叉车配重铸件泥芯烧结解决措施及相关分析——醇基铬铁矿粉涂料和石墨涂料的组合应用

单宝华; 解明国; 王松林; 吴来发; 吴孝庭

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叉车配重铸件泥芯烧结解决措施及相关分析——醇基铬铁矿粉涂料和石墨涂料的组合应用
Countermeasures of Mud-core Sintering for Forklift Balancer——Combination Application of Alcohol Cr-Fe Powder Coating with Graphite Powder Coating
- 角色： First author 第一作者
- 机构：
  安徽合力股份有限公司合肥铸锻厂
单宝华
1 ，
- 机构：
  安徽合力股份有限公司合肥铸锻厂
解明国
1 ，
- 机构：
  安徽铜陵学院机械工程系
王松林
2 ，
- 机构：
  安徽合力股份有限公司合肥铸锻厂
吴来发
1 ，
- 机构：
  安徽合力股份有限公司合肥铸锻厂
吴孝庭
1
2011年31卷第2期页码：159-160
纸质出版日期： 2011 ，
DOI：

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引用
[1]单宝华,解明国,王松林,吴来发,吴孝庭.叉车配重铸件泥芯烧结解决措施及相关分析——醇基铬铁矿粉涂料和石墨涂料的组合应用[J].特种铸造及有色合金,2011,31(02):159-160+203-204.

Shan Baohua1, Xie Mingguo1, Wang Songlin2, et al. Countermeasures of Mud-core Sintering for Forklift Balancer——Combination Application of Alcohol Cr-Fe Powder Coating with Graphite Powder Coating[J]. Special Casting & Nonferrous Alloys, 2011,31(2):159-160.
[1]单宝华,解明国,王松林,吴来发,吴孝庭.叉车配重铸件泥芯烧结解决措施及相关分析——醇基铬铁矿粉涂料和石墨涂料的组合应用[J].特种铸造及有色合金,2011,31(02):159-160+203-204. DOI：

Shan Baohua1, Xie Mingguo1, Wang Songlin2, et al. Countermeasures of Mud-core Sintering for Forklift Balancer——Combination Application of Alcohol Cr-Fe Powder Coating with Graphite Powder Coating[J]. Special Casting & Nonferrous Alloys, 2011,31(2):159-160. DOI：

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摘要

为解决叉车配重铸件泥芯的烧结难题,通过对泥芯烧结机理的分析,改变传统的泥芯涂料制备工艺,获得了明显的效果。利用石墨和铬铁矿粉醇基涂料的组合应用,解决涂料的渗透性是保证泥芯抗烧结层的形成的基础。但就泥芯打制本身来说,泥芯所用本身也需要有较高耐火度,然后再通过树脂和固化剂连接泥芯砂粒,保证泥芯砂粒间的粘结强度,从而保证泥芯有足够的强度以抵抗铁水的冲刷。因此,泥芯打制质量的好坏是抗烧结的前提条件,涂料的渗透性并形成抗烧结层是铸件泥芯易于清理的重要保证。

译

Abstract

Traditional technology for mud-core fabrication was modified to resolve the problems in mud-core sintering for balancer by analyzing sintering mechanism of the mud-core,obtaining acceptable effects.Formation of anti-sintering layer of mud core was greatly improved by combining graphite power coating with alcohol Cr-Fe powder coating to resolve the permeability of the coating.In addition,sand for the mud core should have a higher refractory rate to make sure the bonding strength of mud-sand during adding resin and curing agent process against the impaction and gravity role of the liquid iron.

译

关键词

涂层厚度; 烧结; 溃散性

译

Keywords

Coating Thickness; Sintering; Collapsibility

译

摘要

为解决叉车配重铸件泥芯的烧结难题

通过对泥芯烧结机理的分析

改变传统的泥芯涂料制备工艺

获得了明显的效果。利用石墨和铬铁矿粉醇基涂料的组合应用

解决涂料的渗透性是保证泥芯抗烧结层的形成的基础。但就泥芯打制本身来说

泥芯所用本身也需要有较高耐火度

然后再通过树脂和固化剂连接泥芯砂粒

保证泥芯砂粒间的粘结强度

从而保证泥芯有足够的强度以抵抗铁水的冲刷。因此

泥芯打制质量的好坏是抗烧结的前提条件

涂料的渗透性并形成抗烧结层是铸件泥芯易于清理的重要保证。

Abstract

Traditional technology for mud-core fabrication was modified to resolve the problems in mud-core sintering for balancer by analyzing sintering mechanism of the mud-core

obtaining acceptable effects.Formation of anti-sintering layer of mud core was greatly improved by combining graphite power coating with alcohol Cr-Fe powder coating to resolve the permeability of the coating.In addition

sand for the mud core should have a higher refractory rate to make sure the bonding strength of mud-sand during adding resin and curing agent process against the impaction and gravity role of the liquid iron.