Operating Principle:

1. Gas with droplets enters the separator and expands in volume, initiating primary separation.

2. Once the gas containing droplets enters the channel of the separation blades, it is immediately divided into several areas by the blades. The gas passes through each section...

The gas is subjected to multiple rapid flow direction changes, as it passes through the region, which are enforced by the blades.

During the process, under the influence of inertial force, the droplets will collide with the blades with kinetic energy, and the droplets will adhere to the surface of the blades through the coalescence effect.

Droplets adhering to the leaf surface merge into the leaf's interstice under the combined influence of their own gravity, surface tension of the liquid, and kinetic energy of the gas.

The layers converge and form streams within the interlayer, which then flow into the liquid collection trough below the blades.

3. The collected liquid is guided to the bottom of the separator by gravity through the conduit and then discharged from the bottom of the separator.

Advantages:

High liquid separation efficiency

.Exhibits very low pressure drop

Especially suitable for limited installation spaces.

Broader operational flexibility range and operating pressure grades

Can design various connection forms based on the actual on-site conditions of the customer.

Design Features of Coaxial Blade Separator:

Coaxial blade separators are commonly used in industrial facilities for air or gas treatment.

System. The tank diameter typically ranges from 160mm to 500mm, with pressure ratings up to

5Mpa。

Product实物