Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 1

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 2

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 3

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 4

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 5

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 6

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film 7

Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film

At dawn the long arch house wakes under a clear PE film, beads of dew glinting like tiny gems. This single-layer cover hugs the pipe frame, lets warm sun in, and keeps wind, rain and pests out. Rows turn green and heavy with fruit beneath it — a simple, strong skin that helps farms thrive and makes farmers proud.

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the arch pipes in 1 span

2 connected arch pipes for 1 span

thickness of the film

0.15mm, 0.20mm, etc.

shape of the roof

arch pipes (32mm*2mm)

shape of the post

square tubes (100mm*50mm)

height of the greenhouse roof

1.8m-2.6m (designable)

height of the side wall

3m, 4m, etc.

greenhouse bay width

4m, 8m, etc.

greenhouse span width

8m, 9.6m, 10m, etc.

Durable Arch, UV-Protected Film

The Multi span Film greenhouse delivers year‑round higher yields and uniform crop growth with an arch‑pipe galvanized steel skeleton and UV‑stabilized single‑layer PE film that provides ≥91% light transmittance and exceptional tensile and impact strength. Modular, bolted (no‑weld) construction and scalable multi‑span layout simplify installation and expansion while integrated options—ventilation, shading, cooling, heating and electric controls—give precise climate control for seeds, vegetables, flowers or research. Secure packaging for safe shipping, ISO 9001 quality assurance, and responsive technical service ensure reliable performance and the best cost‑to‑benefit for growers, nurseries and commercial projects.

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The Multi span Film greenhouse uses single-layer UV-stabilized PE film (UV 2792 AD) with ≥91% transmittance, high tensile strength (≈33–35 MPa), large elongation and strong impact resistance, installed on galvanized arch pipe skeletons joined by anti-rot bolts with no welded joints for robust, corrosion-resistant structure. Designed for seed breeding, vegetable and flower production, exhibitions, ecological restaurants, teaching and research, it supports comprehensive climate control and crop management via optional outside/inside shading, cooling, heating, ventilation, seedbed and electric control systems. Its modular multi-span arch layout delivers scalable coverage, easy installation and maintenance, and a high performance-to-cost ratio that enhances durability, energy efficiency and yield potential.

Large Arch-Pipe PE Greenhouse

The Large Agricultural Arch-Pipe Multi span Film greenhouse features a single-layer PE UV-stabilized film with high optical performance (≥91% transmittance) for excellent light diffusion and crop protection. Its galvanized steel arch-pipe skeleton is bolted with anti-rot fasteners (no weld points), delivering robust mechanical properties—tensile strengths around 33–35 MPa and elongation up to 600–650%—for long-term durability. Compatible with outside and inside shading, cooling, heating, ventilation, seedbed and electric control systems, this greenhouse is ideal for seed breeding, flower or vegetable production, exhibitions and research facilities.

◎ Galvanized Steel Skeleton

◎ High Transmittance Film

◎ Versatile Agricultural Applications

Durable Clear UV-Resistant Economical

Born from decades of agricultural engineering and a commitment to durable, cost-effective cultivation solutions, the Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film embodies our brand’s farmer-focused craftsmanship and quality control. Engineered for uniform light diffusion, weather resistance, and easy installation, this Multi span Film greenhouse provides stable microclimate control for vegetables, flowers, and seedlings while lowering energy and maintenance needs. Key features include UV-stabilized single-layer PE film, reinforced arch-pipe frames, quick-fit fixing systems, high light transmission and anti-condensation coating — advantages are lower upfront cost, rapid assembly, extended service life, and consistent crop yields.

Material introduction

The covering is a single-layer PE film UV 2792 AD engineered for agriculture, with high tensile strength (≈33–35 MPa), exceptional elongation (600–650%), strong impact resistance and UV stabilization while maintaining optical transmittance ≥91% for excellent light penetration. The arch-pipe skeleton is fabricated from galvanized steel and assembled with galvanized, anti-rot bolts and screws—no welded joints—providing corrosion resistance and modular strength ideal for Multi span Film greenhouse installations. This materials combination delivers a durable, cost-effective structure that supports shading, ventilation and climate-control systems while extending service life in intensive agricultural use.

◎ UV-Stable PE Film

◎ Galvanized Steel Frame

◎ Multi-Function Greenhouse

FAQ

What is a Large Agricultural Arch-Pipe Greenhouse Single-Layer PE Film and where is it typically used?

It is a polyethylene (PE) plastic cover designed to fit arch-pipe (hoop) greenhouse frames. It’s commonly used for large-scale vegetable production, seedling nurseries, cut-flowers, small fruit crops, and seasonal protected cultivation where a lightweight, low-cost covering is needed.

Which crops and application scenarios are best suited for single-layer PE film on arch-pipe greenhouses?

Single-layer PE film works well for short- to medium-term production cycles such as spring-summer vegetables (tomatoes, cucumbers, peppers), leafy greens, herbs, seedlings and flower production. It’s ideal for growers seeking seasonal or multi-season protection, quick turnover tunnels, or expansion of protected acreage without high capital costs.

How should the film be installed and used to get optimal performance?

Stretch the film evenly over the arch-pipe frame and secure it with side clips, purlin ropes, or soil-anchored windbreaks to maintain tension and reduce flapping. Overlap seams properly or use heat/welded joints where possible. Provide adequate ventilation (side roll-ups, vents) and avoid contact with sharp edges. Proper tensioning and sealing at the base reduce wind uplift and heat loss.

What are the durability and lifespan expectations, and how do environmental factors affect them?

Lifespan varies with film thickness, UV-stabilization, local climate and handling. Standard single-layer PE typically lasts 1–3 growing seasons (6 months to 3 years) in strong sun or harsh weather; UV-stabilized grades can last 2–4 years in milder conditions. High winds, hail, abrasive dust and improper installation shorten life; choice of anti-UV and anti-condensation additives improves longevity.

What are the limitations of single-layer PE film and when should I consider alternatives?

Limitations include lower thermal insulation and shorter life compared with double-layer inflated (air-inflated) films, polycarbonate, or glass. If you need year-round production in cold climates, large temperature control, or long-term durability (5+ years), consider double-layer insulated films or rigid glazing. Also choose diffused or anti-condensation films if light diffusion and drip control are priorities.

How do I maintain and repair PE film during use to maximize performance?

Regularly inspect for tears, loose tension and edge wear. Clean off dirt and chemicals with mild soap and water to maintain light transmission. Small punctures can be patched with PE repair tape; larger seams can be welded or replaced. Re-tension and re-anchor after storms; replace the film when light transmission drops noticeably or damage becomes frequent.

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