Single-Span PE Film Tunnel Greenhouse Hydroponic 6-12m 1

Single-Span PE Film Tunnel Greenhouse Hydroponic 6-12m 2

Single-Span PE Film Tunnel Greenhouse Hydroponic 6-12m 3

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Single-Span PE Film Tunnel Greenhouse Hydroponic 6-12m

The Single-Span PE Film Tunnel Greenhouse Hydroponic 6–12m is a simple, cost-effective tunnel house with a single-span steel frame and a polyethylene (PE) film cover. Its 6 to 12 meter widths give a clear, column-free interior ideal for hydroponic benches, gutters, or NFT systems. The PE cover lets in good light while protecting crops from wind, rain, pests, and frost; vents and doors allow easy airflow control. Lightweight and easy to assemble, it suits seasonal extension and year-round protected growing for small to mid-scale farms.

Usage scenarios (3 sentences):

Commercial growers use it for hydroponic production of lettuce, herbs, tomatoes, and cucumbers to boost yields and extend the season. Nurseries and seed producers use it for propagation, hardening off seedlings, and protected transplant production. Schools, research centers, and urban/small-scale farms use it for trials, teaching, and compact intensive vegetable or flower cultivation.

shipping:

Ocean freight

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Certificate

CE Certificate

Optional system

Cooling System.irrigation System.ventilation.etc

Covering

150/200micro PE Film

Color

Transparent

Cooling system

Cooling Pad Fan System

Frame Structure

Hot Galvanzied Steel Pipes

Features

Stable Structure Easily Assembled

Application

Vegetable Fruits Flowers

Warranty

3-5 Years

Instruction for use

With installation manual and installation video.

Prepacked Durable Tunnel Hydroponics

Top sale products: our single-span PE film tunnel greenhouse (6–12m wide, 0.5–3m bay width, 2.5–5m high) combines PE film with hot-dip galvanized steel pipe for durable, weather-resistant performance—wind resistance up to 45–65 km/h, snow load 30–55 kg/m², max rain 140 mm/h and crop loading 15–30 kg/m². Safe packaging, modular single-span shape and streamlined tunnel style enable fast assembly, low maintenance and efficient hydroponic production while factory-direct pricing and free samples (buyer covers freight) reduce your upfront costs. Professional after-sales engineers provide tailored planning drawings and installation manuals so you get a reliable greenhouse system optimized for your local conditions.

Single-Span PE Hydroponic Tunnel

Our Top sale products are single-span PE film tunnel greenhouses constructed with hot-dip galvanized steel pipe, available in spans of 6–12m, single bay widths of 0.5–3m and heights of 2.5–5m to support efficient hydroponic layouts. They deliver clear value through robust protection and high yields, engineered to resist wind (45–65 km/㎡), snow (30–55 kg/㎡), and heavy rain (up to 140 mm/h) while accommodating crop loads of 15–30 kg/㎡ and offering safe packing for transport. The straightforward tunnel structure simplifies ventilation and assembly, and factory production means competitive pricing plus professional after-sales service with planning drawings and installation guidance.

Single-Span PE Hydroponic Greenhouse

Top sale products: the single-span PE film tunnel greenhouse (6–12 m) uses durable PE film and hot-dip galvanized steel pipe to provide reliable wind resistance (45–65 km/㎡), snow resistance (30–55 kg/㎡), max rain capacity 140 mm/h, and crop loading of 15–30 kg/㎡ for hydroponic cultivation. With single bay widths of 0.5–3 m and heights of 2.5–5 m, the factory offers safe packing, free samples (freight excluded), and custom system selection based on local conditions. Professional after-sales engineers supply planning drawings, installation manuals, and on-demand assembly support to ensure quick and correct setup.

