How does MIST MID RANGE SPRINKLER break water into extremely fine droplets?

1. Unique internal structure design
The internal structure design of MIST MID RANGE SPRINKLER is the key to its ability to break water into extremely fine droplets. The nozzle is designed with multiple tiny nozzles and channels, the size and arrangement of which are precisely calculated to ensure that the water flow can be evenly divided and refined when passing through.

Tiny nozzles and channels: The size of the nozzles and channels inside the nozzle is very small, usually only a few millimeters or even smaller. These tiny nozzles and channels can divide the water flow into countless fine droplets, thus forming a mist effect.
Precisely calculated arrangement: The arrangement of the nozzles and channels is precisely calculated to ensure that the water flow can be evenly divided and refined when passing through. This arrangement can avoid uneven division of the water flow when passing through, thereby ensuring the uniformity and fineness of the droplets.

2. Special atomization device design
The top of the nozzle of MIST MID RANGE SPRINKLER is designed with a special atomization device, which can change the spray angle and strength of the water flow by rotating and adjusting, thereby further refining the water flow.
Rotation and adjustment function: The atomization device can change the spray angle and strength of the water flow by rotating and adjusting. This design can flexibly adjust the atomization effect of the water flow according to different irrigation needs, so as to achieve the best irrigation effect.
Pressure and rotation force application: When the water flow passes through the spray hole, the atomization device will apply a certain pressure and rotation force to it, so that the water flow forms a more uniform and delicate mist effect when it is sprayed. This design can prevent water droplets from directly impacting the plants and ensure that the water can be evenly covered on the surface of the plants.

3. Advanced materials and processes
MIST MID RANGE SPRINKLER also uses advanced materials and processes to ensure that it can maintain a good atomization effect during long-term use.
Corrosion-resistant and wear-resistant materials: The nozzle holes and channels inside the nozzle are made of corrosion-resistant and wear-resistant materials, which can effectively prevent impurities and minerals in the water flow from clogging and corroding the nozzle holes. This design ensures that the nozzle can maintain good atomization effect during long-term use.
Specially treated atomizer: The atomizer of the nozzle has also been specially treated to maintain a stable working state under various climatic conditions. This design ensures that the water flow can always be broken down into extremely fine droplets, thereby achieving the best irrigation effect.

4. Efficiency and practicality in practical applications
The design of MIST MID RANGE SPRINKLER can not only prevent water droplets from directly impacting plants, but also effectively reduce water evaporation losses and improve water resource utilization efficiency.
Avoid water droplets from directly impacting plants: By breaking the water flow into extremely fine droplets, MIST MID RANGE SPRINKLER can prevent water droplets from directly impacting plants, thereby protecting plants from damage.
Reduce water evaporation loss: Due to the fineness and uniformity of the droplets, MIST MID RANGE SPRINKLER can effectively reduce water evaporation loss and improve water resource utilization efficiency. This design ensures that water can be fully absorbed by plants, thereby achieving the best irrigation effect.