English
 |
TOP
Aluminum, Galvanizing Steel
PE Film, PO Film
OEM, OED
ISO
China
| Quantity: | |
|---|---|
A multispan poly film greenhouse consists of multiple tunnel-shaped units connected side by side to form a single, expansive structure. Unlike standalone single-span greenhouses, multispan designs share internal supports, creating a larger, more efficient growing area. This interconnected framework maximizes space, enhances stability, and supports scalable farming operations.
The backbone of a multispan poly film greenhouse is its robust frame, typically constructed from galvanized steel for corrosion resistance and durability. The covering is a high-quality, UV-stabilized polyethylene film, designed to withstand prolonged sun exposure while allowing optimal light transmission. The arched design not only enhances aesthetic appeal but also provides superior wind resistance and structural integrity, making it ideal for diverse climates.
The choice of polyethylene covering significantly impacts the greenhouse’s performance. Common options include:
Thermal Poly Film – Engineered to minimize heat loss and prevent condensation, ideal for colder regions.
Poly Film Greenhouse
Poly Tunnel Greenhouse
Poly Tunnel Greenhouse
Multispan poly film greenhouses are highly adaptable, catering to both small family farms and large commercial operations. Their modular design allows for seamless expansion, enabling farmers to scale up as their business grows.
Constructed with galvanized steel frames and UV-resistant polyethylene, these greenhouses are built to endure harsh weather conditions, including strong winds, heavy rain, and moderate snow loads.
Precise regulation of temperature, humidity, and light is achieved through features like roll-up side vents, exhaust fans, and optional heating systems. Shading nets and cooling pads further enhance environmental control.
Compared to glass greenhouses, multispan poly tunnels are much cheaper to build and maintain, making them accessible to farmers with different budget levels.
Advanced systems like drip irrigation and fertigation deliver water and nutrients directly to plant roots, minimizing waste and optimizing growth efficiency.
Sealed entry points, insect-proof netting, and strict sanitation protocols reduce the risk of pest infestations and disease outbreaks, protecting crop health.
| Techinical Parameters | |||
| Dimension | Load Parameters | ||
| Span Width | 8, 9, 9.6, 11.2, 12.8 m | Wind Load | 40~120 km/h |
| Bay Length | 4, 4.5, 5 m | Snow Load | 0~100 cm |
| Gutter Height | 4, 5, 6 m | Hanging Load | 0~15 kg/㎡ |
| Top Height | 5.2~9.3 m | Max. Drain Capacity | 140 mm |
| Skeleton Frame | Hot Dip Galvanized Steel Tubes | ||
| Coverings | PO Film, PE Film | ||
| Optional Systems | Ventilation System, Circulating Fan, Fan Wet Curtain System, Inside And Outside Shading System, Planting System, Irrigation System, Water And Fertilizer Integration, Electrical Control System | ||
| Applications | Leafy Vegetables, Eggplants, Mushrooms, Flowers, Seedlings, Poultry, Fish Pond Shed, Parking Shed, Material Warehouse | ||
| Remarks | The above parameters just for reference and subject to our actual projects, we accept customization. | ||
Superior wind and storm resistance.
Larger, continuous area for higher yields.
Higher initial investment, better long-term ROI.
Vegetable Greenhouse
Fruit Greenhouse
Flower Greenhouse
Seedling Greenhouse
Aquaculture Greenhouse
Laboratory Greenhouse
Commercial Greenhouse
Restaurant Greenhouse
Around 25–40% cheaper than glasshouses.
Lower energy bills with insulation.
Most farmers recover costs within 2–3 years.
The evolution of multispan poly film greenhouses is closely tied to technological advancements and sustainability goals. Key trends include:
Poly Film Greenhouse for Tomato Growing.pdf
Multispan poly film greenhouses are more than just agricultural tools—they are a gateway to sustainable, high-yield, and resilient farming. By combining affordability, scalability, and advanced technology, they empower farmers to overcome environmental challenges and meet growing market demands. Whether you’re looking to grow vegetables, flowers, or fruits, investing in a multispan poly film greenhouse is a strategic step toward a thriving agricultural future.
The galvanized steel frame can last over 15 years, while polyethylene covers typically require replacement every 3–5 years, depending on quality and climate.
Absolutely. With proper climate control systems—such as heating, cooling, and ventilation—year-round cultivation is achievable in most regions.
Costs depend on size, materials, and technology, but multispan poly film greenhouses are generally 25–40% less expensive than glass greenhouses, offering a cost-effective alternative.
Yes, integrated drip irrigation systems significantly reduce water usage, often by up to 50%, compared to traditional irrigation methods.
Multispan poly film greenhouses offer greater stability, larger growing areas, and better ROI, making them ideal for commercial farming, while single-span greenhouses are better suited for smaller operations.