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Maximized Yield, Minimal Footprint

Crafted with galvanized steel arches and UV-stabilized PE film, the Single-Span PE Film Tunnel Greenhouse Hydroponic 6-12m comes from a trusted agricultural brand focused on durable, corrosion-resistant structures that deliver year-round growing reliability. Designed for hydroponic systems with adjustable spans, roll-up sidewalls and optimized light diffusion, it improves humidity control and crop turnover to boost yields. Features like quick-assembly frames, a double-layer PE option and robust anchoring make it one of our Top sale products for cost-effective scalability, energy savings and simplified maintenance.

Material introduction

The greenhouse is constructed with UV-stabilized PE film and a hot-dip galvanized steel pipe frame, giving excellent corrosion resistance and long service life for year-round hydroponic use. These robust materials provide strong structural performance, supporting the single-span 6–12 m design while delivering reliable wind, snow and heavy-rain tolerance and adequate crop loading capacity. As one of our Top sale products, this tunnel greenhouse is securely packed and engineered for straightforward assembly and commercial durability.

◎ Single-Span PE Film Tunnel (Standard)

◎ Single-Span PE Film Tunnel (Heavy-Duty)

◎ Single-Span PE Film Tunnel (Hydroponic-Ready)

FAQ

What types of crops are best suited for a Single-Span PE Film Tunnel Greenhouse (6–12 m) used for hydroponics?

This greenhouse is ideal for leafy greens (lettuce, spinach, kale), herbs (basil, cilantro), strawberries, cut flowers, and many vine crops (cucumbers, certain tomato and pepper varieties) grown on hydroponic systems. Its tunnel shape and PE cover work well for short- to medium-height crops with high-turnover cycles and for protected propagation/seedling production.

What hydroponic systems work well inside a 6–12 m single-span PE tunnel and how should I choose?

Common systems that fit these tunnels are NFT (nutrient film technique), trough/drip-on-demand, ebb-and-flow (flood and drain), DWC (deep water culture) for raft systems, and vertical towers for space efficiency. Choose based on crop type, labor availability, water/nutrient control needs, and budget: NFT and troughs suit lightweight vine/leaf crops, rafts are excellent for high-density lettuce, and vertical systems maximize yield per m².

How should I configure layout, spacing, and workflow inside the tunnel for hydroponic production?

Arrange benches or channels lengthwise to maximize aisle continuity and airflow. Leave 0.6–1.0 m aisles for hand work, wider for carts or mechanization. Plant spacing depends on crop (e.g., lettuce 18–25 cm, strawberries 20–30 cm, tomatoes/peppers 30–50+ cm). Plan space for nutrient reservoirs, pumps, a small prep area, and access to electrical/water points. Keep service areas near the tunnel entrance for easy maintenance.

What climate control and ventilation options are appropriate for a PE film tunnel greenhouse?

Use natural ventilation (roll-up sidewalls, end-wall vents) combined with ridge vents where possible for passive airflow. For hotter climates or summer months add exhaust fans, evaporative cooling pads, and shade netting. In cooler seasons introduce heaters (forced air or radiant) plus thermal screens to conserve heat. Monitor humidity and temperature with sensors and use dehumidification or increased ventilation to prevent disease in hydroponic setups.

What are the installation, foundation, and anchoring considerations for a single-span PE tunnel (6–12 m)?

Most tunnels sit on simple concrete footings, ground anchors, or screw piles depending on soil and local wind loads. Proper anchoring is critical—use manufacturer-specified anchors and cross-bracing to resist uplift and wind. Ensure a level planting floor or raised benches for hydroponic channels, and locate near reliable water and electricity. Follow local building and permitting requirements.

What maintenance, expected lifespan, and customization options should I plan for with a PE film hydroponic tunnel?

PE film typically lasts 3–6 years (UV-stabilized films can last longer) before replacement; inspect seasonally for tears and re-tensioning needs. Maintain the steel frame with periodic checks for corrosion, tighten connections, and keep gutters and drainage clear. Customize with thermal screens, insect nets, automated fertigation controls, lighting (LEDs) for supplemental growth, and integrated sensors for climate and EC/pH monitoring. Plan routine sanitation for hydroponic components to prevent pathogens.

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