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钢铁工业专题技术文集-带钢生产(季刊)


带钢生产(季刊)

 

  本刊涵盖了热轧带钢、冷轧带钢和涂镀带钢生产的新工艺与设备的最新信息及相关专利,是钢铁企业技术人员了解带钢生产的新技术、新工艺,改进生产工艺,提高产品质量,开发新产品的首选参考资料。

联系人:  王甜甜
电  话:  010-65250592
手  机:   13466783311
通讯地址:北京市东城区灯市口大街74号 冶金工业信息标准研究院
邮政编码:100730

 

样刊下载

 

 

                                     目次(2012年第4期)

 

综合评述

我国宽带钢热连轧工艺的实践和发展方向································································· 1

 

工艺技术与实践

1422热连轧带钢断面形状控制与改善······································································ 9

1780mm冷连轧机组薄带钢起车厚头轧制的研究························································ 12

355mm系列热轧带钢的开发及生产······································································· 16

65Mn热轧窄带钢边部裂纹原因分析及改进······························································ 19

CPC带钢对中控制系统在冷轧连续退火炉上的应用···················································· 22

SPHC热轧带钢氧化铁皮成因和控制措施································································ 25

带钢热镀锌沉没辊轴承座结构的改进····································································· 28

带钢在卷取过程中宽度产生“缩颈”问题的探讨······················································· 31

工艺参数对拉矫效果影响的仿真分析····································································· 34

家电用无铬耐指纹热镀锌钢板的研制····································································· 38

减小热轧中宽带钢宽度偏差的措施········································································ 43

宽带钢热轧机CVC辊型优化与应用······································································· 45

冷却速度和卷取温度对Nb-VTi复合微合金带钢铁素体中析出的影响···························· 49

冷轧厂连退机组7CPC跑偏及处理····································································· 53

冷轧带钢板形检测辊研究现状·············································································· 56

冷轧脱脂带钢表面硅的测定················································································ 59

浅谈涟钢1720紊流酸洗控制系统·········································································· 62

热带钢轧机轧辊表面氧化膜控制的研究·································································· 65

热镀锌连续退火炉的数学模型研究········································································ 68

热轧带钢结疤缺陷产生原因及控制········································································ 71

热轧带钢酸洗线的选型探讨················································································ 74

热轧带钢轧后冷却过程控制系统的设计与应用·························································· 79

热轧带钢折皱缺陷的形成机理与控制措施································································ 83

 

 

专利

一种带钢连续热镀锌方法··················································································· 87

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