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Engineered with clear PVC, these pipes enable easy root monitoring while providing a durable, chemical-resistant structure for soilless cultivation of leafy greens and herbs.
Transparent PVC Construction: 90% light transmission for root zone observation, made from food-grade PVC (ASTM D1784, Type 1, Grade 1) compliant with NSF 61.
Modular Design: 50-110mm diameters with pre-drilled planting holes (10cm spacing), compatible with O-rings and connectors for custom system configurations.
Efficient Nutrient Flow: Smooth interior (Ra≤0.8μm) and 1° slope for optimal NFT flow (0.5-1L/min per meter), reducing nutrient stagnation and algae growth.
UV & Chemical Resistance: UV stabilizers (500 hours exposure) and resistance to common nutrients (pH 3-11, EC ≤5.0 mS/cm), suitable for indoor and outdoor use.
Easy Installation: Lightweight (0.8kg/m for 50mm pipe) with push-fit connections, allowing DIY setup in 30 minutes without specialized tools.
Perfect for urban and home hydroponics, these pipes are used in:
NFT Systems: Grows lettuce, kale, and spinach with continuous nutrient film, ideal for vertical racks and wall-mounted gardens.
Aeroponic Setups: Distributes misting nozzles evenly in tower systems, enabling root zone observation for precise irrigation control.
Education & Hobby Gardening: Creates visible growing systems for schools and home growers, enhancing learning through root development observation.
Commercial Microgreens: Provides efficient space utilization in urban farms, with clear pipes enabling quality checks without disassembly.
Visibility Advantage: Clear pipes allow real-time root health monitoring, reducing crop loss from unseen diseases by 40%.
Design Flexibility: Customizable lengths (0.5-6m) and bends (90°, 45°), fitting into tight spaces like balconies, kitchens, and office green walls.
Sustainability Focus: 100% recyclable PVC and lead-free composition, aligning with circular economy principles for urban agriculture.
Technical Support: Free 3D design templates and installation videos, guiding users from system planning to crop harvesting.
Engineered with clear PVC, these pipes enable easy root monitoring while providing a durable, chemical-resistant structure for soilless cultivation of leafy greens and herbs.
Transparent PVC Construction: 90% light transmission for root zone observation, made from food-grade PVC (ASTM D1784, Type 1, Grade 1) compliant with NSF 61.
Modular Design: 50-110mm diameters with pre-drilled planting holes (10cm spacing), compatible with O-rings and connectors for custom system configurations.
Efficient Nutrient Flow: Smooth interior (Ra≤0.8μm) and 1° slope for optimal NFT flow (0.5-1L/min per meter), reducing nutrient stagnation and algae growth.
UV & Chemical Resistance: UV stabilizers (500 hours exposure) and resistance to common nutrients (pH 3-11, EC ≤5.0 mS/cm), suitable for indoor and outdoor use.
Easy Installation: Lightweight (0.8kg/m for 50mm pipe) with push-fit connections, allowing DIY setup in 30 minutes without specialized tools.
Perfect for urban and home hydroponics, these pipes are used in:
NFT Systems: Grows lettuce, kale, and spinach with continuous nutrient film, ideal for vertical racks and wall-mounted gardens.
Aeroponic Setups: Distributes misting nozzles evenly in tower systems, enabling root zone observation for precise irrigation control.
Education & Hobby Gardening: Creates visible growing systems for schools and home growers, enhancing learning through root development observation.
Commercial Microgreens: Provides efficient space utilization in urban farms, with clear pipes enabling quality checks without disassembly.
Visibility Advantage: Clear pipes allow real-time root health monitoring, reducing crop loss from unseen diseases by 40%.
Design Flexibility: Customizable lengths (0.5-6m) and bends (90°, 45°), fitting into tight spaces like balconies, kitchens, and office green walls.
Sustainability Focus: 100% recyclable PVC and lead-free composition, aligning with circular economy principles for urban agriculture.
Technical Support: Free 3D design templates and installation videos, guiding users from system planning to crop harvesting.
