Basic Info.
Model NO.
2024830914
Surrounding Coverage
Tempering Glass
Top Coverage
Sunshine Plate
Transmittance
99
Transport Package
Sea and Land Transportation
Specification
88.65
Trademark
HHIE
Origin
China
HS Code
8601109000
Production Capacity
5 Million Square Meters
Product Description
Glass greenhouse is a type of greenhouse covered with glass material. Here is an introduction to glass greenhouses:**1, Structural characteristics**
1. Framework structure
-Usually, hot-dip galvanized steel structures are used, which have the characteristics of being sturdy, durable, and strong in wind and pressure resistance. The design of the framework has undergone precise calculations and is capable of withstanding loads under various climatic conditions.
-There are various structural forms, including Wenluo type, large-span pointed type, etc., which can be selected according to different usage needs and site conditions.
2. Glass covering material
-Use high-strength and transparent glass, such as tempered glass, insulated glass, etc. The transmittance of glass can reach over 90%, allowing more natural light to enter the greenhouse and providing sufficient light for plant growth.
-Glass has good insulation properties, which can reduce heat loss and lower energy consumption. Meanwhile, glass also has good impact resistance and corrosion resistance, with a long service life.
**2, Functional Features**
1. Environmental control
-The glass greenhouse is equipped with advanced environmental control systems, including temperature, humidity, lighting, ventilation, and other controls. Create a suitable growth environment for plants through measures such as heating, cooling, humidification, dehumidification, and shading.
-It can achieve automated control, automatically adjust environmental conditions according to preset parameters, and improve management efficiency.
2. Planting function
-Suitable for planting various vegetables, flowers, fruits and other crops. Due to precise environmental control, it can improve crop yield and quality.
-New planting methods such as soilless cultivation and hydroponics can be adopted to fully utilize space and improve land utilization efficiency.
3. Sightseeing function
-The appearance of the glass greenhouse is beautiful and elegant, with high ornamental value. It can be an important component of sightseeing agriculture, attracting tourists to visit and pick, and increasing the added value of agriculture.
**3, Application Fields**
1. Agricultural production
-Widely used in the cultivation of vegetables, flowers, fruits and other crops, providing fresh agricultural products for the market.
-It can be used in fields such as seedling breeding and scientific research experiments, providing a platform for agricultural technological innovation.
2. Sightseeing tourism
-Combining with leisure agriculture, creating sightseeing greenhouses, picking greenhouses, etc., to provide tourists with places to get close to nature and experience agriculture.
-It can serve as an important landscape facility for agricultural theme parks, ecological restaurants, etc., enhancing the attractiveness of the venue.
In short, glass greenhouses play an important role in agricultural production and tourism due to their sturdy structure, good transparency, and precise environmental control.
| Span | 8-16m |
| Column space | 4-8m |
| Gutter height | 3-6m |
| Top height | 4.8-6.8m |
| Wind load | 0.45 kn/m2 |
| Snow load | 0.50 kn/m2 |
| Frame | Hot dip galvanized steel |
| Covering material | polycarbonate hollow sheet 8mm |
| Type | Multi-span Greenhouse |
| Layer | Single |
| Shading System | Inside and outside shading system |
| Ventilation System | Roll up (Mannal or automatic) |
| Cooling System | Cooling pad with exhaust fans |
| Heating System | Furnace with heating fans |
| Controlling System | Automatic controlling box |
The application prospects of glass greenhouses in the agricultural field are very broad, mainly reflected in the following aspects:
1. * * Improve agricultural production efficiency and quality * *: Glass greenhouses can create a stable growth environment for plants. By regulating factors such as temperature, humidity, ventilation, and light, crops are protected from external weather changes and effectively prevent pests and diseases. In an ideal growth environment, crop growth rate accelerates, yield significantly increases, and quality is also improved. For example, in the cold winter, glass greenhouses can provide sufficient heat and light to ensure that crops continue to grow healthily and extend their growth period. In addition, the design of glass greenhouses can reduce irrigation water usage, improve water resource utilization efficiency, thereby saving costs and enhancing sustainable resource utilization.
2. Adapting to changes in market demand: Glass greenhouses have a high degree of flexibility and can adjust environmental conditions such as temperature, humidity, and lighting according to the needs of different crops. This flexibility makes agricultural production more adaptable to changes in market demand, allowing farmers to plant a variety of crops more flexibly to meet the needs of different seasons and markets. For example, according to the peak demand season for a certain vegetable in the market, adjusting the environmental conditions in a glass greenhouse, planting ahead or behind schedule, in order to achieve better economic benefits.
3. Promoting agricultural technological innovation: Glass greenhouses require a large amount of advanced technology, including automation, intelligence, energy conservation, and environmental protection. It can promote the development of agricultural technology and advance the modernization and intelligence of agricultural production. In addition, glass greenhouses can also become a platform for technological innovation, attracting more researchers and enterprises to participate and promoting further development of agricultural technology. For example, intelligent glass greenhouses integrate advanced technologies such as automation control systems, shading systems, ventilation systems, etc., achieving precise control of crop growth environments. The application and continuous innovation of these technologies greatly improve crop yield and quality.
4. Promoting Agricultural Industry Upgrading: Glass greenhouses can promote the upgrading of the agricultural industry, shifting it from traditional large-scale, inefficient, and extensive production models to intelligent, precise, efficient, and ecological production models. This can bring higher economic and environmental benefits, enhance the sustainability and competitiveness of the agricultural industry. At the same time, glass greenhouses can also drive the development of related industries, such as greenhouse construction, agricultural equipment, agricultural informatization, etc., forming the development and synergy of the industrial chain, further promoting the upgrading of the agricultural industry.
5. Achieving sustainable agricultural development: Glass greenhouses have shown outstanding performance in reducing environmental pollution. Due to its ability to effectively prevent the invasion of pests and diseases, the amount of chemical pesticides used by farmers has significantly decreased, thereby reducing environmental pollution. At the same time, glass greenhouses can also reduce greenhouse gas emissions and help mitigate climate change. Such environmental characteristics make glass greenhouses an important driving force for sustainable agriculture. In addition, glass greenhouses use energy-saving and environmentally friendly technologies and materials, which can reduce energy consumption. By adopting technologies that recycle resources and reduce waste, more sustainable planting patterns can be achieved, such as reducing water waste through water circulation systems and using plant waste to generate electricity, thereby reducing negative impacts on the environment and achieving sustainable agricultural production.
6. * * Expand the application field of agriculture * *: Glass greenhouses can be applied to various fields and scenarios. In addition to traditional agricultural production, it can also be used in various scenarios such as urban agriculture, agriculture in desertification areas, and agriculture in high-altitude areas. In urban agriculture, glass greenhouses can solve the problem of limited urban space and improve the production efficiency of urban agriculture; In desertified and high-altitude areas, glass greenhouses can create an environment suitable for crop growth and solve the problem of unfavorable climate conditions.
7. * * Meeting consumer market demand * *: With the improvement of people's living standards, consumers have increasingly high requirements for the quality of agricultural products, and their demand for off-season, organic, and green agricultural products continues to increase. The agricultural products produced in glass greenhouses have excellent quality and diverse varieties, which can meet consumers' demand for high-quality agricultural products. For example, organic vegetables and fruits produced in glass greenhouses are highly popular and have broad market prospects.
In summary, glass greenhouses have broad application prospects in the field of agriculture. With the continuous progress and innovation of technology, their role in agricultural production will become increasingly important, providing strong support for the sustainable development and modernization process of agriculture.