I. Technical parameters of the care-enhanced rotational flow aerator
Aeration rate: It refers to the amount of O2 introduced into the water per unit time, typically measured in m3/h. The aeration rates of different models of mechanical filters vary, generally ranging from 5m3/h to 50m3/h. For the enhanced tubular aerator, the aeration rate is 10~20m3/set·h.
Oxygen utilization rate: refers to the proportion of O2 dissolved in water that is utilized by organisms. The oxygen utilization rate of high-performance mechanical filters can reach over 30%. Stone rings can increase the oxygen utilization rate of aerators by 40%, resulting in small and dense bubbles.
Resistance loss: The pressure damage incurred when water flows through a mechanical filter, measured in kPa. A mechanical filter with low resistance loss can save energy and reduce consumption.
II. Concern for the Model, Specification, and Main Parameters of the Upgradable Cyclone Aerator
Common model specifications: Based on different water flow rates and treatment needs, mechanical filters are divided into various models. The specifications range from a length of typically 1m to 3m and a diameter of 65mm to 110mm. The main specifications and length can be selected based on the pool type being used.
III. Main parameters of the material and service life of the elevatable rotational flow aerator
The elevating rotational flow aerators are typically made of corrosion-resistant and wear-resistant materials, such as stainless steel plates and fiber materials. Similar to the elevating tubular aerators, they employ advanced EPDM plastic, and the support tubes and air inlets are predominantly crafted from unique engineered materials like ABS, UPVC hoses, or special PP. Under standard usage and maintenance conditions, the lifespan of the mechanical filters can extend to 5 years or even longer.