Al Control In High Titanium Ferro With Low Oxygen

The Minerals, Metals and Materials Society
Zhi-he DOU Cong Wang Shi-gang FAN Guan-Yong SHI Ting-an ZHANG
Organization:
The Minerals, Metals and Materials Society
Pages:
7
File Size:
541 KB
Publication Date:
Jan 1, 2015

Abstract

Based on the pre-works, this paper proposed a new short stage process of the intensify aluminothermy reduction by the stage to prepare high titanium ferroalloy with low O and Al contents. We investigated the effects of Al and Ca and Si combination reduction agent, slag type and step-up reduction conditions on the Al content and distribution in the alloy. The results show that the step-up reduction can not only reduce effectively the oxygen content in the alloy, but also reduce effectively Al content. For instance, the oxygen content in high titanium ferroalloy is within 1%~4%, and the Al content is within 1%~5%. Its quality reaches the requirement of high titanium ferroalloy prepared by remelting process.
Citation

APA: Zhi-he DOU Cong Wang Shi-gang FAN Guan-Yong SHI Ting-an ZHANG  (2015)  Al Control In High Titanium Ferro With Low Oxygen

MLA: Zhi-he DOU Cong Wang Shi-gang FAN Guan-Yong SHI Ting-an ZHANG Al Control In High Titanium Ferro With Low Oxygen. The Minerals, Metals and Materials Society, 2015.

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