Fine Bubble Disc Diffusers

Detailed design, Craftsmanship

1. There are gripping strips on the outer periphery of the fine bubble diffusers gland, which can prevent the diaphragm from falling off due to the creep of the plastic gland due to the long-term pressure of the diaphragm expansion and external tension under the working condition of the aerator.
2. Special non-return structure design. There is a raised stop ring around the air hole of the support plate. When the aeration stops, it can effectively prevent the muddy water from flowing back.
3. The optional second non-return structure is also specially designed to cooperate with the channel structure to make the air flow smooth. Reduce product energy consumption and prolong service life.
4. The inside of the aerator gland is designed to protrude downward along the end, which can strengthen the diaphragm and prevent the diaphragm from falling off.
5. The optimized design of the airflow channel structure, the enlarged air hole area, and the design of chamfering at the corners reduce the resistance loss of the product under working conditions.
6. Strengthen the threaded part of the aeration pan to prevent the root of the aeration pan from breaking