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  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
  • A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces
A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces

A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces

  • 1 - 999 Meters
    $5
  • 1000 - 4999 Meters
    $4.60
  • 5000 - 88887 Meters
    $3.60
  • >= 88888 Meters
    $0.80

Customization:

Logo(Min.Order: 500 pieces)

A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vertical Hydroponic NFT System: Utilizes a nutrient film technique (NFT) to deliver water and nutrients to leaf vegetables (e.g., lettuces) via a recirculating system, enabling high-yield growth in soil-free environments.
  • Modular Multilayer Design: Features stackable plastic growing racks and PVC-covered frames to maximize vertical space efficiency, ideal for compact greenhouse setups.

Key features

  • 1. Corrosion-Resistant Metal Framework and Durable PVC Cover

  • Material Technology

  • 2. Vertical Multilayer Racks with NFT Hydroponic Technology

  • Performance Parameters

  • 3. Modular Design for Urban and Suburban Adaptability

  • Scenario Solutions

  • 4. Eco-Friendly Materials for Sustainable Agriculture

  • Certification Standards

  • 5. Automated Irrigation and Environmental Monitoring

  • Interactive Design

Product details

A Type Hydroponic System Vertical Hydroponics Setup PVC NFT Farming Multilayer Growing Rack for Greenhouse Strawberry Lettuces

The A Type Hydroponic System Vertical NFT System is a modular, space-efficient solution for hydroponic cultivation in greenhouses. Designed for leafy vegetables like lettuces, it combines durable plastic construction with PVC covers to optimize light transmission and environmental control. Its vertical multilayer racks maximize yield per square meter while reducing water usage by up to 90% compared to traditional soil farming.

Technical specifications

FeatureSpecificationBenefit
MaterialPlastic racks, PVC roof panelsLightweight, corrosion-resistant, UV-stable
Support StructureReinforced metal frameworkLoad-bearing capacity: 500 kg/m²
Irrigation SystemAutomated NFT (Nutrient Film Technique)Consistent nutrient delivery, 20% faster growth cycles*
ModularityStackable 3-6 tier configurationsScalable from 10m² to 1000m² setups
Environmental ControlIntegrated sensors (temp/humidity)Real-time adjustments for optimal growth

*Compared to manual irrigation systems.

Customization guide

Adjustable parameters include:

  • Tier height (20-40 cm) to accommodate plant species.
  • Tray spacing for root zone management.
  • Irrigation flow rate (0.5-2 L/min) to match crop needs.
    Example: For romaine lettuce, set trays at 30 cm intervals and flow rate to 1.2 L/min.

Get inspired

Maximize urban farming potential with vertical hydroponics. Grow crisp, pesticide-free lettuces year-round in climate-controlled conditions—ideal for restaurants, supermarkets, or community gardens seeking local, sustainable produce.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tier Capacity3 tiers5 tiers6 tiers
Automation LevelManual overrideSemi-automatedFully automated
Sensor IntegrationBasic (temp)Multi-sensor (temp/humidity)Smart IoT monitoring
Water Efficiency85% reuse rate92% reuse rate95% reuse rate*
Setup Time2 days1.5 days1 day

*Compared to industry benchmarks.

Supplier's note

  1. Technical Breakthroughs:

    • PVC Roofs: Triple the UV resistance of traditional polyethylene covers, extending lifespan by 5+ years.
    • Modular Design: Interlocking racks reduce assembly time by 40% versus welded systems.
    • NFT Efficiency: The Pro Model’s precision flow system cuts water usage by 25% over drip irrigation.
  2. Version Selection Guide:

    • Base Model: Ideal for small-scale farms or hobbyists prioritizing cost-effectiveness.
    • Advanced Model: Commercial growers needing scalability with semi-automated controls.
    • Pro Model: Large operations requiring full automation and IoT integration (e.g., vertical farms in cities).
      Example: A Pro Model’s 95% water reuse rate paired with IoT monitoring ensures consistent yields even in drought-prone regions.

Frequently asked questions

  • Which vertical hydroponic system suits small greenhouse setups for leaf vegetables?

  • How to clean the PVC cover of a vertical hydroponic greenhouse?

  • PVC vs Glass for hydroponic greenhouse covers: Which is better for durability?

  • Can I expand the vertical NFT system for larger lettuce farms?

  • Is this hydroponic system FDA-approved for commercial leafy greens?

  • Does the vertical hydroponic rack reduce water usage compared to soil farming?

  • How does the vertical multi-layer setup maximize space for leaf vegetables?

  • Can this system automate irrigation for hydroponic lettuces?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Structural MaterialGreenhouse construction
Industry Standard: Glass (10mm, 90% light transmission)
▲ Base: PVC (12mm, UV-resistant, 85% light)
▲ Advanced: Polycarbonate (15mm, 92% light (ISO 9050), 20-year warranty)
Base offers cost savings; Advanced provides superior light and durabilityBase has lower light than glass; Advanced is heavier and more expensive
Hydroponic MethodSoilless cultivation
Industry Standard: DWC (Deep Water Culture)
▲ Base: NFT (Nutrient Film Technique, 0.5cm depth (ASABE))
▲ Advanced: NFT + Aeration (15% faster growth)
NFT uses 30% less water than DWC; Advanced improves nutrient uptakeNFT requires precise flow control; Advanced systems may need more maintenance
Irrigation SystemMoisture management
Industry Standard: Manual
▲ Base: Automated drip (2 cycles/day (ISO 11053))
▲ Advanced: Smart sensors (15% water savings (USDA))
Automation reduces labor; Advanced optimizes water useBase lacks adaptability; Advanced increases initial cost
Environmental ControlClimate regulation
Industry Standard: Basic thermostat
▲ Base: Temp/Humidity sensors
▲ Advanced: CO₂ monitoring (±50ppm accuracy (NIST)) + LED control
Base provides basic control; Advanced ensures precise conditionsBase lacks advanced features; Advanced increases energy consumption
Space UtilizationMaximizing yield per area
Industry Standard: Horizontal
▲ Base: 4-tier racks (2m height)
▲ Advanced: 6-tier (3m) with adjustable spacing
Vertical saves 50% space vs horizontal; Advanced increases yield by 30%Vertical requires sturdy structure; Advanced needs more floor space
Modularity/ExpandabilityScaling production
Industry Standard: Fixed systems
▲ Base: Add up to 3 modules
▲ Advanced: Plug-and-play (unlimited expansion)
Base allows limited scaling; Advanced offers flexible growthBase has expansion limits; Advanced requires careful planning

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