A method of controlling the deformation of the copper mold of the cast anode plate

Abstract

The invention discloses a method for controlling deformation of casting a copper mold of an anode plate. The method comprises the following step of: A, producing a female mold; B, cooling and shaping. According to the scheme disclosed by the invention, a spraying manner of circulating cooling water at the bottom of the copper mold is optimized and improved, a common manner that water is only sprayed on a center in the industry is reserved, square surrounding spraying water at the bottom is also optimized and increased, the water is sprayed on side edges of the tail part of the copper mold, so that the copper mold is sprayed and cooled in a comprehensive manner, cracks and deformation of the side edges of the copper mold are prevented, and the sinking and the deformation of the center of the copper mold are prevented; only after the cast copper mold is placed for enough invalid time in an open-air manner, the cast copper mold can be used, other auxiliary manners for performing thermal stress invalid processing are not needed, and any processing cost is not increased; only the spraying manner of cooling water needs to be optimized and improved and several groups of spraying water are additionally arranged, so that the cost is low, effects are significant, and a key effect on controlling the deformation of the casting copper mold of the anode plate is further realized.

Description

Technical field [0001] The invention relates to the field of copper smelting, in particular to a method for controlling the deformation of a copper mold of a cast anode plate. Background technique [0002] Most of the molds used for anode plate casting use copper molds in the industry, and some use steel molds or iron molds. No matter what kind of mold is used to cast anode plates, as long as there is irrationality in mold design, irrationality of mold cooling circulating water spraying method, and even the choice of mold material itself, it will cause mold deformation, cracking, etc., and finally lead to The mold is scrapped, or the appearance quality of the cast anode plate does not meet the requirements of electrolysis and becomes a waste plate, which increases energy consumption due to reheating. [0003] At present, in the copper smelting industry, the mainstream of casting anode plates is to use copper molds. This is mainly because the use of copper molds to cast anode plate...

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