Polycarbonate Metal-Frame Hydroponic Greenhouse 9.6/10.8/12m 1

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Polycarbonate Metal-Frame Hydroponic Greenhouse 9.6/10.8/12m

Polycarbonate Metal-Frame Hydroponic Greenhouse 9.6/10.8/12m is a sturdy, light-transmitting structure designed for hydroponic cultivation. The metal frame gives strong wind and snow resistance while multiwall polycarbonate panels provide good insulation, UV protection, and even diffuse light for plants. Available in 9.6 m, 10.8 m, and 12 m configurations, it suits both medium and larger-scale growing needs and is built for easy assembly, ventilation control, and integration with hydroponic systems.

Usage scenarios (3 sentences):

Ideal for commercial growers producing leafy greens, tomatoes, or herbs year-round using nutrient-film, NFT, or drip hydroponic systems. Perfect for nurseries and propagation centers that need controlled temperature and light for seedlings and cuttings. Also well suited to urban farms, research facilities, and serious hobbyists who want efficient, space-saving, soilless cultivation with reliable climate protection.

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Ventilation system

Manual and Electric

Bay Width

Span Width

9.6m 10.8m 12m

Packing

Safe Packing

Covering

PC Sheet Cover Greenhouse

Frame material

Glavanized Steel Materials

Height

4.5-8m

Cooling system

Cooling Fan System

Instruction for use

With installation manual and installation video.

Durable UV-Protected Modular Design

As Top sale products, our polycarbonate metal-frame hydroponic greenhouses (single-span widths 9.6/10.8/12m, single bay 4m, heights 4.5–8m) provide a robust, weatherproof growing environment with wind resistance up to 120km/㎡, snow resistance 30–55kg/㎡, 140mm/h rain capacity and 15–30kg/㎡ crop loading for reliable high yields. Factory-direct quality and safe packing ensure durable metal-frame construction and UV-stable polycarbonate panels in a modern arched shape and style that are easy to customize and assemble. We support every project with best-price factory service, free samples (freight excluded), and professional after-sales engineers who supply planning drawings and installation manuals for smooth setup and long-term performance.

Durable Polycarbonate Hydroponic Greenhouse

The Polycarbonate Metal-Frame Hydroponic Greenhouse combines impact-resistant polycarbonate glazing with a sturdy metal skeleton in single-span widths of 9.6, 10.8 or 12 m, 4 m single bays and heights from 4.5 to 8 m to create a modular, high-clearance structure optimized for hydroponic systems. As Top sale products, these greenhouses deliver practical performance—engineered to resist winds up to 120 km/h, carry snow loads of 30–55 kg/m², shed heavy rains up to 140 mm/h and support crop loads of 15–30 kg/m²—while providing excellent light diffusion and climate protection for intensive cultivation. Factory-made and safely packed for shipment, they offer cost-effective scalability, professional after-sales support with installation drawings and manuals, and reliable long-term value through durability, ease of assembly and improved crop yields.

Sturdy Polycarbonate Hydroponic Greenhouse

This Polycarbonate Metal-Frame Hydroponic Greenhouse is available in single-span widths of 9.6, 10.8 and 12m with a single bay width of 4m and heights from 4.5–8m, designed for commercial cultivation. Built for durability with safe packing, wind resistance up to 120 km/㎡, snow resistance 30–55 kg/㎡, max rain 140 mm/h and crop loading 15–30 kg/㎡, these Top sale products deliver reliable protection and high performance. As a factory-produced system we offer samples, planning drawings, installation manuals and professional after-sales engineers to help you choose and assemble the greenhouse based on local conditions.

