摘要
提出一种在国内企业现有装备基础上生产高性能无氧铜的电磁脱氧-电磁连铸的方法,并完成工业试验和批量生产。结果显示,采用多级电磁搅拌方式,可实现大尺度、高性能无氧铜材料的非真空、低成本、连续性生产,并在材料组织和物理、机械性能方面优于目前生产的同类材料。电磁搅拌系统及工艺的优化是实现铜液脱氧的关键。连铸电磁场、结晶器、电磁参数与铸造工艺的匹配和优化,对铸坯组织、性能、质量有重要影响。
A novel technology of electromagnetic deoxidization （EMD） ＆ electromagnetic continuous casting （EMC） for quality oxygen-free copper （OFC） processing was presented and industrial experiments and the production of OFC with this technology were completed. The results it is show that using the reasonable electromagnetic stirring in melting furnace and mould of continuous casting, the billet and/or slab of quality oxygen-free copper can be processed. The production is non-vacuum, continuous and low cost, and the maerial characteristics, such as the structure and the physical and mechanical properties, is over that of ones made by the traditional production. Also show that in above technology the optimization of electromagnetic stirring is very important for the ability of deoxidization from molten copper in the OFC processing, and to match the parameters, including the electromagnetic field, the mould and the casting technique, is also important for the structure, quality and characters of the billets and/or slabs.
出处
《稀有金属》
EI
CAS
CSCD
北大核心
2006年第2期241-245,共5页
Chinese Journal of Rare Metals
关键词
无氧铜
电磁脱氧
电磁搅拌
电磁连铸
oxygen-free copper
electromagnetic deoxidization
electromagnetic stirring
electromagnetic continuous casting
