摘要
为解决EC1000阴极电泳漆膜容易产生缩孔及其组分中的铅、锡对环境造成污染等问题,进行了用无铅、无锡绿色环保型阴极电泳漆EC3000A M取代EC1000的工艺试验。在正常生产状态下,采用逐渐混溶的方式,通过合理、科学的控制,实现了由EC1000到EC3000AM的转换。转换后,电泳漆膜基本没有缩孔,流平性大大改善。
In order to solve the problems of shrinkage and environmental pollution of lead and tin in EC1000 electrophoretic paint film process tests of substituting leadless and tinfree EC3000AM electrophoretic paint for EC1000 electrophoretic paint were performed.Under reasonable and scientific control,transformation in regular production state from EC1000 to EC3000AM electrophoretic paint was completed by gradually intermingling.After transformation,no shrinkage was found in electrophoretic paint film,and the liquidity was remarkably improved.
出处
《汽车工艺与材料》
2005年第10期23-25,29,共4页
Automobile Technology & Material
关键词
电泳漆
替换
过程
控制
electrophoretic paint
transformation
process
control
