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Chinese Agri Greenhouse with Built-in Aquaponics 6/8/10m

A Chinese agri greenhouse with built‑in aquaponics, in 6/8/10 m widths, combines vegetable production and fish rearing in one controlled unit. Durable steel frame, clear covering, and integrated climate and irrigation systems raise yields, cut water use, and enable year‑round growing. Modular sizes, turnkey setup and low maintenance offer space efficiency, fast ROI and sustainable, organic output.

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Optional system

Cooling System.irrigation System.ventilation.etc

Covering

150/200micro PE Film

Color

Black White

Cooling system

Cooling Pad Fan System

Structure

Hot Galvanized Steel Frame

Features

Easily Assembled

Application

Herbs, mushrooms, vegetables

Instruction for use

With installation manual and installation video

Turnkey Modular Aquaponics Greenhouse

The Multi span Film greenhouse with built-in aquaponics (available in 6/8/10m spans) delivers scalable, water-efficient, high-yield cultivation by combining modular arched spans and integrated aquaponics to boost crop output and reduce labor and irrigation needs. Factory-direct quality with customizable lengths (30/50/60m or tailored), shoulder heights 1.5–1.8m, roof height ~3.5m, corrosion-resistant frame, UV-stable film, and engineered wind (0.6 kN/m2), snow (0.5 kN/m2) and rain (140 mm/h) resistance ships in secure professional packaging and a clear installation kit. Dedicated after-sales engineers provide planning drawings, free samples (freight paid by buyer), and tailored system recommendations by crop and site conditions to ensure fast assembly and reliable year‑round production.

Modular Integrated Aquaponics Greenhouse

The Chinese Agri Greenhouse with Built-in Aquaponics is a robust Multi span Film greenhouse available in 6/8/10 m spans with customizable lengths (30/50/60 m or tailored), shoulder heights of 1.5–1.8 m and a 3.5 m roof height, engineered to resist 0.6 kN/m2 wind loads, 0.5 kN/m2 snow loads and up to 140 mm/h rainfall. Its modular steel-frame and film-covered structure houses integrated aquaponics for efficient water and nutrient recycling, stable microclimate control and higher crop productivity while remaining easy to expand and maintain. Factory-made with sample availability and backed by planning drawings, installation manuals and after-sales engineering support, it combines core structural durability, scalable functionality and strong value-for-money for commercial agriculture.

Chinese Integrated Aquaponics Greenhouse

The Multi span Film greenhouse is a Chinese agricultural greenhouse with built-in aquaponics, available in 6m, 8m and 10m spans and customizable lengths (30m/50m/60m or per requirement), with shoulder heights of 1.5–1.8m and a typical roof height of 3.5m. It is engineered for outdoor conditions with a wind load of 0.6 kN/m2, a snow load of 0.5 kN/m2 and a maximum rain capacity of 140 mm/h, and the factory supplies complete greenhouse systems and components. Samples can be provided free of charge (freight paid by the buyer), and professional after‑sales engineers offer planning drawings and installation manuals to support assembly and system selection based on local climate and crop needs.

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High Yield Integrated Aquaponics

Forged by Chinese Agri’s decades of horticultural engineering, the Chinese Agri Greenhouse with Built-in Aquaponics (available in 6/8/10m modules) uses practical modular design and durable materials to support commercial and hobby growers alike. As a Multi span Film greenhouse with integrated aquaponics, it delivers precise microclimate control, nutrient-rich recirculating water systems, and easy expansion for year-round, high-density cultivation. Key features include a corrosion-resistant steel frame, UV-stabilized film, quick-assembly connections, and a water- and energy-saving closed-loop aquaponics system — offering higher yields, lower input costs, and simplified maintenance.

Material introduction

The Multi span Film greenhouse is built on a hot-dip galvanized steel frame that provides high strength and corrosion resistance for 6m, 8m and 10m spans with reinforced connectors and anchor bolts to meet wind and snow load requirements. Its covering uses UV-stabilized polyethylene film with high light transmission, anti-drip treatment and reinforced hems to withstand heavy rain and extend service life. All fittings and built-in aquaponics components employ durable materials like stainless-steel fasteners, PVC/HDPE troughs and galvanized brackets, and the whole system can be customized in length and height to fit site conditions.

◎ Structural Frame

◎ Covering Film

◎ Aquaponics System

FAQ

What is the "Chinese Agri Greenhouse with Built-in Aquaponics 6/8/10m" best used for?

This product is a controlled-environment greenhouse with integrated aquaponics (recirculating fish + plant system). It’s ideal for year-round production of vegetables, herbs, microgreens and high-value crops (lettuce, basil, strawberries, tomatoes, peppers) while simultaneously raising fish (tilapia, carp, catfish, or other locally appropriate species). Typical uses include commercial market production, farm-to-table restaurants, urban rooftop or peri-urban farming, demonstration/education, and research facilities.

What do the 6/8/10m designations mean and how flexible are layout options?

The numbers refer to standard greenhouse span widths (6 m, 8 m, 10 m). Lengths are usually customizable to match production needs and site constraints. Aquaponics modules can be arranged as raft/raft beds, nutrient film technique (NFT), media beds, or hybrid layouts within the greenhouse. Systems can be designed as single long houses or multiple connected bays to suit workflow, harvesting, and biosecurity requirements.

Which crops and fish species work best in this integrated greenhouse-aquaponics setup?

Best crops are fast-growing, high-value leafy greens and herbs (lettuce, spinach, kale, basil, cilantro), microgreens, and some fruiting crops (tomato, pepper, cucumber, strawberries) with appropriate management. Common fish choices are tilapia, carp, catfish, koi or other hardy, fast-growing species suited to local regulations and climate. Crop and fish selections should be matched for compatible temperature and water chemistry ranges.

What are the main benefits of using a greenhouse with built-in aquaponics compared to traditional soil or hydroponic systems?

Key benefits include major water savings through recirculation, reduced need for synthetic fertilizer (fish waste supplies nutrients), improved land-use efficiency, potential for organic/low-chemical production, year‑round output under controlled climate, and a closed-loop system that produces both protein (fish) and vegetables. The integrated design also simplifies infrastructure (shared climate control, shading, and pest barriers).

What operational, maintenance and technical considerations should operators expect?

Operators must manage water quality (pH, ammonia, nitrite, nitrate), filtration and biofilter performance, dissolved oxygen (aeration), pump reliability, and fish feeding and health. Routine tasks include daily checks, water testing, periodic filter cleaning, monitoring temperatures and ventilation, and pest/disease control for plants. Backup power for pumps and climate control, trained staff or training programs, and a biosecurity plan are important. Seasonal heating/cooling and supplemental LED lighting may be required depending on location and crops.

In what application scenarios is this greenhouse most economically viable and how quickly do you get production?

It’s most viable where land or water is limited, where year-round high-quality produce commands premium prices (urban markets, restaurants, supermarkets), for educational/research use, and for diversifying farm income. Time to first harvest: leafy greens 3–6 weeks from transplant/seed, many herbs 4–8 weeks; fish harvest depends on species and stocking size (commonly 4–9+ months to market size). Actual ROI depends on scale, crop mix, local labor and utility costs, market prices, and capital layout — operators often see payback faster when combining premium vegetable sales with fish production and minimizing external fertilizer inputs.

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