船舶海水管路激光熔覆涂层研究进展

李毛毛[1];王潇岚[1];秦秀敏[2];王娟[2];禹文娟[2];牛建民[2];姜风春[1]

PDF(4861 KB)

现代涂料与涂装 ›› 2023, Vol. 26 ›› Issue (10) : 29-34.

船舶海水管路激光熔覆涂层研究进展

李毛毛[1];王潇岚[1];秦秀敏[2];王娟[2];禹文娟[2];牛建民[2];姜风春[1]

作者信息 +

Research Status of Laserr Cladding Coating for Seawater Pipelines of Ships

LI Mao-mao[1];WANG Xiao-lan[1];QIN Xiu-min[2];WANG Juan[2];YU Wen-juan[2];NIU Jian-min[2];JIANG Feng-chun[1]

Author information +

文章历史 +

摘要

首先分析了海水管路腐蚀失效原因;其次,从激光熔覆耐蚀金属涂层的性能、熔覆金属涂层的工艺以及复杂工件内部熔覆涂层的现状3个方面进行综述;最后,总结并为海水管路激光熔覆涂层的研究和发展指出了方向。

Abstract

Firstly,the causes of corrosion failure of seawater pipeline were analyzed.Secondly,the properties of laser cladding corrosion-resistant metal coatings,the technology of laser cladding metal coatings and the present situation of cladding coatings in complex workpieces were reviewed.Then,the research and development direction of laser cladding coating for seawater pipeline were summarized and pointed out.

导出引用

李毛毛[1];王潇岚[1];秦秀敏[2];王娟[2];禹文娟[2];牛建民[2];姜风春[1]. 船舶海水管路激光熔覆涂层研究进展[J]. 现代涂料与涂装. 2023, 26(10): 29-34

LI Mao-mao[1];WANG Xiao-lan[1];QIN Xiu-min[2];WANG Juan[2];YU Wen-juan[2];NIU Jian-min[2];JIANG Feng-chun[1]. Research Status of Laserr Cladding Coating for Seawater Pipelines of Ships[J]. Modern Paint & Finishing. 2023, 26(10): 29-34

中图分类号： TG174.44