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Electrolytic pickling device of stainless steel steel strip and electrolytic pickling manner and annealing of stainless steel steel strip, pickling manner

机译:不锈钢带的电解酸洗装置及电解酸洗方式及不锈钢带的退火,酸洗方式

摘要

PROBLEM TO BE SOLVED: To prevent a pattern defect called as an electrolytic pattern and caused by the ununiformity of electrolytic reaction and surface roughness, in a descaling device for a stainless steel strip, by constituting an electrolytic pickling cell of a cathode reaction cell and an anode reaction cell. ;SOLUTION: A stainless steel strip S subjected to annealing after cold rolling is subjected to pretreatment by molten salt and is thereafter introduced into a sulfuric acid electrolytic pickling cell 3 in which an anode reaction cell 10 and a cathode reaction cell 11 are separately made independent via an immersion roll 7. The steel strip S is first subjected to anode electrolysis via an anode 8, and is next subjected to cathode electrolysis via a cathode 9 to melt oxidized coating film under reduction and furthermore to activate the surface, and, at this time, the situation that, after the molten salt components adhered to the steel strip S are melted away in the reaction cell 10, they penetrate into the reaction cell 11 and check the melting of the oxidized coating film of the steel strip S under reduction can be prevented, by which the purpose can be attained.;COPYRIGHT: (C)1997,JPO
机译:要解决的问题:为了防止由于电解反应的不均匀和表面粗糙度而引起的称为电解图样的图样缺陷,在不锈钢带材的除鳞装置中,通过构成阴极反应池的电解酸洗池和电解槽。阳极反应池。 ;解决方案:将冷轧后进行退火的不锈钢带材S用熔融盐进行预处理,然后引入到硫酸电解酸洗池3中,在其中,阳极反应池10和阴极反应池11分别独立经由浸没辊7。首先使钢带S经由阳极8进行阳极电解,然后经由阴极9进行阴极电解,以在还原下熔融氧化的涂膜并进一步活化表面,并在此进行活化。此时,附着在钢带S上的熔融盐成分在反应室10内融化后,渗入反应室11内,确认还原时的钢带S的氧化皮膜的熔融的情况。防止通过该目的可以达到目的。;版权:(C)1997,日本特许厅

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