Tempered Glass Greenhouse for Growing Cucumber and Tomato Varieties

• Customization: Available
• Building Materials: Steel Structure
• Cover Material: Glass
• Model NO.: GG-400
• Cultivation Method: Hydroponics
• Heating Method: Continuous Heating
• Layer: Double
• Location: Indoor & Outdoor
• Roofing Shape: Flat Roof
• Size: Large
• Span: Multi/Single
• Suitable: Mixed Farming
• Usage: Commercial Greenhouse
• Transport Package: Container Shipping
• Specification: 40GP
• Trademark: VERTEX
• Origin: China
• HS Code: 9406900090
• Production Capacity: 5000000 Square Meter/Years
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 1000.000kg
• Lead Time: 20 days (1 - 1000 Square Meters) ; To be negotiated ( > 1000 Square Meters)

Product Description

Vertex Agriculture shines as a leader in the realm of cutting-edge agricultural manufacturing, dedicated to crafting state-of-the-art solutions that elevate modern farming.

Our Glass Greenhouse stands as a pinnacle of innovation in plant cultivation, leveraging the exceptional light transmission properties of glass to cultivate the perfect environment for plant growth. With an impressive light transmittance of over 85%-90%, our glass ensures a majority of the sun's nourishing visible light penetrates effortlessly, empowering plants to thrive through optimal photosynthesis. This unique structure maintains a stable indoor temperature, forming a cocoon-like microclimate independent of external elements. During colder months, our greenhouse acts as a shield against heat loss, providing superior insulation; whereas, in warmer seasons, it incorporates advanced ventilation, shading, and other facilities to regulate temperature, safeguarding plants from excessive heat stress.

Product Description

A glass greenhouse is a building facility with a specific frame structure. Frames are usually made of metal (such as steel), including columns, beams, trusses and other parts, which are combined to form a solid spatial framework to provide support for the installation of glass. The design of the frame should take into account the weight of the bearing glass and the pressure of resisting natural external forces such as snow and snow to ensure the safety and stability of the greenhouse.

1. Glass greenhouse is mainly used for plant cultivation. It uses the good light transmission of glass to create suitable lighting conditions for plant growth. The high transmittance of glass (generally more than 85%-90%) can make most of the visible light in the sun pass through, ensuring that plants can fully carry out photosynthesis. At the same time, it can effectively maintain the indoor temperature and form a microclimate that is relatively independent of the external natural environment. In the cold season, the glass greenhouse can reduce the loss of indoor heat and play a role in insulation; In the hot season, the temperature is adjusted through supporting ventilation, shading and other facilities to avoid excessive temperature damage to plants.
2. In addition to plant cultivation, glass greenhouses can also be used for agricultural production activities such as flower planting and vegetable seedling cultivation, and in some cases, it is also used to display rare plants and hold horticultural exhibitions, such as tropical plants in some botanical gardens, flower exhibition greenhouses, etc., to provide people with places of appreciation and popular science education.

A glasshouse is a semi-permanent or permanent building. Its construction needs to follow certain building codes and standards, and there are corresponding requirements in site selection, infrastructure construction, drainage, etc. Its appearance is usually more structured to adapt to the installation of glass and the use of internal space. And the scale of the glass greenhouse can be flexible according to actual needs, from small single-house greenhouse for home gardening, to large multi-house greenhouse for agricultural industrialization.

Product Parameters

Ventilation System
1. Natural Ventilation System: This innovative system primarily utilizes side and top windows to facilitate airflow. Side windows are strategically positioned along the greenhouse side walls and can be operated manually or electrically, ensuring flexibility and ease of use. The top windows, ingeniously located at the apex of the greenhouse, can be opened through various mechanisms, such as the rack and pinion method. As indoor temperatures climb, warm air naturally ascends and escapes through the top windows, while cooler external air flows in through the side windows. This dynamic interaction fosters a natural ventilation process, effectively maintaining optimal indoor temperature and humidity levels.
2. Forced Ventilation System: This system is complemented by powerful exhaust fans strategically positioned at either one or both ends of the greenhouse. Essential for times when natural ventilation falls short, particularly during sweltering summer months, these fans are activated to expel hot indoor air while simultaneously drawing in refreshing external air. This method ensures rapid cooling and efficient ventilation, providing a comfortable environment for plant growth.

Sunshade System
1. External Sunshade System: The external sunshade net, elegantly installed atop the greenhouse, can be seamlessly adjusted either automatically or manually in response to varying light intensities and indoor temperatures through advanced electric control. This net is a formidable barrier against excessive sunlight, diminishing light intensity and heat absorption, thereby preventing summer temperatures from soaring too high. Additionally, it offers essential protection against intense sunlight, safeguarding delicate plants from potential burns.
2. Internal Sunshade System: This system is ingeniously integrated within the greenhouse's interior ceiling. Beyond offering cooling and shading benefits, it serves as a thermal insulator during nighttime. The internal sunshade system adeptly reflects sunlight, reducing heat absorption and allowing precise control over light distribution within the greenhouse, optimizing conditions for plant health.

Irrigation System
1. Drip Irrigation System: A staple in glass greenhouse irrigation, this system deftly channels water via pipes to individual drip heads situated near plant roots. Water is meticulously dispensed, drop by drop, into the soil, enabling precision in water usage and minimizing evaporation and wastage. Additionally, fertilizers can be effortlessly dissolved in water and delivered directly to plant roots through this system, ensuring accurate and efficient nutrient application.
2. Micro-Sprinkler Irrigation System: Sprinkler heads, strategically positioned either at the greenhouse apex or suspended above plant levels, release water as fine droplets, enhancing air humidity and catering to plants with higher humidity requirements. This system covers extensive areas, providing uniform irrigation to a multitude of plants simultaneously, fostering healthy growth.

Heating System
1. Hot Water Heating System: Utilizing advanced boiler technology, water is heated and circulated through an intricate pipe network across the greenhouse floor or space. This process efficiently releases heat, elevating indoor temperatures uniformly. With precise temperature control and the potential for repurposing residual heat for auxiliary operations like hot water irrigation, this system is a hallmark of innovation.
2. Hot Air Heating System: This system employs state-of-the-art hot air fans to rapidly introduce heated air into the greenhouse environment. Its design allows for customizable adjustments of air supply positions and angles, ensuring an even distribution of warmth and catering to varying heating needs within the space.

Control System
Positioned as the brain of the glass greenhouse, the intelligent control system is indispensable. It autonomously monitors and manages vital environmental parameters such as temperature, humidity, light, and ventilation. Utilizing an array of sensors-temperature, humidity, light, among others-data is continuously gathered and relayed to the central controller. Based on predefined settings, the controller adeptly adjusts the operational states of ventilation, shading, irrigation, and heating systems, achieving precise environmental control. This system cultivates the ideal growth conditions, ensuring maximum productivity and plant vitality.