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2008•Materials for Mechanical EngineeringRequires access

Influence of Additives on Coating Properties of Electroless Ni-W-Mo-P Alloy Plating

Liang Peng-fei

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Abstract

In order to improve the deposition rate,hardness and anti-corrosion properties of electroless Ni-W-Mo-P plating,effects of accelerator,buffer,stabilizer and surfactant on the deposition rate,hardness,corrosion resistance and morphology of electroless Ni-W-Mo-P plating were studied using magnetic-type thickness measurement,weight loss method,micro-hardness testing etc.The optimum additives were composed of 10 g·L-1(NH4)2SO4(accelerator),20 g·L-1 H3BO3(buffer),2 mg·L-1 KIO3(stabilizer) and 50 mg·L-1 C18H28O3SHNa(surfactant).

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What this paper is about

In order to improve the deposition rate,hardness and anti-corrosion properties of electroless Ni-W-Mo-P plating,effects of accelerator,buffer,stabilizer and surfactant on the deposition rate,hardness,corrosion resistance and morphology of electroless Ni-W-Mo-P plating were studied using magnetic-type thickness measurement,weight loss method,micro-hardness testing etc.The optimum additives were composed of 10 g·L-1(NH4)2SO4(accelerator),20 g·L-1 H3BO3(buffer),2 mg·L-1 KIO3(stabilizer) and 50 mg·L-1 C18H28O3SHNa(surfactant).

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Available abstract

In order to improve the deposition rate,hardness and anti-corrosion properties of electroless Ni-W-Mo-P plating,effects of accelerator,buffer,stabilizer and surfactant on the deposition rate,hardness,corrosion resistance and morphology of electroless Ni-W-Mo-P plating were studied using magnetic-type thickness measurement,weight loss method,micro-hardness testing etc.The optimum additives were composed of 10 g·L-1(NH4)2SO4(accelerator),20 g·L-1 H3BO3(buffer),2 mg·L-1 KIO3(stabilizer) and 50 mg·L-1 C18H28O3SHNa(surfactant).

Key concepts: Materials science, Corrosion, Plating (geology), Pulmonary surfactant, Alloy, Electroless plating, Stabilizer (aeronautics), Coating

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Influence of Additives on Coating Properties of Electroless Ni-W-Mo-P Alloy Plating — Research Paper | ScholarLens