首页|一种矿热炉铜瓦的新型制备工艺研究

一种矿热炉铜瓦的新型制备工艺研究

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铜瓦主要应用在矿热炉中,其高强高导性能在传输大电流的应用中尤为重要.为提高铜瓦的综合性能,提出了一种适用于铜瓦板材的新型制备工艺.首先通过半连续铸造工艺铸造扁锭,待扁锭锯切至合适尺寸并加热后进行轧制,轧制后的铜锭锯切成相应尺寸的铜坯,再利用一系列机加工设备对铜坯进行成形加工等,该工艺不仅提高了铜瓦的耐热性、热传导性,同时也满足机械强度的要求.相关试验分析和现场的应用表明:此工艺可有效降低铜瓦故障,增加铜瓦的使用时长,相对减少了矿热炉的停机时间,提升了经济效益.
Research on a New Preparation Process of Copper Tiles for Mineral Furnace
Copper tiles are mainly used in submerged arc furnaces,and their high-strength and high conductivity performance is particularly important in transmitting large currents.In response to the requirements for comprehensive performance of copper tiles,a new process has been proposed for the production and processing of copper tile plates.By using a semi continuous cast-ing process,flat ingots are casted and sawn to size and then heated before rolling.The rolled copper ingots are sawn into cop-per billets of corresponding size,which are then formed and processed by using a series of machining equipment.This im-proves the requirements for heat resistance,thermal conductivity,and mechanical strength of copper tiles.After relevant ex-perimental analysis and on-site application,it has been verified that this process effectively reduces copper tile faults,increa-ses the service time of copper tiles,relatively reduces the downtime of the submerged arc furnace,and thus improves the eco-nomic benefits.

copper tiletechnologysemi-continuous castingrollingmachining

杨鹏波、包雪鹏、田轲、李志德、李正锁、张栋

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甘肃省先进设计与制造技术工程实验室,甘肃 兰州 730030

甘肃省机械科学研究院有限责任公司,甘肃 兰州 730030

铜瓦 工艺 半连续铸造 轧制 机加工

甘肃省中央引导地方科技发展资金项目(2022)

22ZY1QA007

2024

机械研究与应用
甘肃省机械科学研究院

机械研究与应用

影响因子:0.267
ISSN:1007-4414
年,卷(期):2024.37(2)
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