Invernadero aislado con película de varios tramos
- HONGYANG
- PORCELANA
Los invernaderos aislados con película Multi-Span se utilizan generalmente para plantar flores, vegetales, frutas, mercados de flores, exhibiciones turísticas, cultivo de plántulas y cultivo especial.
Product Description
Insulated greenhouse is a type of greenhouse structure designed to provide better control over temperature and climate conditions for plant growth. Different with traditional greenhouses,the insulated rely solely on sunlight for heating, insulated greenhouses incorporate additional insulation materials to retain heat and regulate temperatures more effectively.
The multi-span film insulated greenhouse connects the original independent greenhouse with the original independent single-room model greenhouse, increases the thermal insulation area of the greenhouse and improves the performance of the greenhouse.
Features and advantages of insulated greenhouse
Improved Temperature Regulation: Insulated greenhouses use materials such as double-layered polyethylene film, polycarbonate panels, or insulated glazing to reduce heat loss and maintain more stable temperatures inside the structure. This insulation helps protect plants from temperature fluctuations, keeping them within optimal growing ranges even in colder climates or during the night.
Extended Growing Season: By retaining heat more efficiently, insulated greenhouses can extend the growing season for plants, allowing for cultivation year-round or during colder months when outdoor conditions may not be suitable for certain crops. This can increase overall productivity and yield for growers.
Energy Efficiency: Insulated greenhouses rely on passive solar heating and insulation to maintain comfortable temperatures. This can result in cost savings on heating bills and reduce the environmental impact of greenhouse operations.
Protection from Extreme Weather: The additional insulation in insulated greenhouses provides greater protection against extreme weather conditions such as frost, snow, wind, and hail. This helps safeguard plants from damage and ensures a more stable growing environment, even during inclement weather events.
Reduced Condensation: Insulated greenhouses are less prone to condensation buildup compared to single-layered structures, as the insulation helps regulate humidity levels inside the greenhouse. This can prevent issues such as fungal diseases and water damage to plants.
Product Parameter
| Type | Multi-Span Film Insulated Greenhouse |
| Span Width | 8m/9.6m/10.8/12m |
| Bay width | 4m |
| Gutter height | 3-6m |
| Wind Load | 0.3KN/㎡ |
| Snow Load | 0.35KN/㎡ |
| Hanging load | 15KG/㎡ |
| Application | Grow vegetables,flowers,scientific research,educational base |
Product Details
greenhouse frame
The greenhouse is consist of hot-dip galvanized steel, exhibits exceptional resistance to corrosion, ensuring longevity and structural integrity in diverse environmental conditions. This structure provides reliable support for the greenhouse framework.
covering material:pO film
Thickness:150 / 200 micrometer.
Transmission Rate≥90%.
Diffusion≤20%.
UV transmission 300%-390%.
ventilation system
The ventialtion system divide into side ventilation system and a top ventilation system, which can be opened by manual or electric film motors. This system facilitates the exchange of indoor and outdoor air, preventing overheating, humidity accumulation and the spread of diseases between plants.
irrigation system
Drip irrigation, spray systems or overhead sprinklers are often used in greenhouses and can be customized to the needs of the crop, conserving water and minimizing runoff while promoting efficient plant growth and crop yield.
external sunshade system
The external sunshade system, situated outside the greenhouse, comprises a framework and shading material. It effectively regulates sunlight intake, moderating internal temperatures and enhancing growth conditions to elevate crop quality within the structure.
inner sunshade system&inner insulation system
The inner sunshade system and inner insulation system are positioned on the upper and lower sections of the truss, respectively. The inner sunshade system regulates the direct sunlight exposure of the plants, and the inner insulation system usually uses a waterproof and lightweight quilt to protect the internal temperature and protect the plants from frost damage, ensuring optimal growing conditions in the greenhouse.
soilless culture system
Soilless culture systems, such as hydroponics and aeroponics, cultivate plants without traditional soil mediums, relying instead on nutrient-rich water solutions or misting techniques. These systems offer precise control over plant nutrition and hydration, facilitating efficient growth and high yields in controlled environments.
control system
The control system in greenhouse is an integrated automated system comprised of sensors, actuators, controllers, and user interfaces. These components enable growers to monitor and remotely manage the greenhouse environment, ensuring that plants receive the ideal growing conditions necessary for optimal growth.
soilless cultivation system
Soilless cultivation system in greenhouses can significantly improve crop yield and quality, and solve many problems in traditional soil cultivation, such as soil continuous cropping and soil-borne diseases. Soilless cultivation technology mainly uses the matrix or seedling way to replace conventional fertilizer by nutrient solution to achieve synchronous supply of water and fertilizer, thus saving water resources and fertilizer.
cooling system
The fan wet curtain cooling system in the greenhouse is a technology that uses the evaporation process of water to achieve cooling. The system is mainly composed of wet curtain, fan and water circulation system, through the fan to extract indoor air, produce negative pressure to force outdoor air through the porous wet curtain surface, so that the heat in the air is absorbed by a large amount of water, to achieve the purpose of cooling.
