Air separation process based on the concept of coalescence, microbubbles tend to adhere to a surface and then grow together to form larger air bubbles.
Air separation process based on the concept of coalescence, microbubbles tend to adhere to a surface and then grow together to form larger air bubbles.
– Large surface area per volume
– High probability of collision and adhesion of microbubbles, as the fluid flow gets deflected in different directions
– Minimal resistance to fluid flow
High capacity auto airvent
Separation of dirt particles heavier than water is facilitated by
– Low water velocity
– Deflection of fluid stream in many different directions by the Pall rings
– Creation of non-turbulent zone in the extended lower part
Ball valve at the bottom to drain the collected dirt particles
Air separation process based on the concept of coalescence, microbubbles tend to adhere to a surface and then grow together to form larger air bubbles.
Air separation process based on the concept of coalescence, microbubbles tend to adhere to a surface and then grow together to form larger air bubbles.
– Large surface area per volume
– High probability of collision and adhesion of microbubbles, as the fluid flow gets deflected in different directions
– Minimal resistance to fluid flow
High capacity auto airvent
Separation of dirt particles heavier than water is facilitated by
– Low water velocity
– Deflection of fluid stream in many different directions by the Pall rings
– Creation of non-turbulent zone in the extended lower part
Ball valve at the bottom to drain the collected dirt particles
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