Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 1

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 2

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 3

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 4

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 5

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 6

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse 7

Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse

The Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse is a modern, energy-efficient structure built with durable twin-wall polycarbonate panels and integrated smart controls for automated climate, ventilation, and irrigation to support year-round vegetable growing. Its UV-resistant, impact-resistant PC sheets provide high light transmission and excellent thermal insulation with light diffusion to boost yields and reduce heating/cooling costs. Smart automation cuts labor and risk, while easy assembly and corrosion-resistant framing deliver long life and low maintenance, making it cost-effective for commercial and hobby growers.

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Skeleton Material

275g/m2 Hot Galvanized Steel

Side Height

3m-6m

Section Width

Greenhouse Type

Venlo Type(Tip Roof)

Optional system

Ventilation,Cooling System,Heating System,Hydroponics System,etc.

Span Width

4m/8m/9.6m/10.8m/12m

Covering

4mm/5mm Glass

Name

Hot dip galvanized frame sunshine plate

Heating System

Electrical or Water heating system

Cooling system

Cooling Pad Fan System

Securely Packaged, Energy-Efficient Greenhouse

The Multi span Polycarbonate greenhouse delivers high light transmission, excellent heat retention and a sturdy galvanized-steel frame so growers enjoy consistent yields and year-round crop protection. Packaged with secure tube and carton options, the modular Venlo-style double-slope shape, anti-corrosion bolts and premium PC sheet quality enable fast assembly, low maintenance and long service life. Optional ventilation, shading, cooling and hydroponics systems plus installation guidance and custom drawings simplify operation and scale production.

Smart Insulated Polycarbonate Greenhouse

The Agri Intelligent PC sheet polycarbonate vegetable greenhouse is a Multi span Polycarbonate greenhouse featuring a hot-dip galvanized steel skeleton with anti-rot bolts (no welds) and a Venlo-style multi-span, double-slope layout (three roofs per span) that creates large interior volumes and strong wind and snow resistance. Its core and extended systems—automated roof ventilation with gear motors, external shading, evaporative cooling pads and fans, irrigation, hydroponics and integrated control options—enable precise regulation of light, temperature and humidity for seed-breeding, commercial vegetable and flower production, exhibitions or research. With high light transmission and PC sheet heat-retaining covers, simple assembly and low maintenance, it delivers long service life, reliable hermetic performance and cost-effective, versatile agricultural value.

Smart Polycarbonate Vegetable Greenhouse

The Multi span Polycarbonate greenhouse features a hot-dip galvanized steel skeleton with no welded points, Venlo-style triple roofs per span and high light transmittance from PC sheets, offering a spacious, durable environment for vegetables, flowers or research. Modular systems such as motorized roof ventilation, external shading, cooling pads and fans, heating, irrigation and hydroponics can be integrated with automated controls for precise climate management. Simple to install and maintain, rust-resistant and engineered to withstand wind and snow while providing good heat retention and an expected service life of 8–10 years.

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Durable Insulated High-Yield Greenhouse

Built by a heritage agricultural engineering brand, the Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse was developed with durable polycarbonate glazing and precision framing to deliver consistent microclimate control and long service life. As a Multi span Polycarbonate greenhouse it combines twin-wall PC panels, reinforced aluminum ribs, automated ventilation and irrigation integration to accelerate crop growth, reduce energy loss and withstand snow, wind and UV exposure. Key features and advantages include high light transmittance with thermal insulation, modular multi-span scalability for large-area cultivation, easy installation and low maintenance, and smart control compatibility for precise climate and resource management.

Material introduction

The Multi span Polycarbonate greenhouse features durable multiwall PC sheet cladding paired with a hot‑dip galvanized steel skeleton (275 g/m²) to deliver a corrosion‑resistant, load‑bearing structure. Multiwall polycarbonate panels provide high light transmission, superior thermal insulation and UV protection while the galvanized frame with anti‑rot bolts and screws (no welded joints) ensures easy assembly and strong wind and snow resistance. Available in multiple panel thicknesses and compatible with ventilation, shading, cooling and hydroponic systems, this material combination offers long service life and low maintenance for commercial vegetable production.

◎ Agri PC Multiwall Panels

◎ Galvanized Steel Skeleton

◎ material introduction 3

FAQ

What is an Agri Intelligent PC Sheet Polycarbonate Vegetable Greenhouse and how is it typically used?

It is a greenhouse structure that uses multiwall polycarbonate (PC) sheets for the glazing combined with intelligent agricultural controls (sensors/automation). Typical uses include protected cultivation of vegetables and seedlings, season extension for field crops, nursery production, research plots, and small commercial operations where controlled light, temperature and humidity improve yield and quality.

Which vegetable crops and production methods work best in this greenhouse?

It is well suited to leafy greens (lettuce, spinach), herbs, microgreens, tomatoes, peppers, cucurbits and transplants. It supports multiple production methods: soil beds, raised beds, hydroponics, gutter/raft systems and vertical racking. Choice of crop and method depends on available space, climate control and market timing.

In what climates and application scenarios does the polycarbonate greenhouse perform best?

Polycarbonate glazing is adaptable across a wide range of climates. It is ideal for temperate and cold regions to retain heat and extend growing seasons, and for temperate-to-hot areas when combined with ventilation, shading and evaporative cooling. Application scenarios include year-round production in colder zones, off-season production for higher prices, urban rooftop/compact sites, and remote farms where durable, light-weight glazing is preferred.

How does the polycarbonate sheet affect light transmission, insulation and plant environment?

Multiwall polycarbonate diffuses sunlight, reducing hot spots and providing even light distribution which benefits crop uniformity. It also provides good thermal insulation compared with single glass, helping conserve heat and reduce energy needs. When paired with intelligent controls (temperature/humidity sensors, automated vents and shading), it enables precise microclimate management for consistent crop growth.

Can this greenhouse be integrated with automation and other systems, and what should I consider?

Yes. It commonly integrates with climate control (automatic vents, fans, heaters, evaporative coolers), irrigation (drip, ebb-and-flow), fertigation and supplemental lighting. Consider sensor placement, control logic for temperature/humidity/CO2, power and water availability, and choosing controllers compatible with your equipment. Plan cable runs and mounting points during installation to simplify later automation upgrades.

What are the maintenance, durability and safety considerations I should plan for?

Polycarbonate is impact-resistant and lighter than glass, but requires routine care: keep panels clean to maintain light transmission, inspect seals and gaskets to prevent leaks, clear gutters and maintain frame structural connections, and replace scratched or yellowed panels as needed. Check UV-protection coating and roof fasteners seasonally. For safety, follow local fire and building codes (some polycarbonate products have specific fire ratings), and repair any damage promptly to retain insulation and weatherproofing. Typical service life varies with product quality and exposure but can span many years with proper maintenance.

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