The microporous aeration adopts the bottom aeration aeration method. Oxygenation in the micropores causes the water to rotate and flow up and down, bringing harmful gases out of the water, improving the water quality of the pond and reducing diseases The occurrence of the occurrence of water in the pond has sufficient dissolved oxygen, which ensures the relative stability of the pond water quality, improves the utilization rate of feed, promotes the growth of fish, and improves the survival rate, specifications and yield of aquaculture. The above is the introduction of the microporous aeration technology of the aeration fan.

The aeration area is wide and the dissolved oxygen distribution is uniform, which increases the bottom dissolved oxygen. When working, the micro holes of the aeration tube will automatically open under air pressure.Let me introduce the microporous aeration technology of the aeration fan. The microporous aeration technology is the pond pipeline microporous aeration technology, also known as nano aeration technology. Microporous aeration is also energy-saving, With the advantages of low noise and safety, under the same main engine power, the aeration capacity of the microporous aerator is three times that of pond aerator Suppliers the impeller aerator.

The membrane tube type microporous aerator adopts imported EPDM material, with tiny white closed pores on the membrane. It has good chemical stability, no plasticizer, long-term elasticity, acid and alkali resistance, no hardening, no embrittlement, long service life without aging. Accelerate the oxidation of ammonia nitrogen, nitrite and hydrogen sulfide at the bottom, and keep the growth of harmful microorganisms at the bottom.

The aeration work components are mainly composed of valves, ventilation pipes and membrane-tube type microporous aerators. The bubble diameter of the product is small and the gas distribution is uniform, which can not only maintain a high oxygen conversion rate, but also achieve the effect of mixing and stirring. Air enters the pool for oxygenation; if the pressure disappears, the micropores of the aeration tube will automatically close to prevent water from flowing back into the micropores

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