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电解抛光的应用较早,而在直柄麻花钻方面的应用却较少。1989年我厂根据市场需求进行了电解抛光直柄麻花钻的工艺试验,现将试验成功的两种电解抛光工艺简介如下,以供同行参考。 1.电解抛光机理 电解抛光时,以直柄麻花钻为阳极、不锈钢为阴极,产生阳极溶解,使阳极附近金属盐浓度不断增加,产生一种粘性薄膜,这种薄膜导电性不良,引起
Electrolytic polishing applications earlier, and in the straight shank twist drill applications are less. In 1989, according to market demand, our factory conducted electro-polishing process test of straight shank twist drill. Now we will introduce the two successful electrolytic polishing processes as follows for your reference. 1. Electrolytic polishing mechanism Electropolishing with a straight shank twist anodes as the anode, stainless steel cathode, resulting in anodic dissolution, so that the concentration of metal salts near the anode increasing, resulting in a sticky film, this film poor conductivity, causing