The Art of Aeroponics
We offer professional-grade low and high-pressure aeroponic systems, meticulously crafted and proudly manufactured right here in Canada. These systems are built with the highest quality components, ensuring durability and reliability. Our innovative high-pressure aeroponic solutions are engineered for peak performance, providing growers with exceptional results while also making a significant contribution to water conservation through their efficient design
The fundamental difference between high-pressure and low-pressure aeroponic systems centers on the crucial aspect of water pressure supplied to the nozzles. Specifically, high-pressure aeroponic systems are characterized by their operation with substantially greater psi (pounds per square inch) values when compared to their low-pressure counterparts. This variance in pressure exerts a notable influence on several key factors, including the density of the mist generated and the rate at which the nutrient solution is sprayed onto the plant roots. Consequently, this difference in pressure has far-reaching implications for various aspects of plant cultivation, including the efficiency of nutrient absorption by the plants, the overall water consumption of the system, and, ultimately, the general health and vigor of the plants being grown using these different aeroponic methods.
Low pressure aeroponics
Simple Aeroponics
10psi to 35psi per nozzle.
Low Pressure Systems
Basic low-pressure aeroponics generally utilize plastic nozzles, typically with a maximum pressure rating of 35 psi per nozzle. This design choice reflects a balance between cost-effectiveness and the operational requirements of lower-pressure systems, ensuring safe and efficient nutrient delivery to plant roots.
high pressure aeroponics
Advanced Aeroponics
50psi to 110psi per nozzle
High Pressure Systems
The fundamental difference between high-pressure and low-pressure aeroponic systems centers on the crucial aspect of water pressure supplied to the nozzles. Specifically, high-pressure aeroponic systems are characterized by their operation with substantially greater psi (pounds per square inch) values when compared to their low-pressure counterparts. This variance in pressure exerts a notable influence on several key factors, including the density of the mist generated and the rate at which the nutrient solution is sprayed onto the plant roots. Consequently, this difference in pressure has far-reaching implications for various aspects of plant cultivation, including the efficiency of nutrient absorption by the plants, the overall water consumption of the system, and, ultimately, the general health and vigor of the plants being grown using these different aeroponic methods.