Coating Material Ejector Uniform Airflow Distribution

The single inlet pipe is segmented into multiple inlet pipes distributed around the spray axis. Each inlet pipe supplies air to a specific sector of the annular outlet chamber, ensuring that air is introduced at multiple locations simultaneously. This segmentation eliminates the pressure gradient problem caused by a single inlet, as air now enters from multiple points around the chamber, achieving uniform airflow distribution to all outlet channels while maintaining structural simplicity through the use of multiple identical pipe components.

The air supply system is segmented into multiple identical inlet pipes, intermediate chambers, and outlet channel assemblies arranged symmetrically around the spray axis. Each segment handles a specific angular sector of airflow distribution. This modular segmentation allows the complex function of uniform 360-degree airflow distribution to be achieved by repeating simple, identical structural units, thereby managing device complexity through standardization and symmetry rather than through fundamentally different mechanisms.

The air supply system is divided into multiple inlet pipes positioned at different angular locations around the spray axis, with each inlet pipe serving a specific sector of outlet channels. This segmentation ensures that outlet channels at equal angular intervals all receive air from nearby inlet pipes at similar distances, equalizing the pressure conditions. The pressure drop variation is eliminated because the radial distance from any inlet pipe to its served outlet channels is standardized, while the angular distribution symmetry is maintained through uniform angular spacing of the segmented components.