Aerators can be categorized into two main types based on their usage methods: surface aerators and submersible aerators. Submersible aerators are further divided into various types such as microporous aerators and jet aerators. Below are the characteristics of several common aerators:

Suspended Chain Aerators

High oxygenation and power efficiency.

Easier maintenance can be performed without disrupting normal operations (no water or gas supply interruption) to inspect and replace damaged aeration elements.

Uniform oxygen supply, high oxygen utilization rate, and low energy consumption.

Diaphragm Aerator

Smaller aeration bubble diameter, smaller gas-liquid interface diameter, larger gas-liquid interface area, and uniform bubble diffusion.

No hole clogging, excellent corrosion resistance.

Energy consumption of the product is reduced by 40% compared to conventional ones, or the wastewater treatment capacity is increased by 40%.

Aeration Hose

Thinner walls and straight channels reduce aeration resistance loss.

Variable hole and slit automatic closure solves the problem of clogging in the aeration equipment.

Linear aeration ensures more even gas distribution and creates a vertical circulation, resulting in more uniform mixing and stirring.

Small bubbles, high oxygen utilization, and high power efficiency.

Dynamic Aeration Device

Primarily composed of an aeration tube body, air distribution plate, check valve, spherical ball, and grid assembly.

Oxygenation is achieved through the chaotic motion of high-speed airflow and the rotation and collision of multiple small spheres, which cut them into tiny bubbles.

Large service area, excellent aeration capacity, and high oxygen utilization rate.

Unblockable, long-lasting, and easy to maintain and repair.

Disk Aerator

Our design incorporates energy-saving features during intermittent and continuous aeration processes, offering low installation costs, high reliability, and superior performance.

Precision drilling enhances oxygen transmission and utilization.