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Weatherproof Hydroponic High Yield

The Polycarbonate Metal-Frame Hydroponic Greenhouse (9.6/10.8/12m) is crafted with corrosion-resistant galvanized steel and multi-wall polycarbonate panels for long-lasting structural integrity and superior light diffusion, reflecting our brand’s dedication to sustainable, high-performance growing solutions. Designed for commercial growers and hobbyists alike, its modular metal frame, adjustable ventilation, integrated hydroponic benching, and automated irrigation-ready fittings provide precise climate control, faster crop cycles, and low-maintenance operation—features and advantages that simplify assembly, expansion, and sanitation. With rigorous quality testing, energy-efficient design, and proven yield improvements, this greenhouse ranks among our Top sale products and is an exceptional choice for maximizing production and return on investment.

Material introduction

Top sale products, the Polycarbonate Metal-Frame Hydroponic Greenhouse combines impact-resistant multi-wall polycarbonate panels with a sturdy metal frame to deliver high light transmission, thermal insulation and long-term UV protection ideal for hydroponic cultivation. The corrosion-resistant frame and precision connectors are engineered for modular assembly and to withstand extreme conditions (wind resistance up to 120 km/h and substantial snow loads), ensuring crop safety and reliable packing for transport. Manufactured in our factory with professional after-sales support, these material choices maximize durability and crop loading performance for commercial growers.

◎ Lightweight Impact-Resistant Glazing

◎ Corrosion-Resistant Metal Frame

◎ Reliable Year-Round Performance

FAQ

What kinds of crops and production scenarios is the Polycarbonate Metal-Frame Hydroponic Greenhouse best suited for?

This greenhouse is ideal for intensive, protected production of leafy greens, herbs, microgreens, strawberries, tomatoes, peppers and other high-value vegetables grown hydroponically. It suits commercial market-garden operations, contract growers, farm expansion, research/teaching facilities, and urban farms or rooftop installations (with proper structural checks). It’s also good for season extension and year‑round production in temperate and cooler climates.

Which hydroponic systems can I run inside this greenhouse?

The structure supports all common hydroponic systems: NFT (nutrient film technique), DWC (deep water culture), ebb-and-flow, drip, and vertical/stacked systems. There is ample space for reservoirs, pumps, piping, lighting, and racking. Plan layout for access, service aisles and drainage when selecting system type and equipment.

How do I choose between the 9.6 m, 10.8 m and 12 m sizes?

Choose by production scale, site footprint and workflow. 9.6 m is a good entry/medium commercial size or research house; 10.8 m offers more continuous benching and higher throughput; 12 m is best for larger commercial operations where longer runs improve workflow and economies of scale. Also consider aisle spacing, equipment bay locations, and the ability to join modules or add environmental control equipment when deciding.

What climate control, ventilation and shading options are recommended?

Combine passive and active systems: roof and side vents plus roll-up sides for natural ventilation, and exhaust fans and intake louvers for forced air exchange in warm conditions. Use shade cloth or external shading for hot sunny periods and thermal screens for night insulation. For winter/controlled environments, add heaters and thermostatic controls. Integrate sensors (temperature, humidity, CO2) and variable-speed fans for automated climate management.

What foundation, anchoring and site-prep are needed?

A level, compacted base is essential. Small installations can use concrete strips or reinforced slab; many commercial installations use concrete footings or embedded anchor plates. For softer ground, galvanized ground screws or reinforced pads are options. Ensure proper drainage and an access grade for deliveries. Check local wind and snow load requirements and anchor accordingly; follow the manufacturer’s anchoring details or consult an engineer for high-wind/snow zones.

How do I maintain the greenhouse and what is the expected lifespan?

Routine maintenance includes washing polycarbonate panels with mild detergent, clearing gutters and drainage channels, checking and retightening bolts, lubricating moving vents, and inspecting for corrosion on the metal frame (galvanized coatings greatly reduce corrosion). Replace damaged panels promptly and service fans/pumps/filters on their manufacturer schedule. With proper care and UV-protected polycarbonate panels, expect many years of service—typically a decade or more for panels and longer for the galvanized frame—depending on climate and maintenance.

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