The new QXB submersible aerator adopts a unique hydraulic component design, optimizing the gap between the
impeller and the guide vane (less than 1mm), which is much smaller than the gap between the impeller and the guide
vane of the old model aerator (greater than 5mm). In addition, the unique star shaped impeller design and radial
waterair mixing channel, driven bya high-speed rotating motor, generate centrifugal force in the water. Under the
action of centrifugal force, a negative pressure zone is formed around the impeller.Airis sucked in through the intake
pipe, and the air and waterare tom apart bythe high-speed rotating impellerin the mixing chamber. The gas-liquid
turbulence mixes and quicklyexits through the diftusion channel, forming bubbles that dissolve oxygen in the airinto
the water. Due to the strong jet of water and the star shaped impeller cutting the air bubbles finer,smaller, and denser
the contact surface between the air bubbles and theliquid to be treated becomes larger, and the air is sheared into a
large number of tiny bubbles, greatlyimproving the mass transfer area.And form a spiral shaped effective water
circulation.A large amount of oxygenis dissolved in water and has extremely high utilization efficiency.
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