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印度巴拉特大型电化学公司的凡卡塔勒曼博士最近发明了一种称为高能深层电解抛光的新工艺。这种新工艺可以在现场应用,所用设备是一支电介质枪和一种在-20±3℃甲醇电解质加7%(重量)高氯酸溶液。采用这种方法仅需30秒钟就能在钢、耐磨铸铁以及镍、铝、镁和钛等合金表面获得高质量的金相抛光层。高能深层电解抛光工艺的工作原理和使用方法如下:
Van Katararman, a large electrochemical company from Barratt, India, recently invented a new process called high-energy deep electrolytic polishing. This new process can be used in the field using a dielectric gun and a methanol electrolyte at -20 ± 3 ° C plus 7% by weight perchloric acid solution. With this method, it takes only 30 seconds to obtain a high-quality metallographic polishing layer on steel, wear-resistant cast iron, and alloys such as nickel, aluminum, magnesium and titanium. High-energy deep electrolytic polishing process works and uses the following method: