Agricultural Galvanized Steel Truss Structure Greenhouse for Cucumber
1. Galvanized Structure
2. Pep Film Coverage
3. Double Inflatable Bottle Gallbladder System Insulation, Energy -Saving
4. Less Initial Investment, Low Running Cost in Winter
5. Anti Drip Design
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Product Description
The GT Agricultural Galvanized Steel Truss Greenhouse for Cucumber is designed for commercial cucumber production and other protected vegetable crops. The greenhouse combines a hot-dip galvanized steel structure with PEP plastic film covering and can be equipped with cooling, ventilation, shading, heating, electrical distribution, and automatic control systems.
The greenhouse structure and environmental-control configuration can be customized according to local climate conditions, crop requirements, site dimensions, and production plans. This makes it suitable for commercial cucumber farms as well as multi-span vegetable and protected agriculture projects.
Key Features of the Cucumber Greenhouse
Galvanized Steel Truss Structure
The greenhouse uses a hot-dip galvanized steel structural system designed for outdoor agricultural applications. Galvanizing helps improve corrosion resistance and provides protection for the steel frame in humid greenhouse environments.
The structural configuration can be selected according to greenhouse dimensions, local wind and snow conditions, covering materials, and equipment loads.
PEP Plastic Film Covering
The greenhouse uses PE+EVA PEP plastic film. The supplier specification includes UV resistance, anti-drip and anti-dust properties, together with good light transmission.
The reference service life of the film is approximately 3–6 years depending on the film specification, climate, UV exposure, installation, and maintenance conditions.
Cooling Pad and Fan System
The greenhouse can be equipped with a cooling pad and fan system to help manage temperature in warm conditions.
Available cooling pad options include:
- Thickness: 10 cm, 15 cm, 20 cm
- Height: 150 cm, 180 cm, 200 cm
Available fan sizes include:
- 1380 × 1380 × 400 mm
- 1200 × 1200 × 270 mm
- 1070 × 1070 × 270 mm
- 900 × 900 × 270 mm
The final cooling capacity and equipment quantity should be selected according to greenhouse volume, local climate, crop requirements, and ventilation design.
Roof and Side Ventilation
The greenhouse can incorporate top and side ventilation systems to support air exchange and environmental management.
Proper ventilation can help manage:
- Greenhouse temperature
- Relative humidity
- Air movement
- Condensation
- Crop growing conditions
The ventilation configuration should be designed according to local climate conditions and cucumber production requirements.
Shading System
An internal shading system can be installed to reduce excessive solar radiation during periods of strong sunlight.
The available reference configuration includes a 55% shading net. The final shading rate should be selected according to crop light requirements, local solar radiation, and the overall climate-control strategy.
External shading can also be configured where required.
Automatic Greenhouse Control System
The GT297 greenhouse can be integrated with an automatic control system to coordinate greenhouse environmental equipment.
Depending on the project configuration, the control system can manage or coordinate:
- Cooling fans
- Cooling pads
- Ventilation
- Shading
- Heating
- Air circulation
- Electrical distribution
- Other greenhouse equipment
Automation can reduce manual operation and help maintain more consistent growing conditions.
GT297 Cucumber Greenhouse Specifications
| Specification | Details |
|---|---|
| Product Type | Agricultural Cucumber Greenhouse |
| Model | GT297 |
| Brand | GT |
| Place of Origin | Sichuan, China |
| Greenhouse Structure | Galvanized Steel Truss |
| Project Width | 40 m |
| Project Length | 40 m / Customized |
| Project Height | 4 m |
| Covering | PEP Plastic Film |
| Cooling System | Cooling Pad and Fan System |
| Ventilation | Top and Side Ventilation |
| Shading | Interior and Exterior Options |
| Control System | Automatic Control System |
| Installation | Installation Supervision Provided |
Multi-Span Greenhouse Dimensions
For larger or customized multi-span greenhouse projects, the supplier provides the following reference ranges:
| Parameter | Reference Range |
|---|---|
| Span Width | 8–12 m |
| Bay Width | 4–5 m |
| Gutter Height | 3.5–5 m |
| Roof Height | 5–7 m |
| Frame Structure | Hot-Dip Galvanized Steel |
| Covering | PE+EVA PEP Film |
These are general customization ranges and should not be treated as the fixed dimensions of the GT297 reference project.
Cucumber Greenhouse Environmental Control
Cucumbers benefit from a controlled growing environment, particularly when commercial production requires stable temperature, humidity, irrigation, and ventilation conditions.
The greenhouse can integrate multiple environmental-control systems, including:
- Cooling pad and fan system
- Roof and side ventilation
- Internal air circulation
- Interior shading
- Heating system
- Electrical distribution
- Automatic control system
The final combination depends on the local climate, crop variety, growing method, and production objectives.
Structural Load Design
The PE film greenhouse can be designed according to local environmental conditions and project requirements.
Reference technical specifications include:
| Load / Condition | Reference Specification |
|---|---|
| Snow Load | 0.5 kN/m², customized |
| Wind Load | Up to 140 km/h, customized |
| Rainfall | 140 mm, customized |
These values should be confirmed during engineering design. Actual structural requirements depend on the project location, applicable local standards, greenhouse dimensions, structural configuration, and site-specific climate data.
Applications
Although this greenhouse is optimized for cucumber production, the multi-span agricultural structure can also be used by china Plastic film greenhouse factory for other commercial crops, including:
- Cucumber
- Tomato
- Eggplant
- Chili
- Leafy vegetables
- Flowers
- Fruits
- Seedlings and nursery plants
It can also be configured for larger agricultural facilities such as commercial farms, ecological agriculture projects, plant nurseries, and controlled-environment growing facilities.












