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The double layer covering creates an air insulation layer that significantly reduces heat loss. This design improves temperature retention in cold climates.
By minimizing heat exchange with the outside environment, the structure lowers energy consumption for heating.
The dual-layer design enhances resistance to wind, rain, and snow. It ensures stable internal conditions for crops.
The structure helps maintain consistent temperature and humidity levels, improving crop growth.
It can be customized for different crops and climates, offering versatility in use.
| Building Materials | Steel-Plastic | Span | Multi/single |
| Frame Material | Hot Galvanized Steel | Layer | double |
| Light Transmittance | More Than 90% | Covering Material | Po/PE film |
| Span width | 6m/8m/9.6m/10m/12m/customized | Wind load | 0.25-2KN/m2 (According to the specific situation) |
| Section width | 3m/4m/5m/customized | Snow accumulation | 0.25-2KN/m2 (According to the specific situation) |
| Height of the quarry | 4m/5m/6m/customized | Planting interest-bearing load | 0.25-2KN/m2 (According to the specific situation) |
| Ridge height | 4m/5m/6m/customized |
Ideal for winter farming and low-temperature regions. Suitable for double layer greenhouse for winter vegetables, cold climate farming greenhouse, and insulated vegetable greenhouse system.
Provides stable temperature and protection for young plants.
Used for strawberries, tomatoes, and flowers requiring stable conditions. Includes double film greenhouse for fruit cultivation, high value crop greenhouse system, and protected agriculture structure.
Supports testing and research under controlled environments. Suitable for agricultural research greenhouse system, experimental farming greenhouse, and demonstration greenhouse project.
Applied in green agriculture projects to improve efficiency and reduce energy use.
Mark out lines horizontally and vertically for the ground-inserted greenhouse. Drill holes at 1-meter intervals, with the depth matching the required embedding length of the main frame.
Transport all materials to the site and pre-install the elliptical clamps in accordance with the greenhouse design.
After assembling all elliptical clamps, erect the main frame, connect the tie rods, and use a spirit level to adjust and ensure horizontal alignment.
Backfill the base of the frame with concrete, then erect the support columns, along with the column girders and diagonal braces.
Once the concrete has set, install the clamping channels for the side and roof air vents.
Cover the frame with the greenhouse film and secure it firmly in the clamping channels using spring clips.
Mount the film rollers, test the operation of the film air vents. The entire greenhouse construction is then completed.
A: The frame is made of hot-dip galvanized steel, and the covering uses UV-resistant polyethylene film, offering durability, high light transmission, and protection from wind, rain, and moderate snow.
A: Yes, the span, length, roof height, and structure can be customized to fit project requirements, including vegetable farms, nurseries, or research and demonstration projects.
A: Steel frames are bundled, and film panels are packed in protective crates. The greenhouse is suitable for container shipping, including 20GP, 40GP, and 40HQ containers.
A:Accept TT/LC, with a 15 year warranty (free replacement for non-human damage).
