Author:
Li Yaqiong,Zhang Lifeng,Cai Xinyu,Zhang Ying,Liu Ligang,Zhao Zhen
Abstract
Impurity removal from Cu-Zn (brass) alloy is an important issue for copper feedstock production. This study investigated brass alloy purification through the slag refining process using two kinds of agents, namely Cu2O and ZnO. The results showed that using ZnO as the slag to purify brass alloy for 1 h can remove impurities, such as Al, Pb, Fe, Ca, and Si, among which the removal efficiencies of Si reached to 60%. After the ZnO slag refining, the Zn loss ratio was only approximately 2%; thus, the brass alloy composition remained stable. The slag refining process using ZnO-contained slag did not only realize brass purification, but also maintained the brass composition stability.
Subject
Materials Chemistry,Metals and Alloys,Mechanics of Materials,Computational Mechanics
Reference29 articles.
1. Research Report on Metal Mineral Import in China, https://www.researchandmarkets.com/research/9rzrmn/china_metal?w=5
2. The Chinese copper cycle: Tracing copper through the economy with dynamic substance flow and input-output analysis
3. Copper recycling and scrap availability
4. Konečná R.,
Fintová S.,
Copper and copper alloys: casting, classification and characteristic microstructures,
Copp. Alloy. Early Appl. Curr. Perform. Enhanc. Process. 3–30
(2012)
5. Chen Y.,
Zhang X.,
Li X., et al.,
Research and Application of Molten Borate Salt De-lead Agent on the Impure Copper Foundry Technology (In Chinese), 32, 1279–1282
(2011)
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