| After-sales Service: | 12 |
|---|---|
| Warranty: | 12 |
| Usage: | Industrial, Home, Agriculture, Hospital |
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In a groundbreaking advancement, we have transformed the conventional aerator by substituting the standard rubber diaphragm with an innovative rubber diaphragm that features extension compensation, ensuring enhanced performance and reliability.
This cutting-edge sheet design allows for remarkable flexibility, enabling it to freely rebound and effectively prevent stress concentration that could otherwise compromise its integrity.
Our engineering solution addresses the stress concentration challenges that often lead to tearing and detachment of diaphragms, by implementing an advanced sealing method between the diaphragm and the support plate.
The ingeniously crafted reverse buckle folding structure used for sealing between the diaphragm and support plate not only outperforms traditional designs but also significantly extends the lifespan, preventing any risk of diaphragm detachment.
With exceptional sealing capabilities between the diaphragm and support plate, our system dramatically prolongs the product's longevity and ensures the diaphragm remains securely in place, eliminating detachment issues.
Featuring a sophisticated intrinsic check valve design, the diaphragm showcases a center-thickened, non-porous configuration that elevates its functional efficiency.
When the air supply is halted, the diaphragm's center naturally retracts to align with the pallet holes, utilizing the combined forces of water pressure and its own elasticity, ensuring optimal positioning.
Upon air supply cessation, the diaphragm's center instinctively falls back onto the pallet holes, thanks to water pressure and its elasticity, while the unperforated section provides an effective barrier.
Ingeniously designed, the unpunched area precisely covers the air release hole, functioning like a meticulous check valve that prevents any backflow of liquid into the aeration system.
This innovative design effectively halts any reverse flow of liquid into the aeration system, safeguarding its efficiency.
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