Improving the technology of producing seamless hot‑rolled pipes from stainless steel l80 type 13Cr in the tube rolling workshop

A. V. Strelchenko, S. V. Avdeev, A. V. Shcheglov, O. I. Kom, V. I. Yakush
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Abstract

The production of seamless hot‑deformed pipes from martensitic stainless steel with a high chromium content, used under the constant influence of aggressive environments, involves overcoming a series of technological challenges. These challenges are due to the metal’s structural features, such as relatively low plasticity, a narrow temperature range for hot deformation, a tendency to defect formation during rolling, and more intense wear on the rolling tools. The article discusses the main stages of research work on mastering the technology of producing seamless hot‑rolled pipes from stainless steel grade L80 type 13Cr at OJSC “BSW – Management Company of Holding “BMC”. It presents the results and complexities of mastering the technology for producing seamless stainless steel pipes, analyzes the results aimed at reducing the cost of finished products by increasing the durability of piercing mandrels, the resistance of disc saws for cutting blanks, eliminating metal adhesion to the piercing mill’s Dishar discs, increasing the productivity of the rolling line and heat treatment process.
在轧管车间改进用 l80 型 13Cr 不锈钢生产无缝热轧管的技术
用含铬量高的马氏体不锈钢生产热变形无缝钢管,需要克服一系列技术挑战。这些挑战是由金属的结构特征造成的,如塑性相对较低、热变形温度范围较窄、轧制过程中容易形成缺陷以及轧制工具磨损较严重等。文章论述了 "BSW--BMC 控股管理公司 "开放式股份公司为掌握用 L80 型 13Cr 不锈钢生产无缝热轧管的技术而开展的研究工作的主要阶段。报告介绍了掌握无缝不锈钢管生产技术的成果和复杂性,分析了旨在通过提高穿孔芯轴的耐用性、切割坯料的圆盘锯的阻力、消除穿孔机 Dishar 圆盘上的金属附着物、提高轧制生产线和热处理工艺的生产率来降低成品成本的成果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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