The demister separating effect is similar to the collision effect meaning that gas (containing liquid molecules), which occurs during the heating process of the chemical, will rise and then collide against the demister. Although gas will keep rising to the top, the liquid molecules will then stay at the demister due to the capillary phenomenon and wetness of wires. As the molecules are creating surface tension, adjacent wires will pull each other closer until the molecules, which create the surface tension, have grown to the size in which the gravity can pull them back to the pool.

1. Used to remove any waste or impurities from liquid or gas.

2. The separation procedure consists roughly of 3 steps:

(1) The Brownian movement
(2) The interruption, collision and collecting principle
(3) Collection due to the inertial impaction principle

Used for petroleum plants, chemical gas, Electronic industries

3. Characteristics
(1) Rate of spacing: 94% - 99%
(2) Weight: light
(3) Surface area: large
(4) Pressure loss: small