超低碳双相不锈钢导叶体精密铸造工艺

胡本炎; 吴娇; 黄国法; 黄年喜

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超低碳双相不锈钢导叶体精密铸造工艺
Production of Super-low Carbon Two Phase Stainless Steel Impeller Body by Investment Casting
2008年第9期页码：700-702
纸质出版日期： 2008 ，
DOI：

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[1]胡本炎,吴娇,黄国法,黄年喜.超低碳双相不锈钢导叶体精密铸造工艺[J].特种铸造及有色合金,2008(09):700-702+654.

Hu Benyan, Wu Jiao, Huang Guofa, et al. Production of Super-low Carbon Two Phase Stainless Steel Impeller Body by Investment Casting[J]. Special Casting & Nonferrous Alloys, 2008,(9):700-702.
[1]胡本炎,吴娇,黄国法,黄年喜.超低碳双相不锈钢导叶体精密铸造工艺[J].特种铸造及有色合金,2008(09):700-702+654. DOI：

Hu Benyan, Wu Jiao, Huang Guofa, et al. Production of Super-low Carbon Two Phase Stainless Steel Impeller Body by Investment Casting[J]. Special Casting & Nonferrous Alloys, 2008,(9):700-702. DOI：

摘要

采用陶瓷型精密铸造、树脂砂、水玻璃砂混合铸造工艺制造双相不锈钢导叶体。11个叶片由整体型芯铸出

提高了铸件的尺寸精度、位置精度

降低了表面粗糙度

实现了少无切削

保留了铸件表面铸造致密组织层

提高了导叶体耐蚀、耐压、耐磨等力学性能

提高了导叶体的使用寿命

缩短了制造周期。

Abstract

Super-low carbon two phase stainless steel impeller body was produced successfully by ceramic mold investment casting combining with resin sand and sodium silicate sand casting. Eleven blades were cast by the whole casting mold

which can improve the dimensional precision

position precision and surface roughness of the impeller body. In addition

sound structure layer in impeller body surface can be reserved due to cutting-free

which improves the corrosion resistance

anti-pressure and wear resistance of the impeller body and increase the service life as well as shortening product period.