Hydroponic Wick Pots – Food-Grade Self-Watering System
Hydroponic Wick Pot System: Virgin HDPE & PP Materials
At InHydro, we offer premium food-grade wick pots manufactured using 100% virgin HDPE and PP polymer materials. These hydroponic wick pot systems operate on passive capillary wick action, delivering nutrients directly to plant roots without pumps or electricity.
Designed for long-term durability and maximum food safety, our BPA-free and UV-stabilized wick pots ensure zero chemical leaching, making them suitable for commercial farming, greenhouses, and controlled growing environments across varied climatic conditions.
SPECIFICATIONS OF OUR PREMIUM WICK POT SYSTEMS
- Material Composition: Manufactured from 100% Virgin HDPE and PP food-grade polymers to ensure zero chemical leaching into crops.
- Safety Standards: Fully BPA-free and Lead-free, providing a non-toxic environment for organic herbs and vegetables.
- UV Resistance: Built with a dual-layer UV shield to withstand high-intensity sunlight and ensure 5+ years of longevity in the Indian climate.
- Chemical Stability: Highly resistant to standard hydroponic nutrient solutions, acidic environments, and common organic solvents.
- Passive Mechanism: Precision-engineered wick slots for consistent capillary action and moisture delivery to the root zone.
- Made in India: Proudly designed and manufactured in-house, ensuring high-quality control standards for commercial urban farming.
- In-House Manufacturing: All InHydro wick pots are designed, molded, and quality-tested at our own manufacturing facility to ensure consistent performance and material integrity.
WHY PROFESSIONALS CHOOSE INHYDRO WICK POTS
“InHydro’s self-watering wick systems provide optimal nutrient delivery and moisture consistency, ensuring high-yield growth for leafy greens and herbs while maximizing resource efficiency for sustainable urban farming.”
WHY CHOOSE INHYDRO’S WICK POT HYDROPONICS SYSTEMS?
Inhydro’s High-Density Polyethylene (HDPE) Nutrient Film Technique channel is one of the central elements of today’s hydroponic setups; the product provides multiple advantages that improve the efficacy, environmental friendliness, and yield of soilless farming. Naturally, with the appropriate density, HDPE is rather well known for its high strength and hardness . Hydro’s NFT channels manufactured from HDPE are not vulnerable to cracking, breaking and other forms of physical degradation. This lengthens the life cycle of hydroponic systems; since the physical structures of hydroponic systems have a high durability, they are not as frequently replaced, thus cutting down more expenses in the long-run.
The Hydroponics NFT system used to grow leafy vegetables. Our food Grade NFT Channel enables you to grow veggies at both urban and commercial farms.
HDPE also has a great chemical resistance to most of the chemicals that can be encountered in its application. This is very important especially in hydroponics where normally nutrients solutions with different pH are constantly passed round the system. Chemicals used in plant-growing solutions do not affect Inhydro’s HDPE NFT channels; they are chemically inert and neither corrode nor degrade. It has high density but it is relatively lighter; thus, the processes of handling and installation of Inhydro’s NFT channels are extensively manageable.
InHydro Professional Wick Pots for Hydroponics- Food-Grade Self-Watering Pots
Our range of Wick Pots: Precision-Molded for Healthy, High-Yield Crops
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Our system utilizes passive capillary action, where a high-porosity wick draws nutrient-rich water from a reservoir directly to the root zone. This passive hydration mechanism ensures 24/7 moisture delivery without the need for pumps, timers, or electrical power, making it a 100% fail-safe solution.
Yes, all InHydro Wick Pots are manufactured with specialized UV stabilizers integrated into the Virgin HDPE polymer. This ensures thermal stability and prevents the plastic from becoming brittle or degrading even under extreme 45°C+ temperatures common in Indian summers.
Virgin HDPE offers superior material integrity and is free from the contaminants often found in recycled plastics. It is a non-leaching material, ensuring that no harmful chemicals enter the nutrient solution, which is critical for maintaining food-grade safety and crop health.
Due to the use of heavy-duty, precision-molded polymers, our Wick Pots are designed for a lifespan of 5 to 7 years in a high-intensity commercial greenhouse environment. This durability provides a significantly higher ROI compared to standard PVC or thin-walled plastic containers.
The design includes a built-in air gap that promotes root aeration and oxygenation. Additionally, our opaque, UV-resistant walls block 100% of light penetration into the reservoir, effectively preventing algae growth and maintaining a hygienic root environment.
Absolutely. Our pots are BPA-free and meet international food-contact safety standards. The inert nature of the polymer ensures that your harvest remains pure and safe for human consumption, making them the preferred choice for commercial organic-style hydroponics.
Yes, our modular design allows for seamless integration into any commercial greenhouse or polyhouse layout. The pots are scalable, meaning you can start with a small pilot and expand to thousands of units without changing your basic infrastructure.
For optimum capillary action, we recommend a blend of perlite and vermiculite or high-quality coco-peat. These materials work in harmony with our wicks to maintain the perfect moisture-to-oxygen ratio, preventing dry spots or waterlogging.
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Advanced Passive Wick-Based Hydroponic Infrastructure for CEA Applications
InHydro’s professional-grade infrastructure delivers high-performance, energy-neutral irrigation for large-scale agricultural operations. Optimized for Controlled Environment Agriculture (CEA), our systems utilize Passive Capillary Action to draw nutrients directly to the root zone without electricity or moving parts. By maintaining a consistent moisture-to-oxygen ratio, we eliminate pump failure risks and provide optimal hydration for maximum yield.
Precision-molded from 100% Virgin HDPE, this modular system ensures long-term UV resistance and thermal stability in demanding greenhouse environments. Designed for institutional hubs and industrial food production, InHydro’s food-grade solution maximizes water conservation while significantly reducing overhead costs for entrepreneurs. Our durable, non-leaching infrastructure meets global safety standards, empowering growers to secure a sustainable, high-turnover agricultural future.
End-to-End Technical Guidance for Large-Scale Agricultural Success
Whether you are scaling an existing facility or starting a new commercial venture, InHydro provides the professional expertise required to ensure long-term operational efficiency. Our commitment goes beyond manufacturing; we partner with you to optimize every stage of the growing cycle.
From initial system design to automated dosing integration, we provide the technical roadmap and R&D-backed expertise for industrial success. Our team optimizes nutrient delivery and climate control, ensuring your infrastructure is tuned for maximum crop turnover.
Manufacturing Excellence
Precision-molded from 100% Virgin HDPE, our modular system provides long-term UV resistance and thermal stability for industrial environments. This food-grade, non-leaching infrastructure maximizes water conservation and meets global safety standards, significantly reducing overhead for commercial entrepreneurs. It is the ideal durable solution for institutional hubs seeking a sustainable, high-turnover agricultural future.
Project Support & Guidance
From initial system design to automated dosing integration, we provide the technical roadmap and R&D-backed expertise for industrial success. Our team optimizes nutrient delivery and climate control, ensuring your infrastructure is tuned for maximum crop turnover. As your strategic partner, we empower you to focus on profitability while leading the sustainable agricultural market.
INHYDRO WICK SYSTEMS REVOLUTIONIZE LARGE-SCALE AGRICULTURE BY COMBINING ZERO-ENERGY IRRIGATION WITH UNMATCHED SCALABILITY—REDUCING COSTS WHILE MAXIMIZING YIELD FOR A SUSTAINABLE FUTURE.