loading

Leading brand of electrostatic precipitator for commercial kitchen ventilation

news-RUIHE DR AIRE-How the honeycomb type collector cell works-img
Home  > INFO CENTER  >  How the honeycomb type collector cell works?

How the honeycomb type collector cell works?

2022-04-11

What is the honeycomb type collector cell?

 

The honeycomb type collector cell is a group of honeycomb arranged cylinders,the center of each honeycomb is a cathode needle,one end of the cathode needle fixed on the cathode frame,which is made by a special process.The ESP relies on this group of collector cell to collect oil fume.

news-RUIHE DR AIRE-img

How the honeycomb type collector cell works?

 

Due to the meticulous design of the plate fixing the anode tube on both sides and the cathode frame fixing the cathode needle,it can ensure that all the cathode needles are installed in the center of the anode tube.When the strong negative high pressure is applied to the cathode needle,a strong and uniform collector cell will be generated inside the honeycomb.No matter where the oil fume is,it can be affected by the collector cell of the same intensity,so as to ensure that the electrostatic precipitator has a very high oil fume purification efficiency.


news-RUIHE DR AIRE-How the honeycomb type collector cell works-img

About our DR. AIRE Honeycomb Type ESP

DR. AIRE ESP adopt the honeycomb structure collector cell,so that the collector cell can uniformly reach the maximum average electric field intensity,greatly increase the collector cell purification area,so that the collector cell and oil fume particles can be combined with longer time,thus making the equipment extremely high efficiency of oil fume removal,it is the preferred equipment for the purification and treatment of kitchen oil fume in hotels,restaurants,schools, institutions,factories and other places.

 Welcome order DR AIRE electrostatic precipitator,100% protect your order! 

news-How the honeycomb type collector cell works-RUIHE DR AIRE-img


Chat Online 编辑模式下无法使用
Leave Your Message inputting...