LYINE Vertical NFT Hydroponic System for Commercial Crop Production
The LYINE vertical NFT hydroponic system is designed for efficient and scalable crop production using nutrient film technology. This method allows a thin layer of nutrient solution to continuously flow through growing channels, providing plants with a stable supply of water, oxygen, and essential nutrients.
Developed for greenhouse installations and indoor farming environments, the system offers a reliable solution for high-volume cultivation of leafy greens. Its structured layout enables growers to maintain consistent plant growth while optimizing space utilization and operational efficiency.
Nutrient Film Technology and System Design
At the core of the LYINE system is the Nutrient Film Technique (NFT), which ensures that plant roots are exposed to a constantly circulating nutrient solution. This approach improves oxygen availability at the root zone while preventing over-saturation, creating optimal conditions for fast and uniform plant development.
The system consists of multiple growing channels arranged in vertical or multi-layer configurations. These channels are connected to a central nutrient reservoir and circulation system, where a pump continuously delivers solution through the network. Excess liquid is collected and recirculated, forming a closed-loop system that minimizes water waste.
Compared to traditional soil-based cultivation, NFT systems provide higher control over nutrient delivery and significantly reduce resource consumption. This makes the LYINE vertical NFT system suitable for intensive farming operations focused on productivity and consistency.
Typical NFT Hydroponic System Configurations
The LYINE NFT hydroponic systems are available in multiple standard configurations, with flexible sizing and customizable parameters depending on project requirements.
Flat NFT Hydroponic System
| Name | Flat NFT Hydroponic System |
| Overall Size | L 2M × W 1M × H 0.5M (customizable) |
| Tube Size | 100×50mm / 120×80mm / 100×100mm |
| Tube Type | White NFT tubes / Hollow black & white tubes |
| Hole Diameter | 32–50 mm (customizable) |
| Hole Spacing | 80–120 mm (customizable) |
| Material | Galvanized steel frame + food-grade PVC tubes |
| Accessories | Water pump, electric timer, net pots, sponges, optional PHEC system |
Vertical Multi-layer NFT Hydroponic System
| Name | Vertical Multi-layer NFT Hydroponic System |
| Overall Size | L 3M × W 0.6M × H 2.4M |
| NFT Tube Size | 100×50mm / 120×80mm / 100×100mm |
| Tube Type | White NFT tubes / Hollow black & white tubes |
| Hole Diameter | 32–50 mm (customizable) |
| Hole Spacing | 80–120 mm (customizable) |
| Material | Galvanized steel frame + food-grade PVC tubes |
| Accessories | Water pump, electric timer, net pots, sponges, optional PHEC system |
System Components and Operation
The system includes essential components required for stable and continuous operation. A circulation pump maintains nutrient flow across all channels, while an electronic timer regulates irrigation cycles to ensure proper exposure of roots to the nutrient film.
Depending on configuration, the system can be equipped with monitoring elements such as water temperature sensors and control units that allow operators to adjust system parameters. The modular structure enables flexible installation and scaling based on production needs.
Applications
The LYINE NFT hydroponic system is widely used in professional agricultural environments where efficient and predictable crop production is required. It is particularly suitable for greenhouse-based farming as well as controlled indoor growing facilities.
- Greenhouse hydroponic production of leafy greens
- Indoor farming systems and vertical farms
- Commercial vegetable cultivation projects
- Urban agriculture and high-density growing installations
Why Choose LYINE NFT Hydroponic System
The main advantage of the LYINE NFT system lies in its simplicity and efficiency. By maintaining a continuous flow of nutrient solution, the system provides stable growing conditions while reducing water and fertilizer consumption.
Its scalable design allows growers to expand production capacity without major infrastructure changes, making it suitable for both medium and large-scale operations. Combined with reliable components and a structured layout, the system offers a practical solution for modern hydroponic farming focused on yield and consistency.
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| Product Location | Henan, China |
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