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Functional Single-Cell Trivalent Chromium Electroplating Method

机译:功能性单电池三价铬电镀方法

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摘要

This article will introduce and explain a completely new technology that successfully replaces hexavalent chromium compounds used in electroplating with a hazard-free, trivalent chromium-based method. More specifically, the technology relates to the hexavalent-free bath and plating method to achieve crystalline, thick, wear-resistant, functional chromium plating. Negotiations for commercialization are underway with major suppliers to the coatings industries. The functional coatings industries have recently taken an approach that suggests that only replacement alternatives to chromium metal, such as tungsten carbide, will compete with traditional hexava-lent-chromium. In fact, problems associated with electroplating with hexavalent chromium can be addressed without the necessity of using chromium "alternatives."
机译:本文将介绍和解释一种全新的技术,该技术将以无害,基于三价铬的方法成功替代电镀中使用的六价铬化合物。更具体地,该技术涉及用于实现结晶的,厚的,耐磨的功能性铬镀层的无六价浴和镀层方法。正在与涂料行业的主要供应商进行商业化谈判。功能涂料行业最近采取了一种方法,建议仅铬金属的替代替代品(例如碳化钨)才能与传统的六价铬竞争。实际上,可以解决与六价铬电镀相关的问题,而无需使用铬“替代品”。

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