The coalescing Filter Element adopts polymer materials, which can make the water molecules in the oil coalesce into large water droplets. The water droplets that have not settled are captured by the separator filter element when they settle under the action of gravity. Liquid droplets such as oil and water are captured by the ultrafine fibers inside the coalescer. These micron-sized fibers form twists and turns in the airflow, forcing solid particles and droplets to be captured by the ultrafine fibers under the action of inertial collision, diffusion interception and Three filtering mechanisms are directly intercepted. The surface tension of the liquid causes the small water droplets to coalesce into large water droplets, which will fall to the bottom of the container due to gravity. The coalescing filter element is usually made of polyester fiber synthetic material, which has good compatibility with a variety of fluids. The coalescing filter element adopts a multi-layer spiral structure, and each layer uses fibers with different properties. By controlling the shape, size, thickness, and density of each layer of fibers, the expected filtration accuracy can be achieved.

HUAYUANFILTERK220 coalescing filter element is made of high-density gradient glass fiber. The coalescing filter element is designed as a monolithic tube structure to reduce leakage. The surface of the filter needs to be treated with hydrophobic and oleophobic treatment to meet the requirements of various filter grades. Use surface-treated glass fiber or polyester fiber as coalescence medium,

The special filter structure design makes the filter medium have good coalescence performance. The filter grade can reach 0.1μm.

Features

1. Use multi-layer composite filter paper with high filtration accuracy;

2. The carefully set and specially treated glass fiber layer has a good coalescence effect.

3. The flow density is large, which reduces the size of the fine filter;

4. Large dirt holding capacity and long service life;

5. Complete specifications and varieties can meet the needs of various fine filters.