NFT, or nutrient film technique, hydroponic systems are among the most widely used cultivation methods in controlled-environment agriculture. The approach relies on a shallow, continuously circulating film of nutrient solution to irrigate plant roots, delivering nutrients efficiently while limiting water use. Product specifications for the My Greens gully line illustrate the design logic, component dimensions and operational constraints that growers weigh when building or expanding a hydroponic system.
The reliability of an NFT system depends largely on two factors: how evenly nutrient solution flows through the channel and how much oxygen reaches the root zone. The gully’s top profile is inclined to leave space above the roots, encouraging air movement and reducing the risk of root rot. Internal fins guide the solution across the full width of the channel floor, preventing it from collecting on one side and helping to provide a more uniform nutrient supply to each plant.
The gullies are made from uPVC, a material selected for weather resistance and chemical stability during prolonged contact with nutrient solution. That makes the channels suitable for indoor and greenhouse installations, where structural consistency and durability are required.
Accurate dimensions matter when growers design DIY hydroponic layouts, since gullies must align with pumps, reservoirs, frames and planting holes. The standard specifications for the My Greens series are listed below.
| Parameter | Technical specification |
|---|---|
| Gully length | 2,000 mm |
| Gully width | 105 mm |
| Gully height | 50 mm |
| Planting holes | 8 holes, 50 mm diameter |
| Material | uPVC |
| Accessories | Two end caps; net pots not included |
NFT systems are used by both beginners and commercial growers because of their resource efficiency. Nutrient solution circulates continuously through a pump, passing directly over the roots and reducing losses compared with some other cultivation methods.
The system also uses space and water more efficiently than conventional soil cultivation. Because the solution runs in a closed loop, water consumption is significantly lower. Maintenance is relatively modest once the channel design is established; growers mainly need to monitor electrical conductivity, which indicates nutrient concentration, and pH, which affects nutrient availability, to support rapid plant growth.
Because NFT gullies are long, they fall outside the dimensions normally accepted by standard parcel services. Shipping costs therefore cannot be calculated in the same way as for compact equipment and must be assessed separately according to order quantity and freight requirements.
Warehouse pickup is often the more practical option. When delivery is required, freight costs are determined by order quantity, volume and weight; those costs are typically confirmed before an order is placed.
