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China NFT Hydroponics PVC Pipe Suppliers & Factory for Soil-Free Nutrient Film Technology
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China NFT Hydroponics PVC Pipe Suppliers & Factory for Soil-Free Nutrient Film Technology

Hydroponics is an innovative method of growing plants where roots are directly immersed in a nutrient solution, eliminating the need for soil. This technique was pioneered by British inventor Cooper in 1973, leading to the development of the Nutrient Film Technique (NFT). NFT operates by circulating a thin layer of nutrient solution (ranging from 0.5 to 1 cm) over the plant roots, ensuring a continuous supply of water, nutrients, and fresh oxygen. This efficient irrigation system simplifies crop management as it removes the need to calculate water requirements and provides a balanced nutrient supply. Additionally, by isolating the roots from soil, NFT cultivation effectively prevents soil-borne diseases and eliminates the necessity for soil sterilization. For those seeking sustainable agricultural solutions, partnering with leading China suppliers and factories specializing in hydroponic systems can enhance your farming practices and yield exceptional results.

    Overview & Essential Details

    Welcome to our comprehensive guide. Below you will find the key information, visual representations, and critical updates regarding our latest developments.

    Important Notice: Ensure all installation steps are followed sequentially to achieve optimal performance and maintain product integrity.

    Visual Gallery & Documentation

    The following images illustrate the standard setup configurations. Refer to these layouts during your implementation process.

    Setup Configuration Left ViewFigure 1: Initial System Setup
    Setup Configuration Center ViewFigure 2: Interface Calibration
    Setup Configuration Right ViewFigure 3: Final Output Verification

    Video Walkthrough

    Watch the video guide below for a step-by-step demonstration of the entire operational workflow.

    Frequently Asked Questions

    What are the primary system requirements?

    The system is designed to run seamlessly on all modern web browsers including Chrome, Safari, Firefox, and Edge. It requires a stable internet connection and works across desktop, tablet, and mobile devices.

    How do I configure the initial setup?

    Simply follow the visual cues provided in Figure 1 and Figure 2. Connect the interface components, launch the software wizard, and follow the on-screen calibration instructions.

    Can I use this layout on mobile devices?

    Yes, this layout is fully responsive and optimized for mobile viewing. Images, grids, and video containers automatically scale to fit smaller screens.

    Are there any licensing fees for the media?

    All placeholder media used in this layout are for demonstration purposes. Please replace them with your own licensed or royalty-free creative assets.

    Where can I find additional technical support?

    For further technical assistance, please refer to the detailed documentation provided in your user portal or contact our dedicated customer support team.

    Greenhouse Cover&Structure

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    • 1. Steel Structure
    • Steel structure material is high quality carbon steel which is accordance with national standard. Steel parts and fasteners are processed according to “GB/T1912-2002 Technical Requirements and Test Methods of Hot-galvanized Layer for Metal Coating Steel Production”. Inside and outside hot galvanized steel should meet the national standard (GB/T3091-93) requirements of quality products. Galvanized layer should have thickness uniformity, no burr, and the galvanized layer thickness is not less than 60um.
    • 2. Cover material
    • A. Intensity improved: toughened glass, mechanical strength, impact resistance and bending strength can reach four to five times of common glass.
    • B. Heat stability improved: tempered glass can withstand the large temperature difference, not damaged.
    • C. Security improved: after high strength damage, toughened glass turn into tiny particles, maximizing the personal safety.

    Outer Sunshade System

    In the summer when indoor temperature rise to a certain value, it can reflect a part of the sun and diffuse sunshine into the greenhouse according to the different shading rate, achieving the purpose of cooling temperature. Close sunshade screen, at the same time the greenhouse temperature drop 4 ~ 6℃, reduce temperature in the greenhouse. By choosing different shading rate curtain, it can meet the sunshine demand of different crops. 

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    Inner Sunshade&Warming System

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    This system is installing inner sunshade net in the greenhouse.In summer, it can reduce the inner temperature, and in winter and in night, it can prevent the heat running off. It has two types, ventilation type and thermal insulation type.

    Cooling System

    Cooling system can decrease the temperature according to the principle of evaporation of water for cooling. System has high-quality cooling pads and the fans with big wind.The core of cooling system is the cooling pads, which can evaporate water, is made of corrugated fiber paper.it is corrosion resistant and has long working life, because the raw material is added to a special chemical composition. The special  cooling pads can ensure the water wets whole wall of  cooling pads. When the air goes through the pads, the exchange of water and air on the surface of pads can change the hot air into cool air, then it can humidify and cool the air.

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    Ventilation System

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    Greenhouse ventilation system is divided into two kinds, natural and forced ventilation. Glass greenhouse natural ventilation is opening staggered windows on the roof. Forced ventilation is achieved through installing blowers. In general, we install the cooling system of fans and cooling pad. Ventilation systems can be customized according to customer needs and planting conditions.

    Heating System

    Heating system has two types, one type is using the boiler to provide heat, and another uses of electric. Boiler fuel can choose coal, oil, gas and bio fuels. Boilers need laying of pipelines and water warming blower to heat. If use electricity, you need electric warm air blower to heat.

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    Light Compensating System

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    Greenhouse compensating light, also called plants light, is a required light of supplying light to the plants for growing and developing, instead of sunlight according to the natural law of plant growth and the principle of plants using sunlight for photosynthesis. At this moment most of farmers use high pressure sodium lamp and LED lamp.

    Irrigation System

    We supply two types of irrigation system, drip irrigation system and spray irrigation system. So you can choose the best one for your greenhouse.

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    Nursery Bed System

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    Nursery bed has Fixed bed and movable bed. Movable nursery bed specifications: seedbed standard height 0.75m, can be adjustable a little. Standard width 1.65m, can be changed according to the width of the greenhouse, and length can be customized according to the user requirements; movable bed grid 130 mm x 30 mm (length x width), hot dip galvanized material, high corrosion resistance, good load-bearing capacity, long service life. Specifications for the fixed bed: length 16m, 1.4m wide, height 0.75m.

    CO2 Control System

    The main purpose is to achieve real-time monitoring of the CO2 concentration in the greenhouse, so that the CO2 in the greenhouse is always within the range of crops suitable for crop growth.Mainly including CO2 detector and CO2 generator. The CO2 sensor is a sensor used to detect CO2 concentration. It can monitor the environmental parameters in the greenhouse in real time and make adjustments based on the monitoring results to ensure a suitable growth environment for plants.

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    Control System

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    Greenhouse control system is generally composed of control cabinet, sensors and circuits, which can be realized semi automatic control. You can also use the computer to intelligently control the greenhouse systems through installing networking.

    Greenhouse Water Supply System

    Mainly includes: purification system, water tank, irrigation system, water and fertilizer integrated machine

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