| After-sales Service: | 12 |
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| Warranty: | 12 |
| Usage: | Industrial, Home, Agriculture, Hospital |
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Experience the revolution in aeration technology with our advanced Fine Bubble Aeration Diffuser, an essential component for any effective wastewater treatment plant. Our innovation lies in replacing the conventional aerator rubber diaphragm with one that features extension compensation, elevating both efficiency and reliability.
Our design enables the diaphragm to freely rebound, ensuring adaptability and flexibility. This unique capability helps in mitigating stress concentrations, which are common in traditional systems, thus reducing wear and tear.
By addressing stress concentrations, we've significantly minimized the occurrence of tears and detachment, a frequent challenge in standard diaphragms. Our solution ensures a secure seal between the diaphragm and the support plate.
The innovative reverse buckle folding structure enhances the seal between the diaphragm and support plate, resulting in superior performance. This advancement not only substantially increases the product's lifespan but also effectively prevents any risk of diaphragm detachment.
Our superior sealing technology between the diaphragm and the support plate significantly extends the product's longevity, offering unmatched durability and preventing the issue of diaphragm detachment.
Featuring an intrinsic check valve design, the diaphragm incorporates a center-thickened non-porous area that offers enhanced security and functionality.
During air supply shutdown, the diaphragm's central area strategically recedes into the pallet hole, driven by water pressure and its inherent elasticity, assuring continued system integrity.
Upon cessation of air supply, the diaphragm's central section reliably settles onto the pallet's holes, aided by water pressure and its elasticity, with the solid region expertly covering the air release hole.
With this design, the unperforated area effectively operates like a check valve, ensuring that backflow of liquid into the aeration system is prevented, maintaining operational security.
This feature is crucial in preventing any liquid backflow into the aeration system, thereby safeguarding its functional integrity.
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