Protective Coating Used in Induction Cladding

Zhang Xinzi1; Niu Xianming1; Hao Yuan1; Yan Fengyun1; Zhang Pingxiang2

Views : 0 下载量: 139 CSCD: 4

Export
Share
Collection
Album

Protective Coating Used in Induction Cladding
Issue 10, Pages: 746-749(2007)
Published： 2007 ，
DOI：

扫描看全文

[1]张新子,牛显明,郝远,闫峰云,张平祥.感应熔涂用保护涂料的研究[J].特种铸造及有色合金,2007(10):746-749+733.

Zhang Xinzi1, Niu Xianming1, Hao Yuan1, et al. Protective Coating Used in Induction Cladding. [J]. Special Casting & Nonferrous Alloys (10):746-749(2007)
[1]张新子,牛显明,郝远,闫峰云,张平祥.感应熔涂用保护涂料的研究[J].特种铸造及有色合金,2007(10):746-749+733. DOI：

Zhang Xinzi1, Niu Xianming1, Hao Yuan1, et al. Protective Coating Used in Induction Cladding. [J]. Special Casting & Nonferrous Alloys (10):746-749(2007) DOI：

摘要

针对冷敷涂层感应熔涂的工艺要求

参照有关金属加热用保护涂层文献

设计出几种保护涂层配方。经各种性能测试和分析

得出最佳成分（质量分数）为75%的SiO2、15%的B2O3

10%的Al2O3

外加铝粉和MgO等10%。高频感应熔涂初步试验在工件侧面上获得的合金熔涂层厚度达0.5

.6 mm

且显微硬度分布均匀

证实了保护涂层有防氧化、防合金流失的作用。

Abstract

Some kinds of protective coatings for induction cladding with cold compression processing were developed. The optimized chemical compositions in the coatings are 75% SiO2

15%B2O3

10% Al2O3 and 10% Al powder

MgO. The high-frequency induction cladding experiment verify that the cladding coating with 0.5

.6 mm thick can be generated on the working side-surface

where the micro-hardness can be uniformly distributed

showing the role of oxidization resistant and alloy loss-proof of the protective coatings.