Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 1

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 2

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 3

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 4

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 5

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 6

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom 7

Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom

Step into a sun-warm, used multi-span hydroponic greenhouse and watch dawn spill light over neat rows of fruit. The thin plastic film hugs the steel ribs while clear water lets roots breathe, and bright strawberries and rosy tomatoes hang heavy on green vines. Smart, pre-loved and low on fuss, this greenhouse turns small care into big, sweet harvests season after season.

Inquiry

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Service

Equipment Integration Consultations

Thickness

0.15mm/0.2mm

Optional system

Cooling System.irrigation System.ventilation.etc

Color

Transparent

Ventilation

Roof Ventilation+side Ventilation

Advantage

High Production

Structure

Hot Dip Galvanized Steel Structure

Application

Vegetable Fruits Flowers

Instruction for use

Planting for vegetables fruits and flowers

Durable Recycled Multi-Span Cover

Our Multi span Film greenhouse offers customizable spans (6/8/10 m), lengths (30/50/60 m) and adjustable shoulder and roof heights to optimize crop spacing and light diffusion. Built with high-quality plastic film and sturdy frames rated for 0.6 kN/m² wind load, 0.5 kN/m² snow load and up to 140 mm/h rain, it provides reliable weather resistance and stable yields. Factory-direct pricing, secure transport packaging, free sample availability and expert after-sales support with installation drawings ensure quick setup and lower total cost of ownership.

Recycled Hydroponic Greenhouse Film

The Multi span Film greenhouse is a used plastic-film, multi-span hydroponic structure offered in 6m, 8m or 10m spans and customizable lengths (30m/50m/60m) with shoulder heights of 1.5–1.8m and a 3.5m roof height, whose arched multi-span frame and film cladding create a lightweight, scalable shell ideal for GH straw/tom production. Functionally engineered for hydroponic cultivation, it provides high light transmission and environmental protection while meeting structural requirements of 0.6 kN/m2 wind load, 0.5 kN/m2 snow load and up to 140 mm/h rain intensity to ensure crop safety and reduced operational risk. As a factory-made solution it offers cost-effective customization to local climate and crop needs, sample availability, and comprehensive after-sales support including planning drawings and installation manuals to simplify assembly and system selection.

Used Plastic-Film Hydroponic Greenhouse

This high-quality used plastic-film Multi span Film greenhouse for hydroponic cultivation of strawberries and tomatoes features customizable spans (6m/8m/10m), lengths (30m/50m/60m or bespoke), shoulder heights (1.5–1.8m) and a 3.5m roof height. It is engineered to withstand wind loads up to 0.6 kN/m2, snow loads up to 0.5 kN/m2 and heavy rains up to 140 mm/h, ensuring reliable structural performance for multi-span installations. As a factory manufacturer we offer free samples (buyer pays freight), tailored quotations based on site conditions and crop type, and professional after-sales support with planning drawings and installation manuals.

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Efficient Multi-Span Hydroponic Greenhouse

The Multi span Film greenhouse version of the Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom embodies the brand’s sustainability story, using quality recycled plastic film tensioned over modular galvanized frames to deliver a durable, low-cost structure. Designed for hydroponic strawberry and tomato production, it provides controlled light diffusion, stable temperature and humidity, integrated irrigation compatibility, and effective pest and rain protection to maximize yields. Key features and advantages include cost-saving recycled cladding, quick assembly and scalability across multiple spans, improved water-use efficiency, easy maintenance, and a reduced environmental footprint for commercial and community growers.

Material introduction

The Multi span Film greenhouse is built on a heavy-duty galvanized steel frame with reinforced connectors and anchoring, engineered for 6m/8m/10m spans and designed to meet specified wind (0.6 kN/m2) and snow (0.5 kN/m2) loads. The cladding uses UV-stabilized polyethylene plastic film — available as new or used/recycled film options — and can be supplied as single or double-layer inflation for improved thermal performance and to handle heavy rainfall (up to 140 mm/h). Hydroponic fittings for straw and tomato cultivation are made from food-grade PVC and polyethylene piping with corrosion-resistant fasteners and modular channels, and can be customized in length, shoulder and roof height with professional installation support.

◎ Used UV-Stabilized Plastic-Film Covering

◎ Heavy-Gauge Galvanized Steel Multi-Span Arches

◎ Engineered System & Customizable Specifications

FAQ

What is a Used Plastic-Film Multi-Span Hydroponic GH Straw/Tom and what crops is it best suited for?

It’s a multi-span greenhouse covered with plastic film designed for hydroponic production, commonly used for strawberries (Straw) and tomatoes (Tom) but also suitable for cucumbers, peppers, leafy greens, and herbs. The multi-span layout gives large contiguous growing area, uniform climate control, and the flexibility to run gutters, benches, or vertical systems for high-density hydroponic crops.

Which hydroponic systems and growing methods work well inside this greenhouse?

The structure supports most hydroponic methods: gutter/net-pot systems for strawberries, drip or fertigation with substrate (coco, rockwool), nutrient film technique (NFT), deep flow/raft systems for leafy greens, and trellised drip or substrate-based systems for tomatoes. Choose the method by crop: tomatoes often use trellis + drip/substrate; strawberries use bench/gutter systems; leafy greens favor raft or NFT.

What are the key climate control and ventilation considerations for successful production?

Maintain temperature, humidity, and airflow appropriate to the crop: tomatoes typically need good ventilation and lower relative humidity to reduce fungal disease risk, while strawberries benefit from stable temperatures and protection from extremes. Use ridge vents, side roll-ups, exhaust fans, shade/thermal screens and, when needed, heating or evaporative cooling. Good airflow between plant rows and proper spacing of vents reduces condensation and disease pressure.

How should irrigation, fertigation and water quality be managed in this greenhouse?

Use a closed or partially recirculating fertigation system with a well-designed filtration and dosing setup. Monitor EC and pH frequently, adjust nutrient recipes for crop stage, and manage flow rates to keep substrate / roots well-aerated. Maintain water hygiene—prevent stagnation, disinfect lines periodically, and test for pathogens/pests. For recirculating systems, plan frequent solution refreshes and adequate microbial control to protect root health.

What maintenance does the plastic film multi-span greenhouse require, and how long does the film typically last?

Routine tasks: clean film surfaces to retain light transmission, inspect and repair tears promptly, keep gutters and drainage clear, maintain tensioning and anchoring systems, and check seals and sidewalls. Film lifetime varies with UV stability and climate—typically 3–6 years for common greenhouse films; UV-stabilized or double-layer inflated films can last longer. Replace or re-tension film before major degradation to avoid crop losses.

How can I scale production and design the layout for efficient harvest and labor workflows?

Plan aisles, bench spacing, and row orientation for easy access and machinery if used. For tomatoes, allocate headroom and trellis lines and design harvest aisles at suitable heights; for strawberries, consider elevated benches or gutter systems to reduce bending. Modular multi-span design lets you add spans as you grow; integrate automation (irrigation controllers, fertigation, climate control, lighting) to reduce labor and maintain consistency. Design separate zones for germination, production, packing, and storage to streamline workflow and biosecurity.

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