Product Description
To elevate and optimize our cyclone aerator, we have meticulously retained the core benefits of traditional designs while enhancing the product structure.
Tailored improvements are implemented in accordance with specific sewage treatment processes.
Product Feature
01 Expertly crafted bubble-cutting mode produces ultra-fine bubbles, maximizing oxygen transfer efficiency for a consistently stable dissolved oxygen (DO) level in the enclosure.
value in the pool.
02 Minimal aerator resistance significantly reduces fan malfunctions, leading to a remarkable 10%-30% decrease in overall energy consumption.
10% -30%.
03 Featuring a powerful rising cyclone with robust stirring capabilities, this ensures no oxygen-deficient zones and prevents silt buildup at the pool's base, adaptable for high-concentration wastewater.
of the pool,suitable for all kinds of high concentration wastewater.
04 Engineered for resilience, it boasts non-blocking, corrosion resistance, and anti-aging properties, ideal for addressing stringent conditions found in strongly corrosive and high-hardness sewage environments.
and other difficult treatment ofsewage field.
05 Featuring no moving parts susceptible to wear, the aerator is built with high strength and toughness, ensuring exceptional performance and longevity ranging from 10 to 20 years.
service life up to 10-20 years.
06 Designed with an expansive service area, it requires minimal layout, significantly reducing pipeline expenses while offering exceptional cost-effectiveness.
performance.
07 Crafted from a cutting-edge material blend of nylon and glass fiber, specially treated to maintain unparalleled strength and enhance product durability.
only retains enough strength, but also increasesthe toughness of the product.
08 Based on engineering feedback, we have reinforced stress points and fortified vulnerable areas to withstand demanding conditions.
09 A specialized process effectively prevents deformation and fracture during transportation, installation, and usage, and fracture produced in the process of
thereby extending the product's service life.
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