1) thick gauge strip
厚规格带钢
1.
Based on microstructure transformation rules analysis of SS400 strip,the controlled rolling and controlled cooling technology was optimized,and the mechanical properties of thick gauge strip were improved.
在研究分析SS400带钢热变形中组织演变规律的基础上,通过优化控制轧制控制冷却工艺,并采取提高温度检测的准确性和加强层流冷却系统的维护等措施,较好地解决了唐钢1810mm生产线生产的SS400厚规格带钢的力学性能偏低问题。
2) heavy gauge steel plate
厚规格钢板
3) thin gauge strip
薄规格带钢
1.
The key points of technology control for thin gauge strip in Tangsteel UTSP line were intro- duced.
介绍了唐山钢铁集团公司UTSP薄板坯连铸连轧生产线生产薄规格带钢的工艺控制要点,通过优化轧制工艺,完善工艺管理,提高操作水平,成功地实现了薄规格带钢的稳定、批量生产。
2.
After researching the rolling of thin gauge strip SPA-H in BSP, some problems have been found, for example: the motor’s current is greater than the equipment allowable value, the delivery temperature and coiling temperature of the strip is lower than the normal value, the width of the strip is smaller than the normal value, the shape of the strip is bad.
研究了本钢薄板坯连铸连轧生产线轧制SPA-H薄规格带钢存在的问题,例如:主电机电流超限、终轧和卷取温度过低、带钢窄尺以及板形不良等,提出了解决方案。
4) steel strip thickness
带钢厚度
1.
The relationship between the screw-down principle to steel strip thickness,steel character and tension was discussed.
运用弹塑性弯曲理论建立了相应三辊张力单元的数学力学模型,得出了张力计算式,绘制了张力曲线,讨论了压下量设置与张力、带钢厚度及带钢材质的关系,所绘张力曲线与日本进口设备实际应用张力曲线相符。
2.
This paper discusses the relation of tension to steel strip thickness,steel character and intermesh in 3-rolls tension unit.
研究了三辊张力单元产生的张力与带钢厚度、带钢材质及压下量的关系,建立了相应的数学力学模型,得出了张力计算式,计算结果与实际值相比较误差很小。
5) thickness of strips
钢带厚度
6) Heavy gauge
厚规格
1.
This paper makes a analysis of defects in flaw detection of heavy gauge plate by macro examination,microstructure examination,SEM,energy spectrum analysis,We find that primary reason of defects in flaw detection of heavy gauge plate is nonmetal inclusion,center segregation,lamination and looseness.
对厚规格探伤不合格钢板通过低倍检测、金相及扫描电镜、能谱分析等检测方法进行分析,找出了厚规格钢板探伤不合格的主要原因是非金属夹杂物、中心偏析、分层及疏松。
补充资料：宝山钢铁(集团)公司冷轧带钢厂生产的有机涂层带钢卷
宝山钢铁(集团)公司冷轧带钢厂生产的有机涂层带钢卷
宝山钢铁(集团)公司冷轧带钢厂生产的有机涂层带钢卷
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