摘要
文章针对飘浮器型涂层干燥炉,利用气体辐射及强制对流的热工计算模型工具对各工艺段分别进行了深度热过程解析,揭示了各工艺段的带钢传热机理与影响因素,可利用此方法实现新涂层工艺开发、涂层表面质量异议追溯与分析,并进一步揭示出该类炉型在适应带钢加热制度调整的灵活性方面,具有更多的调整措施和手段,加热温度调整的适应能力也更强。
Floating type coating drying furnace,on the depth of respectively in each section by using the thermal process analysis,reveals the process of heat transfer mechanism and influencing factors,can use this method to realize the development of new coatings,coating surface quality objection to trace and analysis,and further reveals this type furnace in meet the flexibility of strip steel heating system adjustment,have more adjustment measures and means of heating adjustment ability to adapt is stronger.
作者
李立强
Li Liqiang(Baosteel Engineering and Technology Group Co.,Ltd.)
出处
《冶金能源》
2021年第3期36-38,60,共4页
Energy For Metallurgical Industry
关键词
无取向硅钢
绝缘涂层
飘浮器
干燥炉
对流
辐射
non-oriented silicon steel
insulation coating
floatation
drying furnace
convection
radiation