Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 1

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 2

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 3

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 4

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 5

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 6

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse 7

Large PE Film Single-Span Hydroponic Multi-Span Greenhouse

Imagine a sunlit patch where long PE-film arches rise, each single-span unit joining into a wide, multi-span shelter filled with neat rows of green hydroponic plants. The clear film warms and shields while clean water feeds roots so plants grow fast, healthy, and tidy—simple, smart farming under one roof. From morning dew to warm dusk, this graceful greenhouse turns bare ground into a lively garden, promising rich harvests with less waste and more joy.

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Shading system

Inside and outside shading system

Optional system

Shading System.irrigation System.ventilation.etc

Covering

150/200micro PE Film

Color

Transparent

Cooling system

Cooling Pad Fan System

Structure

Hot Galvanized Steel Pipe

Features

Stable Structure Easily Assembled

Application

Vegetable Fruits Flowers

Warranty

5-10 Years

Compact, Modular, Durable, UV-Resistant

The Multi span Film greenhouse delivers cost-saving, space-efficient hydroponic cultivation with strong ventilation, automated shading and roll-up motors to stabilize temperature and reduce heat loss for higher, year-round yields. Durable PE film, PVC planting troughs, coconut coir substrate and integrated EC/PH-controlled nutrient systems, plus 1380×1380mm exhaust fans and 150mm cooling pads, provide precise climate control and reliable crop quality. Packed as tube nude cargo with accessories in cartons, available in customizable spans and heights, and backed by factory installation manuals and optional on-site engineers, it simplifies delivery, assembly and after-sales support for commercial growers.

Modular Hydroponic PE Greenhouse

This Multi span Film greenhouse combines large PE-film cladding with modular single-span frames to form cost-saving, space-efficient multi-span structures that minimize heat loss and withstand wind and snow while providing strong natural and powered ventilation. Core and extended attributes include automated curtain and ventilation controls with electric roll-up motors, high-capacity exhaust fans and cooling pads, a 75% shading system, and integrated irrigation and hydroponic systems using coconut coir substrate with automatic EC/pH management for precise nutrient delivery. The result is a scalable, easy-to-install facility with PVC planting troughs, drainage-ready layouts and track access that delivers versatile value for seedlings, dwarf fruit, aquaculture, livestock, research and commercial hydroponic production.

Versatile PE Hydroponic Greenhouse

The Multi span Film greenhouse is a cost-saving and convenient plastic-film structure that delivers space-efficient performance, strong ventilation and reduced heat loss for seed breeding, dwarf fruit planting, aquaculture, livestock and research applications. Equipped with automatic and manual shading and ventilation controls, cooling fans and pads, a pressurized drip irrigation system, and a hydroponic setup using coconut coir with PVC planting troughs, it supports precise control of pH and EC and flexible planting layouts. Available in widths of 6–10 m and lengths from 30–80 m with customizable wall and top heights, motorized roll-up vents and professional installation support, it provides a durable, scalable greenhouse solution for commercial growers.

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Durable, Efficient, Modular, High-Yield

Born from decades of horticultural engineering, the Large PE Film Single-Span Hydroponic Multi-Span Greenhouse is built with galvanized, corrosion-resistant steel frames and UV-stabilized high-density PE film to provide a durable, low-maintenance growing environment. The Multi span Film greenhouse integrates single-span hydroponic benches, modular multi-span expansion, adjustable ventilation and high light transmission to deliver uniform climate control, easier crop management, and scalable production for vegetables, flowers, and seedlings. Key features and advantages include rapid on-site assembly, cost-effective materials, superior thermal retention, customizable spans and accessories, efficient water and nutrient delivery, and measurable yield improvements with lower operating costs.

Material introduction

The Multi span Film greenhouse is clad with UV-stabilized large PE film stretched over a hot-dip galvanized steel frame, delivering durable, light-transmitting and weather-resistant enclosure. Internal systems use corrosion-resistant PVC planting troughs (3–4 mm), aluminum-framed cooling pads and exhaust fans, plus sturdy curtain wire and motorized roll-up fittings for dependable ventilation and shading. Soilless hydroponic beds employ coconut coir substrate with controlled pH/EC in modular PVC channels, while high-quality shading nets and durable connectors ensure long service life and easy maintenance.

◎ Durable Diffuse Insulated

◎ Sturdy Corrosion Resistant

◎ Precise Nutrient Delivery

FAQ

What types of crops are best suited for a Large PE Film Single-Span Hydroponic Multi-Span Greenhouse?

This greenhouse works well for a wide range of high-value and intensive crops: leafy greens (lettuce, spinach, arugula), culinary herbs (basil, cilantro), strawberries, vine crops (tomatoes, cucumbers, peppers) and nursery/transplant production. Use lower gutter heights and denser spacing for short, high-turnover greens; use higher gutters, trellising, and more headroom for tall or indeterminate vine crops.

Which hydroponic systems are compatible with this greenhouse design?

It supports virtually all common hydroponic systems: NFT and channel systems for leafy greens, ebb-and-flow (flood-and-drain) benches for mixed crops, deep-water culture (DWC) for fast leafy production, drip and Dutch-bucket systems for tomatoes/cucumbers, and rafts for certain greens. Multi-span layouts allow repeating system modules down each bay for easy plumbing, nutrient control, and expansion.

How do I decide between single-span and multi-span configurations for my operation?

Choose single-span bays when you want clear, unobstructed internal space per module—good for flexible layouts and trellising. Multi-span (connected bays) is ideal for scale: continuous production lanes, shared climate systems, centralized nutrient and electrical infrastructure, and easier mechanization. Base your choice on crop type, desired production scale, future expansion, and site topography.

What climate-control strategies and ventilation options should I use in a PE film hydroponic greenhouse?

Combine passive and active measures: roll-up sidewalls, ridge vents or vented endwalls for natural airflow, and exhaust/fan systems when natural ventilation is insufficient. Use evaporative cooling pads in hot, dry climates; shading screens to reduce heat and light stress; and supplemental heating in cool seasons or cold regions. Adjust gutter/head height to match crop needs—higher for trellised crops, lower for short crops to improve microclimate control.

How do I maintain the PE film and structure to ensure long service life and crop safety?

Regularly clean the film to maximize light transmission and inspect for tears; repair small punctures promptly. Choose UV-stabilized PE film from your supplier and follow their recommended replacement interval (service life varies by product and climate). Keep structural members free of debris and corrosion, check anchorages and tension, and clear snow loads promptly. Maintain sanitation procedures inside the greenhouse to reduce disease pressure.

What site preparation, utilities, and installation considerations are needed before building?

Prepare a level site with good drainage and consider wind exposure and sun orientation. Provide access to clean water, nutrient mixing tanks, and reliable electricity for pumps, fans, and heaters. Foundation options range from concrete footings to driven anchors depending on soil and local codes. Plan for nutrient and wastewater management (recirculation or drainage), routing of irrigation lines down each bay, and space for material handling and service access. Work with an installer or engineer to meet local structural and safety requirements.

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