摘要
电容器表面漆膜附着力是影响电容器良好的喷漆涂装的关键。良好的电容器表面处理方法又是影响电容器表面漆膜附着力的关键。目前,电容器表面抛丸打毛是电容器表面处理的常用方法之一,但是抛丸打毛后遗留在电容器表面的残灰又是影响电容器表面附着力的不可忽视的原因。传统的表面清灰方法,耗时耗力,且质量不高。电容器表面清灰系统,它清扫均匀,不留死角,大大提高了电容器表面清灰质量。
The condenser surface film adhesion is the key to affect the capacitor good paint coating.Good capacitor surface treatment is a key to capacitor surface film adhesion.At present,the condenser surface shot dozen hair is one of the capacitor surface treatment commonly used method,but the shot after hair left on the surface of the condenser,the ashes and affect surface adhesion of capacitor can not be ignored.The traditional surface soot cleaning method,time-consuming,and the quality is not high.Capacitor surface ash removal system, uniform it clean,leave no dead Angle,greatly improve the quality of the condenser surface dust.
出处
《电子测试》
2014年第10X期111-112,共2页
Electronic Test
关键词
电力电容器
表面附着力
抛丸打毛
电容器表面清灰系统
Power capacitor
The surface adhesion
Shot dozen hair
The surface of the condenser ash removal system