How the NonStop WorksDetails on NonStop Models |  | - Under normal conditions, there is a slight pressure differential across each orifice in the silicone diaphragm.
- As a particle encounters the orifice, there is a momentary obstruction, causing the differential pressure across the orifice to increase greatly. This pushes the particle through the expanding orifice.
- The particle is then flushed through the orifice, which instantly returns to its normal size. Normal pressure conditions are restored. The particle continues through the remaining orifices in the diaphragm and out of the NonStop emitter.
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