铝合金大截面悬垂线夹金属型铸造生产

董建平; 李彦明; 于艳红

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铝合金大截面悬垂线夹金属型铸造生产
Production of Large Section Aluminum Alloy Perpendicular Clamp in Permanent Mold
- 角色： First author 第一作者
- 机构：
  辽宁锦兴电力金具科技股份有限公司
董建平
1 ，
- 机构：
  辽宁锦兴电力金具科技股份有限公司
李彦明
1 ，
- 机构：
  辽宁锦兴电力金具科技股份有限公司
于艳红
1
2007年第6期页码：470-471
纸质出版日期： 2007 ，
DOI：

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引用
[1]董建平,李彦明,于艳红.铝合金大截面悬垂线夹金属型铸造生产[J].特种铸造及有色合金,2007(06):470-471+409.

Dong Jianping, Li Yanming, Yu Yanhong. Production of Large Section Aluminum Alloy Perpendicular Clamp in Permanent Mold[J]. Special Casting & Nonferrous Alloys, 2007,(6):470-471.
[1]董建平,李彦明,于艳红.铝合金大截面悬垂线夹金属型铸造生产[J].特种铸造及有色合金,2007(06):470-471+409. DOI：

Dong Jianping, Li Yanming, Yu Yanhong. Production of Large Section Aluminum Alloy Perpendicular Clamp in Permanent Mold[J]. Special Casting & Nonferrous Alloys, 2007,(6):470-471. DOI：

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摘要

在铝合金大截面悬垂线夹金属型重力铸造生产中,改变传统分型方式,采用将铸件立放、垂直分型,消除了铸件缩孔、缩凹和裂纹等铸造缺陷,使铸件承受破坏载荷能力比设计要求提高30%,产品合格率达到98%,生产效率提高35%。

译

Abstract

The defects in large section aluminum alloy perpendicular clamp in permanent mold gravity casting were analyzed.The casting defects,such as shrinkage hole,contracted cave and crack,in the castings have been effectively eliminated by vertically assembling casting and perpendicularly parting,which improves the bearing load by 30% than designed ones.The qualified rate of the product reaches 98% and the production efficiency is increased by 35%.

译

关键词

大截面悬垂线夹; 金属型重力铸造; 铸造缺陷

译

Keywords

Large Section Perpendicular Clamp; Permanent Mold Gravity Casting; Casting Defects

译

摘要

在铝合金大截面悬垂线夹金属型重力铸造生产中

改变传统分型方式

采用将铸件立放、垂直分型

消除了铸件缩孔、缩凹和裂纹等铸造缺陷

使铸件承受破坏载荷能力比设计要求提高30%

产品合格率达到98%

生产效率提高35%。

Abstract

The defects in large section aluminum alloy perpendicular clamp in permanent mold gravity casting were analyzed.The casting defects

such as shrinkage hole

contracted cave and crack

in the castings have been effectively eliminated by vertically assembling casting and perpendicularly parting

which improves the bearing load by 30% than designed ones.The qualified rate of the product reaches 98% and the production efficiency is increased by 35%.