Development of Device of Continuous Molding for Manganess Series Ferroalloy

Jia Yanhua~1; Wang Zidong~1; Zeng Shilin~ 1; 2; Zhang Hong~1

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Development of Device of Continuous Molding for Manganess Series Ferroalloy
Issue 2, Pages: 132-133(2007)
Published： 2007 ，
DOI：

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[1]贾艳桦,王自东,曾世林,张鸿,梁枝林.锰系铁合金连续成形技术的设备研制[J].特种铸造及有色合金,2007(02):132-133+80.

Jia Yanhua~1, Wang Zidong~1, Zeng Shilin~ 1, et al. Development of Device of Continuous Molding for Manganess Series Ferroalloy. [J]. Special Casting & Nonferrous Alloys (2):132-133(2007)
[1]贾艳桦,王自东,曾世林,张鸿,梁枝林.锰系铁合金连续成形技术的设备研制[J].特种铸造及有色合金,2007(02):132-133+80. DOI：

Jia Yanhua~1, Wang Zidong~1, Zeng Shilin~ 1, et al. Development of Device of Continuous Molding for Manganess Series Ferroalloy. [J]. Special Casting & Nonferrous Alloys (2):132-133(2007) DOI：

摘要

通过对锰系铁合金的一些物理性能的研究

针对锰系铁合金产品强度低、脆性高的特点

研制开发出适宜以连续成形方式生产锰系铁合金的设备。通过采用铜管内衬石墨衬套的结晶器

利用石墨的自润滑作用

降低了合金与结晶器的摩擦阻力

并采用偏心轮实现正弦振动以及垂直下拉式的拉拔工艺

保证锰系铁合金能够顺利完成连续成形。

Abstract

We have developed a continuous molding device to produce manganess series ferroalloy with low strength and high brittleness on the basis of analyzing physical properties of the alloy. Cu mould inlayed graphite sleeve was used in the device

which can reduce the friction resistance between the ferroalloy alloy and the mould due to the self-lubrication effects from graphite

and vertical drawing as well as eccentric wheel realizing sine vibration was used also

to ensure the successful preparation of the manganess series ferroalloy in continuous casting.

关键词

结晶器锰系铁合金摩擦阻力石墨

Keywords

Mould （crystallizer）Mangnaness Series AlloyFrictional ResistanceGraphite

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