一种铜电解阳极板整形压力机

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中图分类号：TF351 文献标志码：B 文章编号：1004-4345（2025）06-0063-05

Abstract Inresponsetodefectssuchasupwardwarping，colingdeformation，andsurfacebulging generatedduringthecasting ofcoppernodeplates，aswellasesultingissuesintheelectrolysisprocsslikeuneveninteelectrodespacingandinceasdsot circuitrates，thisstudyanalyzesthetechnicallimitationsofexistinganodeplatestraighteningpreses，includingloweiciency dificultmaintenance，andinsuficientadaptabilitynovelverticalmulti-blockpresssolutionisproosedbymeansofotiized design，focusingonsructuralimprovementsndsiulationaalysisofteblockzoinglaout，hdraliccylidercoectitod， andwallplateticknessTispressemloysnineidependenthdraulicciderstodivezoedpressingblocks，ovativelydopts a“retainer ring + guide rod”connection structure to eliminate radial forcesonthe piston rods，and determines theoptimal wallplate thickness range of 350～4OO mm through ANSYS simulation. Prototype manufacturing & testing and application results demonstrate thatthequipmentachievesastraightenngeficiencyof45Oplates/hour.Aferstraightening，theflatnessandsagoftheanodeplates are controlled within ±3 mm，with stable hydraulic system operation.This efectively enhances the straightening accuracy of anode plates and the maintainability of the equipment， meeting the requirements of modern copper electrolysis production.

Keywordscopper anode plate; straightening press;vertical press;multi-block system;hydraulic cylinder connection

铜是国民经济发展的重要原材料。（剩余6332字）