Abstract:The design shape of the Nozzle Fittings will direc...
The design shape of the
Nozzle Fittings will directly affect the injection method and effect of liquid or gas. The design shape includes the form of the nozzle, the structure of the flow channel, the number and arrangement of the nozzle holes.
The shape of the nozzle directly determines the path and range of the injection. Conical nozzles typically produce a cone-shaped spray, while flat nozzles can also produce a broad, fine jet. The tip layout of the nozzle also affects the speed and accuracy of liquid or gas injection.
The channel structure of the nozzle has a huge impact on the stability and uniformity of the injection. When designing the channel, it is necessary to consider the fluidity of the fluid in the channel to ensure that the liquid or gas ejected from the nozzle is uniform without obstruction or fluctuation.
The length, shape and distribution density of the nozzle holes are important to the spray effect. Smaller orifices are also possible to produce first-class mist, suitable for spraying and fogging procedures, while larger orifices can be used for spraying compressed air or cleaning.
The angle of the nozzle design directly affects the injection angle of liquid or gas. Some applications require broad coverage, while others may require a more focused spray.
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