A multispan poly film greenhouse consists of multiple tunnel-shaped units connected side by side to form a single, expansive structure. Unlike standalone single-span greenhouses, multispan designs share internal supports, creating a larger, more efficient growing area. This interconnected framework maximizes space, enhances stability, and supports scalable farming operations.
The backbone of a multispan poly film greenhouse is its robust frame, typically constructed from galvanized steel for corrosion resistance and durability. The covering is a high-quality, UV-stabilized polyethylene film, designed to withstand prolonged sun exposure while allowing optimal light transmission. The arched design not only enhances aesthetic appeal but also provides superior wind resistance and structural integrity, making it ideal for diverse climates.
The choice of polyethylene covering significantly impacts the greenhouse’s performance. Common options include:
Thermal Poly Film – Engineered to minimize heat loss and prevent condensation, ideal for colder regions.
Poly Film Greenhouse
Poly Tunnel Greenhouse
Poly Tunnel Greenhouse
Multispan poly film greenhouses are highly adaptable, catering to both small family farms and large commercial operations. Their modular design allows for seamless expansion, enabling farmers to scale up as their business grows.
Constructed with galvanized steel frames and UV-resistant polyethylene, these greenhouses are built to endure harsh weather conditions, including strong winds, heavy rain, and moderate snow loads.
Precise regulation of temperature, humidity, and light is achieved through features like roll-up side vents, exhaust fans, and optional heating systems. Shading nets and cooling pads further enhance environmental control.
Compared to glass greenhouses, multispan poly tunnels are much cheaper to build and maintain, making them accessible to farmers with different budget levels.
Advanced systems like drip irrigation and fertigation deliver water and nutrients directly to plant roots, minimizing waste and optimizing growth efficiency.
Sealed entry points, insect-proof netting, and strict sanitation protocols reduce the risk of pest infestations and disease outbreaks, protecting crop health.
| Techinical Parameters | |||
| Dimension | Load Parameters | ||
| Span Width | 8, 9, 9.6, 11.2, 12.8 m | Wind Load | 40~120 km/h |
| Bay Length | 4, 4.5, 5 m | Snow Load | 0~100 cm |
| Gutter Height | 4, 5, 6 m | Hanging Load | 0~15 kg/㎡ |
| Top Height | 5.2~9.3 m | Max. Drain Capacity | 140 mm |
| Skeleton Frame | Hot Dip Galvanized Steel Tubes | ||
| Coverings | PO Film, PE Film | ||
| Optional Systems | Ventilation System, Circulating Fan, Fan Wet Curtain System, Inside And Outside Shading System, Planting System, Irrigation System, Water And Fertilizer Integration, Electrical Control System | ||
| Applications | Leafy Vegetables, Eggplants, Mushrooms, Flowers, Seedlings, Poultry, Fish Pond Shed, Parking Shed, Material Warehouse | ||
| Remarks | The above parameters just for reference and subject to our actual projects, we accept customization. | ||
Superior wind and storm resistance.
Larger, continuous area for higher yields.
Higher initial investment, better long-term ROI.
Vegetable Greenhouse
Fruit Greenhouse
Flower Greenhouse
Seedling Greenhouse
Aquaculture Greenhouse
Laboratory Greenhouse
Commercial Greenhouse
Restaurant Greenhouse
Around 25–40% cheaper than glasshouses.
Lower energy bills with insulation.
Most farmers recover costs within 2–3 years.
The evolution of multispan poly film greenhouses is closely tied to technological advancements and sustainability goals. Key trends include:
Poly Film Greenhouse for Tomato Growing.pdf
Multispan poly film greenhouses are more than just agricultural tools—they are a gateway to sustainable, high-yield, and resilient farming. By combining affordability, scalability, and advanced technology, they empower farmers to overcome environmental challenges and meet growing market demands. Whether you’re looking to grow vegetables, flowers, or fruits, investing in a multispan poly film greenhouse is a strategic step toward a thriving agricultural future.
The galvanized steel frame can last over 15 years, while polyethylene covers typically require replacement every 3–5 years, depending on quality and climate.
Absolutely. With proper climate control systems—such as heating, cooling, and ventilation—year-round cultivation is achievable in most regions.
Costs depend on size, materials, and technology, but multispan poly film greenhouses are generally 25–40% less expensive than glass greenhouses, offering a cost-effective alternative.
Yes, integrated drip irrigation systems significantly reduce water usage, often by up to 50%, compared to traditional irrigation methods.
Multispan poly film greenhouses offer greater stability, larger growing areas, and better ROI, making them ideal for commercial farming, while single-span greenhouses are better suited for smaller operations.
