车用空调器压缩机前端板铸件壳型铸造工艺实践

王公平; 张建群; 熊渝

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车用空调器压缩机前端板铸件壳型铸造工艺实践
Manufacture of Forehand Plate of Air-conditioner Compressor for Car by Shell Mold Method
2007年第2期页码：137-138
纸质出版日期： 2007 ，
DOI：

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[1]王公平,张建群,熊渝.车用空调器压缩机前端板铸件壳型铸造工艺实践[J].特种铸造及有色合金,2007(02):137-138+80.

Wang Gongping, Zhang Jianqun, Xiong Yu. Manufacture of Forehand Plate of Air-conditioner Compressor for Car by Shell Mold Method[J]. Special Casting & Nonferrous Alloys, 2007,(2):137-138.
[1]王公平,张建群,熊渝.车用空调器压缩机前端板铸件壳型铸造工艺实践[J].特种铸造及有色合金,2007(02):137-138+80. DOI：

Wang Gongping, Zhang Jianqun, Xiong Yu. Manufacture of Forehand Plate of Air-conditioner Compressor for Car by Shell Mold Method[J]. Special Casting & Nonferrous Alloys, 2007,(2):137-138. DOI：

摘要

对前端板铸件壳型铸造中存在的铸造缺陷

采用优化浇注系统

对铁水进行二次孕育处理

调整碳当量控制在3.90%

.15%

硅含量降低0.15%

.20%

使产品抗拉强度≥270MPa

硬度（HB）为187

满足用户要求。

Abstract

The origination of casting defects in the forehand plate of air-conditioner compressor for car in shell mold method was analyzed. The casting defects can be effectively eliminated by optimizing gating system

conducting secondary inoculation for liquid Fe and adjusting content and controlling the chemical composition of liquid Fe

to greatly improve the quality of the forehand plate.