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On the Process of Electroless Plating Ni-W-Mo-P Alloy

Liang Peng-fei

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Abstract

Effects of Na2WO4 concentration,pH value,temperature and time on the deposition rate,hardness,porosity corrosion resistance and corrosion potential of electroless plating Ni-W-Mo-P,were studied so as to improve the deposition rate,hardness and anti-corrosion properties of electroless plating Ni-W-Mo-P respectively.The optimum process,composed of Na2WO4(30~40 g/L),pH 9,temperatures(85~90 ℃),1.5 h,was obtained.The study provided a solid base for obtaining a desired quality electroless plating Ni-W-Mo-P.

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What this paper is about

Effects of Na2WO4 concentration,pH value,temperature and time on the deposition rate,hardness,porosity corrosion resistance and corrosion potential of electroless plating Ni-W-Mo-P,were studied so as to improve the deposition rate,hardness and anti-corrosion properties of electroless plating Ni-W-Mo-P respectively.The optimum process,composed of Na2WO4(30~40 g/L),pH 9,temperatures(85~90 ℃),1.5 h,was obtained.The study provided a solid base for obtaining a desired quality electroless plating Ni-W-Mo-P.

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Available abstract

Effects of Na2WO4 concentration,pH value,temperature and time on the deposition rate,hardness,porosity corrosion resistance and corrosion potential of electroless plating Ni-W-Mo-P,were studied so as to improve the deposition rate,hardness and anti-corrosion properties of electroless plating Ni-W-Mo-P respectively.The optimum process,composed of Na2WO4(30~40 g/L),pH 9,temperatures(85~90 ℃),1.5 h,was obtained.The study provided a solid base for obtaining a desired quality electroless plating Ni-W-Mo-P.

Key concepts: Corrosion, Plating (geology), Materials science, Metallurgy, Electroless plating, Alloy, Porosity, Deposition (geology)

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