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  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
  • Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes
Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes

Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes

  • >= 100 Meters
    $200
View product details

Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hydroponic Nutrient Delivery: Utilizes NFT (Nutrient Film Technique) to circulate nutrient solutions through plastic pipes and tubes, ensuring efficient root absorption for plant growth.
  • Multi-Span Greenhouse Integration: Designed to fit seamlessly into multi-span agricultural greenhouses, optimizing space and supporting large-scale crop cultivation.

Key features

  • 1. Corrosion-Resistant Plastic Pipes

    • With corrosion-resistant plastic pipes, you can ensure long-lasting durability in agricultural environments, outperforming traditional metal systems*. The lightweight material reduces maintenance costs while maintaining structural integrity in harsh conditions.

  • 2. Nutrient Film Technique (NFT) Channel Design

    • With the NFT channel design, you can achieve precise nutrient distribution for optimal plant growth, simplifying maintenance compared to complex drip systems*. The streamlined channels enable efficient water and nutrient flow for consistent crop yields.

  • 3. High-Yield Performance

    • With efficient water and nutrient delivery, you can achieve up to 30% faster crop yields* compared to soil-based methods, maximizing productivity in controlled hydroponic setups.

  • 4. Multi-Span Greenhouse Compatibility

    • With multi-span greenhouse structures featuring durable polycarbonate (PC) sheet covers, you can create weather-resistant growing environments, surpassing conventional glass or plastic film solutions*. The scalable design supports both commercial and large-scale agricultural operations.

  • 5. Food-Safe Materials

    • With food-grade certified plastic and PC sheet materials, you can ensure safety for crop production, meeting rigorous agricultural standards like FDA compliance*.

Product details

Agriculture Channel NFT Growing Hydroponic System Plastic Pipes and Tubes

The Agriculture Channel NFT Growing Hydroponic System combines durable plastic pipes, multi-span greenhouse design, and corrosion-resistant aluminum framing to deliver efficient crop cultivation. Engineered for precision nutrient delivery, this system supports high-yield hydroponic farming in controlled environments.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPlastic (PVC/HDPE) pipes; Aluminum frame (100mm×80mm)Structural support and nutrient channeling in greenhouses
Cover MaterialPolycarbonate (PC) sheet with UV coatingTransparent roofing for light transmission and weather resistance
Hydroponic DesignNFT channel system with 80mm heightLeafy greens, herbs, and shallow-rooted crops
FinishAnodized white aluminum surfaceAesthetic and corrosion protection in outdoor settings

Customization guide

Adjustable pipe lengths (2m–6m) and channel spacing (15–30cm) to optimize crop density and root exposure. Aluminum frame dimensions can be scaled for multi-span greenhouses up to 50m in length.

Get inspired

With lightweight aluminum framing and UV-protected PC roofing, this system enables year-round hydroponic farming. The NFT channels ensure consistent nutrient flow, while the modular design adapts to small-scale gardens or commercial greenhouses.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Pipe DurabilityStandard plasticUV-resistant HDPEReinforced corrosion-free alloy
Frame Strength100mm×80mm aluminum+20% load capacity+40% load capacity*
PC Sheet Thickness3mm4mm UV coating6mm triple-layer
NFT Channel Count50/m²75/m²100/m²

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum Frame Corrosion Resistance: Triple-industry-standard protection for coastal or humid farms.
    • HDPE Pipes: 20% lighter than PVC, reducing greenhouse structural load.
    • Triple-Layer PC Sheets: 50% higher UV blockage than standard polycarbonate.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale farms (≤100m²) needing cost-effective NFT setups.
    • Advanced Model: Targets medium growers requiring UV resistance and higher crop density (e.g., commercial lettuce farms).
    • Pro Model: Designed for industrial operations in harsh climates, pairing corrosion-free alloy pipes with heavy-duty frames to withstand extreme loads.

With the Pro’s reinforced alloy pipes, you can achieve 30% faster crop turnover in saline environments. Pair this with triple-layer PC roofing to eliminate light degradation, ensuring optimal plant growth year-round.

Frequently asked questions

  • Which NFT hydroponic system is best for small-scale farming operations?

  • How do I clean and maintain plastic pipes in a hydroponic setup?

  • Why choose plastic pipes over PVC for hydroponic systems?

  • Can the system be customized for specific crops like leafy greens?

  • Is the PC sheet cover UV-resistant for outdoor use?

  • How easy is it to assemble the multi-span agricultural greenhouse?

  • Does this system support vertical farming configurations?

  • What makes this hydroponic system cost-effective long-term?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionAgricultural setups needing corrosion resistance and longevity- Industry: PVC pipes (ASTM D1729, 6mm thick)
- Our Base: HDPE (ASTM D3350, 8mm)
- Our Advanced: UV-stabilized HDPE (ASTM D790, 10mm)▲▲		- HDPE is 50% lighter than PVC (reduces labor costs)
- Advanced: 30% higher tensile strength (ASTM D638)		- PVC cheaper but less durable (requires replacement every 5 years)
- Advanced: 20% higher upfront cost
Cover MaterialGreenhouses in sunny regions needing UV protection- Industry: Standard polyethylene (4mm, 80% light transmission)
- Our Base: Polycarbonate (PC) sheet (6mm, 85% light, 8-year UV)▲
- Our Advanced: Double-wall PC (10mm, 89%, 10-year UV)▲▲		- PC 200x stronger than polyethylene (impact resistance)
- Advanced: 15% better light diffusion (ISO 9050)		- Higher initial cost than polyethylene
- Advanced: 10% weight increase (requires reinforced framing)
Hydroponic System TypeCultivating leafy greens/herbs needing precise nutrient flow- Industry: Drip irrigation (variable flow rates)
- Our Base: NFT with 0.3cm depth (ISO 22280)
- Our Advanced: Smart NFT with sensors (0.3cm ±0.05cm)▲		- NFT cuts water use by 40% vs drip systems
- Advanced: 98% nutrient efficiency (reduces waste)		- NFT requires constant power (risk during outages)
- Advanced: 30% higher energy consumption
Greenhouse Span CapacityLarge-scale farming needing expansive greenhouse areas- Industry: Single-span (max 10m span)
- Our Base: Multi-span (15m spans)▲
- Our Advanced: Reinforced multi-span (20m)▲▲		- Base: 50% more usable space vs single-span
- Advanced: Supports 25% larger crop zones (reduces structural interruptions)		- Higher construction costs for larger spans
- Advanced: Requires skilled installation
Durability & Weather ResistanceHarsh climates with temperature extremes- Industry: Standard materials (-10°C to 60°C)
- Our Base: Enhanced (-20°C to 70°C)▲
- Our Advanced: Extreme (-30°C to 80°C)▲▲		- Base: Withstands frost damage in northern regions
- Advanced: Survives tropical heatwaves and Arctic winters		- Base: 15% higher cost than industry standard
- Advanced: 50% pricier but 2x lifespan
Water & Nutrient EfficiencyWater-scarce regions needing conservation- Industry: 80% recirculation rate
- Our Base: 90%▲
- Our Advanced: 95%▲▲ via smart systems		- Base: Saves 2,000L/week for 1-acre farms
- Advanced: Reduces water waste by 40% (meets UN SDG 6 targets)		- Advanced: Requires IoT infrastructure (adds $500-$1,000 setup cost)
- Base: Manual monitoring needed

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