Development of Slag-Forming Mixture for Steel-Pouring Ladle and its Application Technology During Production of Steels with High Aluminum and Sulfur Content

Bozheskov A. N.; Kuklev A. V.; Lebedev I. V.; Toptygin A. M.; Anisimov K. N.

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Development of Slag-Forming Mixture for Steel-Pouring Ladle and its Application Technology During Production of Steels with High Aluminum and Sulfur Content

机译：高铝和硫含量生产钢浇筑钢浇筑钢材及其应用技术的开发

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Flotation and assimilation of nonmetallic inclusions from metal slag in steel-pouring ladles and tundishes during pouring steels with increased aluminum and sulfur content are considered. The authors study the formation of nonmetallic inclusions in a steel-pouring ladle during steel extra-furnace treatment, the process of submerged nozzle clogging during continuous casting, the change in slag composition in a tundish, and development of an assimilation mixture composition for a steel-pouring ladle. Laboratory studies are made of the physicochemical properties of a developed SFM. It is established that use of the new SFM makes it possible to improve nonmetallic inclusion assimilation in a steel-pouring ladle and does not lead to a marked change in slag chemical composition and physical properties in a tundish. As a result of this, there is less steel contamination with nonmetallic inclusions and a reduction in submerged nozzle clogging.

机译：考虑了钢浇注钢材和中间包中的金属渣中的非金属夹杂物的浮选和同化，具有增加的铝和硫含量。作者研究了钢浇炉处理中的钢浇钢包装中的非金属夹杂物的形成，在连续铸造过程中浸没喷嘴堵塞的过程，中间包中的炉渣组合物的变化，以及用于钢的同化混合物组合物的开发 - 浇灌钢包。实验室研究是由发育的SFM的物理化学性质进行。建立新SFM的使用使得可以改善钢浇注钢包装中的非金属夹杂物同化，并且不会导致炉渣化学成分和中间包中的物理性质的显着变化。结果，具有较少的钢污染，具有非金属夹杂物和浸没式喷嘴堵塞的减少。

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来源
《Metallurgist》 |2016年第12期|共5页
作者
Bozheskov A. N.; Kuklev A. V.; Lebedev I. V.; Toptygin A. M.; Anisimov K. N.;
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作者单位

Volzhskii Pipe Plant Volzhskii Russia;

Bardin Cent Res Inst Ferrous Met TsNIIchermet Moscow Russia;

Bardin Cent Res Inst Ferrous Met TsNIIchermet Moscow Russia;

Bardin Cent Res Inst Ferrous Met TsNIIchermet Moscow Russia;

Bardin Cent Res Inst Ferrous Met TsNIIchermet Moscow Russia;

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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
steel; extra-furnace treatment; continuous casting; tundish; slag-forming mixture; assimilation capacity; nonmetallic inclusions;

机译：钢;额外炉治疗;连续铸造;中间包;形成混合物;同化能力;非金属夹杂物;

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专利

1. Development of Slag-Forming Mixture for Steel-Pouring Ladle and its Application Technology During Production of Steels with High Aluminum and Sulfur Content [J] . Bozheskov A. N., Kuklev A. V., Lebedev I. V., Metallurgist . 2016,第11a12期

机译：高铝硫含量钢浇铸钢包渣形成混合物的开发及其应用技术
2. Development of Slag-Forming Mixture for Steel-Pouring Ladle and its Application Technology During Production of Steels with High Aluminum and Sulfur Content [J] . Bozheskov A. N., Kuklev A. V., Lebedev I. V., Metallurgist . 2016,第11a12期

机译：高铝和硫含量生产钢浇筑钢浇筑钢材及其应用技术的开发
3. Development of Manufacturing Technology for High-Sulfur Steel with a High Aluminum Content in the Volga Pipe Plant Electric-Melting Workshop [J] . Bozheskov A. N., Toptygin A. M., Longinov A. M., Metallurgist . 2019,第1a2期

机译：高硫钢制造技术的开发，伏尔加管厂电熔回车间高铝含量
4. Research and Application on the Erosion of the Ladle Slag Line for Sulfur Steel [C] . ZHOU Tongjun, LIU Junzhan, LUO Hui 第七届国际耐火材料学术会议（ISR2016）论文集 . 2016

机译：硫钢钢包渣线冲蚀的研究与应用
5. Development of a Reliable Kinetic Model for Ladle Refining of Steel [D] . Kumar, Deepoo. 2018

机译：钢包精炼的可靠动力学模型的建立
6. Development and Optimization of Tin/Flux Mixture for Direct Tinning and Interfacial Bonding in Aluminum/Steel Bimetallic Compound Casting [O] . Mohamed Ramadan, Abdulaziz S. Alghamdi, K. M. Hafez, 2020

机译：铝/钢中直接镀锡和界面粘合剂锡/通量混合物的开发和优化
7. Efficient lining for steel-pouring ladles [O] . Slovikovskii, V. V., Gulyaeva, A. V. 2013

机译：浇铸钢包的有效衬里
8. Development of Guidelines and Specifications for Use of WMA Technology in Delivering HMA Products Inclusive of Non-Conventional Mixtures Such as SMA’s, and Mixtures with High RAP and RAS Content. Putting Research to Work, Brief. [R] . Bonaquist, R., Cuciniello, G., Hanz, A., 2014

机译：开发使用Wma技术提供Hma产品的指南和规范，包括非常规混合物，如sma，以及具有高Rap和Ras含量的混合物。将研究付诸实践，简要介绍。

Development of Slag-Forming Mixture for Steel-Pouring Ladle and its Application Technology During Production of Steels with High Aluminum and Sulfur Content

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