2004Electroplating & FinishingRequires access

Electroless silver plating for glass microsphere

Wenge Qiu

Open publisher page 0 citations

Abstract

Effects of different reducing agents on the compactibility of plating layer and conductivity of products were discussed in electroless Ag plating for glass microsphere. The properties of Ag deposit were also determined. The results show that both the uniformity and adhesion of Ag deposit were improved using compound of glucose and potassium tartrate as reducing agent. Ag electroless deposited glass microsphere can be possibly used as conductive filler of high conductive polymer materials.

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What this paper is about

Effects of different reducing agents on the compactibility of plating layer and conductivity of products were discussed in electroless Ag plating for glass microsphere. The properties of Ag deposit were also determined. The results show that both the uniformity and adhesion of Ag deposit were improved using compound of glucose and potassium tartrate as reducing agent. Ag electroless deposited glass microsphere can be possibly used as conductive filler of high conductive polymer materials.

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Available abstract

Effects of different reducing agents on the compactibility of plating layer and conductivity of products were discussed in electroless Ag plating for glass microsphere. The properties of Ag deposit were also determined. The results show that both the uniformity and adhesion of Ag deposit were improved using compound of glucose and potassium tartrate as reducing agent. Ag electroless deposited glass microsphere can be possibly used as conductive filler of high conductive polymer materials.

Key concepts: Materials science, Plating (geology), Glass microsphere, Microsphere, Reducing agent, Electroless plating, Layer (electronics), Composite material

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