Efficient concentrated air flotation utilizes a specially designed dissolved air system that uses a pressurized device to thoroughly mix air and treated water and apply pressure.

Under pressure, air molecules more easily overcome the intermolecular forces between water molecules, dispersing and dissolving evenly in the water, creating highly concentrated dissolved air water.

The system utilizes a dedicated bubble release device, whose internal structure is precisely designed with specialized flow channels or pores.

When high-pressure dissolved air water passes through the release device, the water flow rate instantly accelerates, the pressure drops dramatically, and the dissolved air in the water rapidly precipitates due to supersaturation.

During the preparation and delivery of dissolved air water, high-efficiency concentrated flotation improves bubble quality by optimizing the gas-liquid mixing method.

By controlling the inlet water temperature and water quality, the interference of impurities in the water on bubble formation is reduced, ensuring that the dissolved air forms stable microbubbles.

Pressure control is a key factor in generating fine bubbles. High-efficiency concentrated flotation uses a pressure control system to precisely adjust the pressure level and stability during the dissolved air process.

A stable pressure environment can reduce pressure fluctuations during the transportation and release of dissolved air, ensuring uniform and stable microbubbles, preventing them from coalescing during the rise process.