1) cold rolling steel
冷轧用钢
1.
In course of developing the cold rolling steel on FTSR production line at Tangsteel, through optimizing composition and technology design, enhancing production control, avoiding Si and N increase in LF refining furnace, enhancing protective casting, controlling the temperature on every pass and surface quality strictly, the cold rolling steel was developed successfully for the first time.
唐钢薄板坯连铸连轧生产线开发冷轧用钢时,通过优化成分和工艺设计,生产中加强控制,防止LF精炼炉中的增Si、增N,连铸中加强保护浇注,轧制中严格各道次温度制度和表面质量控制,成功开发了冷轧料用钢。
2) steel strip for cold rolling
冷轧用带钢
3) low carbon steel for cold rolling
冷轧用低碳钢
1.
Through the adjusting of composition and optimizing process, low carbon steel for cold rolling has been developed successfully in BaoGang CSP plant,.
通过成分调整和工艺优化,包钢CSP厂成功地研制出适合冷轧生产的热轧低碳钢,这种冷轧用低碳钢晶粒度为8级,屈服强度低于270MPa,冷轧时的轧制力较低,同时通过严格加热炉热工制度和轧辊的换辊制度以及加强了除鳞机的点巡检后,解决了CSP工艺生产的冷轧用低碳钢表面质量差的问题。
4) cold-rolled sheet steel for chain
冷轧链条用钢
5) cold-rolled steel sheet
冷轧钢板
1.
The corrosion resistance of cold-rolled steel sheet was studied by electrochemical tests including linear polarization(LP)and electrochemical impedance spectroscopy(EIS).
采用线性极化、电化学交流阻抗等方法研究了冷轧钢板的耐蚀性能,同时使用线性扫描伏安法获得了冷轧钢板表面氧化物的种类及还原电位,分析了其与冷轧钢板耐蚀性能之间的关系。
6) cold-rolled strip
冷轧钢卷
1.
An effective coupling FEA model was established to compute temperature and heat stress, which is the main reason causing sticking problem of cold-rolled strip during annealing.
针对冷轧钢卷退火过程中引起粘结的主要原因-高温和压力,建立有效的计算模型,并根据实验给出的经验公式和实际工作状况,确定钢卷的边界条件和相应的物理参数。
补充资料：冷轧钢
coldrolledsteel：在冷态（即未经加热的状态）下轧制出来的钢。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条