Thingiverse
Turbulent Grow Nozzle
di Cleven
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Maximize your greenhouse airflow!
The nozzle creates a turbulent air pattern through the internal fin design. This flow is then compounded by the eductor design through Venturi effect. This design prototype and theory creates a multi directional fluid flow as well as vortex shedding. This redirects the air as well as functions as an eductor stirring up the air throughout the tent and is cycles around the nozzles channels. If you print a smaller version for aquariums and blow in the end and or use an air compressor you are able to experience the results small scale.
Air circulation around plant is very important, especially in the greenhouse/grow-tent environment.
If humidity levels build up around the plants, could lead to pollen clogging resulting in poor plant growth as well as exposure to mold and other diseases. Providing excess air flow around the plants by providing a turbulent flow utilizing the technology from the Turbulent Flow Nozzle for fluid flow.
The additional
The nozzle creates a turbulent air pattern through the internal fin design. This flow is then compounded by the eductor design through Venturi effect. This design prototype and theory creates a multi directional fluid flow as well as vortex shedding. This redirects the air as well as functions as an eductor stirring up the air throughout the tent and is cycles around the nozzles channels. If you print a smaller version for aquariums and blow in the end and or use an air compressor you are able to experience the results small scale.
Air circulation around plant is very important, especially in the greenhouse/grow-tent environment.
If humidity levels build up around the plants, could lead to pollen clogging resulting in poor plant growth as well as exposure to mold and other diseases. Providing excess air flow around the plants by providing a turbulent flow utilizing the technology from the Turbulent Flow Nozzle for fluid flow.
The additional
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