for the process has been established.The investigation result shows that the plating speed is the fastest;the plated layer is compact and fine,and the corrosion high while the processing current density is 3.0 A/dm2.

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What this paper is about

The effect of current density to Ni-SiC electroplated properties of aluminum alloy has been investigated and the optimum current density used for the process has been established.The investigation result shows that the plating speed is the fastest;the plated layer is compact and fine,and the corrosion high while the processing current density is 3.0 A/dm2.

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Available abstract

The effect of current density to Ni-SiC electroplated properties of aluminum alloy has been investigated and the optimum current density used for the process has been established.The investigation result shows that the plating speed is the fastest;the plated layer is compact and fine,and the corrosion high while the processing current density is 3.0 A/dm2.

Key concepts: Electroplating, Current density, Plating (geology), Materials science, Alloy, Metallurgy, Aluminium, Current (fluid)

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