此不锈钢管道工程已完成，以高标准测试检验过了。
The stainless steel pipework has been constructed, tested, and inspected to very high standards.
分析了不锈钢管道焊接变形产生的主要原因。
The main causes resulting in welding deformation of stainless pipelines have been analysed.
既适用于薄壁不锈钢管道的连接，也适用于不锈钢装饰管的连接。
The thin wall stainless steel pipe fitting is not only suitable for the connection of thin wall stainless steel pipelines, but also suitable for the connection of stainless steel decorative pipes.
上海久作机械设备有限公司是一家从事于不锈钢管道管件生产销售的企业。
Shanghai Joint Zest Machine Equipment Co Ltd is an enterprise which engages produce and sale of stainless steel pipeline and pipe casting.
介绍采用药芯焊丝手工钨极氩弧焊焊接奥氏体不锈钢管道所进行的焊接试验及工艺评定。
The welding experiment and procedure qualification for manual TIG welding of stainless steel tubes with flux cored electrode is presented in this paper.
管道管件应为非扩口压缩式三件构造，由套圈、螺帽和本体组成，适宜安装在不锈钢管道上。
Tube fittings shall be flare less compression type of three-piece construction consisting of ferrule nut and body suitable for use on ss tubes.
结合管道施工，探讨如何通过对不锈钢管道焊接工艺的确定及技术要求，对焊接质量进行有效控制。
Discuss how to control effectively welding quality by confirming stainless pipelines technique and the technique requirement combined with pipeline construction.
采用药芯焊丝对奥氏体不锈钢管道进行打底焊接，MAG焊填充及盖面焊，立向上的水平固定全位置焊接。
Flux-cored wire is applied to the austenitic stainless steel pipe by back weld, MAG for the filling and cosmetic weld, at horizontal fixed round welding vertically up.
在对点腐蚀形成的机理和影响因素的详细介绍和304不锈钢点腐蚀原因分析的基础上，提出了对不锈钢管道点腐蚀的预防措施。
And the formation mechanism and influencing factors of pitting corrosion were introduced, and the causes of pitting corrosion of 304stainless steel pipeline were analysed.
本文讨论不锈钢管道焊缝热影响区内缺陷的超声波检测方法，应用着色渗透探伤对解剖后的样品进行了验证，证明超声波探伤法的可行性。
Ultrasonic detection of defects in heat-affected zones of stainless steel pipe welds is discussed. The feasibility of the method is verified by penetrant inspection of dissected pipes.
本文讨论不锈钢管道焊缝热影响区内缺陷的超声波检测方法，应用着色渗透探伤对解剖后的样品进行了验证，证明超声波探伤法的可行性。
Ultrasonic detection of defects in heat-affected zones of stainless steel pipe welds is discussed. The feasibility of the method is verified by penetrant inspection of dissected pipes.
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