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Study on the influence of electroless silver plating on hollow glass microsphere by using surfactants

Yang Xian-wan

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Abstract

Different surfactants were used to disperse and wet the solution. AgNO3 activator was used in replace of PdC12 activator in the electroless Ag-coating of hollow glass micro-spheres. The influences of surfactants on electroless silver plating were studied. The results show that good sintering effect is related to the uniform coatings and the conductive filler with compact resistance less than 4 × 10-3 Ω· cm can be obtained by using PVP as surfactant in electroless silver plating.

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What this paper is about

Different surfactants were used to disperse and wet the solution. AgNO3 activator was used in replace of PdC12 activator in the electroless Ag-coating of hollow glass micro-spheres. The influences of surfactants on electroless silver plating were studied. The results show that good sintering effect is related to the uniform coatings and the conductive filler with compact resistance less than 4 × 10-3 Ω· cm can be obtained by using PVP as surfactant in electroless silver plating.

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Available abstract

Different surfactants were used to disperse and wet the solution. AgNO3 activator was used in replace of PdC12 activator in the electroless Ag-coating of hollow glass micro-spheres. The influences of surfactants on electroless silver plating were studied. The results show that good sintering effect is related to the uniform coatings and the conductive filler with compact resistance less than 4 × 10-3 Ω· cm can be obtained by using PVP as surfactant in electroless silver plating.

Key concepts: Materials science, Glass microsphere, Electroless plating, Pulmonary surfactant, Microsphere, Coating, Plating (geology), Sintering

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