摘要
对不同电泳漆混槽比例进行梯度性能验证,确认混槽可行性与混槽最高比例,通过确定槽液浓缩后固体分、混槽周期和投加槽产能,确定混槽方案以及混槽期间的过程控制事项,保证混槽过程中输出合格的电泳产品。
By verifying the gradient performance of different electrophoresis paint mixing tanks proportion,to confirm the feasibility of mixing tank and the maximum proportion of mixing tank,determine the mixing tank scheme and process control matters during mixing tank by determining the solids after tank liquid concentration,mixing tank cycle and adding tank capacity,and ensure the output of qualified electrophoretic products during the mixing tank process.
作者
张恩铭
ZHANG En-ming(Dongfeng Liuzhou Automobile Co.,Ltd,Liuzhou 545000,Guangxi,China)
出处
《现代涂料与涂装》
CAS
2024年第3期22-24,共3页
Modern Paint & Finishing
关键词
电泳漆
混槽比例
泳透力
电泳电压
electrophoretic paint
mixing tank proportion
throwing power
electrophoresis voltage