The material flows through the coalescence filter element from the inside out, first passing through the high-precision filtration layer. The solid particles are intercepted by multiple layers of filter materials, achieving the purpose of removing particle pollutants. At the same time, the removal of particle pollutants is beneficial to the subsequent demulsification and coalescence functions of the filter element. The filtered material then enters the demulsification and coalescence layer to break down impurities in the material. The demulsified liquid enters the coalescence layer, and the working mechanism of the coalescence layer is that small water droplets come into contact with fibers and adhere to them. Under the pushing force of the fluid, they move along the fibers and coalesce with other small water droplets at the intersection of the fibers to form larger water droplets.
The material flows through the coalescence filter element from the inside out, first passing through the high-precision filtration layer. The solid particles are intercepted by multiple layers of filter materials, achieving the purpose of removing particle pollutants. At the same time, the removal of particle pollutants is beneficial to the subsequent demulsification and coalescence functions of the filter element. The filtered material then enters the demulsification and coalescence layer to break down impurities in the material. The demulsified liquid enters the coalescence layer, and the working mechanism of the coalescence layer is that small water droplets come into contact with fibers and adhere to them. Under the pushing force of the fluid, they move along the fibers and coalesce with other small water droplets at the intersection of the fibers to form larger water droplets.
Contact: LEO
Phone: +86 13643907982
Tel: +86 373 3809023
Email: xy@xyfilters.com
Add: A11, 1st Floor, Chuangye Building, No.1 Park, High tech Zone, Xinxiang City, Henan Province