Nickel plating on steel by chemical reduction

A. Brenner, G. Riddell
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引用次数: 425

Abstract

A process has been developed for the production of adherent nickel deposits of good quality on steel without the use of an electric current. The deposition of nickel is brought about by chemical reduction of a nickel salt with hypophosphites in a hot ammoniacal solution. The reaction is catalytic and, under the prescribed conditions of concentration and pH, no reduction occurs in the solution unless certain metals, such as steel or nickel, are introduced into the bath. The reduction then occurs only at the surface of the immersed metal with the production of a coating of nickel of 96 to 97 percent purity.
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用化学还原法在钢上镀镍
已经开发出一种不使用电流在钢上生产高质量的附着镍镀层的方法。镍的沉积是由镍盐与次磷酸盐在热氨溶液中化学还原引起的。该反应是催化性的,在规定的浓度和pH条件下,除非将某些金属(如钢或镍)引入槽中,否则溶液中不会发生还原。然后,还原只发生在浸入金属的表面,并产生纯度为96%至97%的镍涂层。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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