Glass Greenhouse for Lettuce/Tomatoes/Strawberries/Pepper Farming to Europe

• Customization: Available
• Building Materials: Steel Structure
• Cover Material: Glass
• Model NO.: jx-glass greenhouse
• Cultivation Method: Hydroponics/ Soilless Culture /Stromal Culture
• Heating Method: Hot Water Heating/Hot Air Heat System/Electric
• Layer: Double
• Location: Outdoor
• Roofing Shape: Herringbone Roof
• Size: Large
• Span: Multi
• Suitable: Seeding/Vegetables/Fruit/Flower/
• Usage: Commercial Greenhouse
• Cooling Method: Indoor Shading /Outdoor Shading/Spray Cooling
• Humidity Control: Water Sprayer, Wet Curtain
• Delievry: 20days
• Top Windows: Customizable
• Transport Package: Standard Containers
• Specification: The size could be customized
• Trademark: juxiang
• Origin: China
• HS Code: 9406900090
• Production Capacity: 100000square Metre/Year
• Package Size: 12.09cm * 2.35cm * 2.39cm
• Package Gross Weight: 2000.000kg

Product Description

Product Description

Product Description:

1. Shading and cooling methods include indoor shading and outdoor shading. The indoor shading system is a supporting system made of metal wires or plastic mesh wires connected to the greenhouse framework, and the shading net is installed on the film supporting line. Generally, electric control or manual control is adopted. The outdoor shading system is characterized in that a shading framework is additionally arranged outside the greenhouse framework, a shading net is arranged on the framework, and the shading net can be driven by a curtain pulling mechanism or a film rolling mechanism to be freely opened and closed. The outdoor installation of the sunshade net has good cooling effect, can directly block the solar energy outside the greenhouse, and various types of sunshade nets can be used.

2. Evaporative cooling uses the unsaturation of air and the latent heat of evaporation of water to cool down. When the moisture in the air is not saturated, the moisture will evaporate into water vapor and enter the air. When the water evaporates, it absorbs the heat in the air, reduces the temperature of the air and increases the humidity of the air. In the process of evaporative cooling, it is necessary to ensure the air flow inside and outside the greenhouse, to discharge the high temperature and humidity gases from the greenhouse, and to supplement fresh air, so the forced ventilation method must be adopted. Evaporative cooling methods include wet curtain-fan cooling and spray cooling.

3. The roof spray cooling system is to spray water evenly on the roof of the glass greenhouse to reduce the temperature of the greenhouse. When water flows on the glass greenhouse roof, the water exchanges heat with the glass of the greenhouse roof and takes away the heat in the greenhouse. In addition, when the thickness of the water film is greater than 0.2 mm, all the energy of solar radiation is absorbed and taken away by the water film, which is equivalent to shading.
 

Intelligent light filling system
 

The growth of all things depends on the sun, and the quality of light conditions directly affects the yield and quality of crops. Because of the influence of covering material, dust and shading structure, the light condition in greenhouse is much worse than that in open field. Artificial light supplement has become an inevitable choice for the management of many controllable greenhouses.
 

1.The intelligent light supplement system can effectively help improve the yield and quality of crops, improve the growth rate of crops, and effectively save time and cost

 2.the solar energy can be effectively utilized, and a proper amount of illumination can be provided at a proper time according to the growth needs of crops, so that the energy is saved, and the pollution to the environment is reduced.

3.The intelligent light supplement system can truly simulate the natural environment, accurately control the temperature, humidity, light and other parameters, so that crops can grow in the best state, improve the quality and yield of crops, and improve disease resistance.

Welcome to Qingzhou Juxiang Agricultural Equipment Co., Ltd.

Explore our premium glass greenhouses designed to revolutionize your agricultural practices. Crafted with durable materials, our greenhouses ensure longevity and adaptability to various climates.

Perfect for seedling cultivation, our greenhouses provide an optimal environment for seeds to thrive, enhancing production efficiency and crop quality. Experience healthier plants and increased productivity with our innovative solutions.

Utilize hydroponics in our greenhouses for unparalleled results. Enjoy precise control over environmental conditions and nutrient supply, leading to unmatched yields and exceptional quality of hydroponic vegetables. Benefit from safety, taste, and internal quality advantages over traditional soil cultivation.

Upgrade your agricultural practices with Qingzhou Juxiang Agricultural Equipment Co., Ltd. and witness the transformative impact on your crop production.

Hydroponic Beds for Greenhouse Cultivation

Discover the innovative hydroponic beds from Qingzhou Juxiang Agricultural Equipment Co., Ltd. These soilless culture techniques offer a range of benefits for cultivating healthy plant seedlings in a greenhouse environment.

Key Features:

• Deep Flow Planting System (DWC) for optimal nutrient absorption


• Tidal Beds (Ebb and Flow Systems) for controlled water and nutrient supply


• Shallow Sap Flow Planting Systems for water-efficient plant growth


• Nutrient Recycling for sustainable plant nutrition


• High Space Utilization for maximizing plant yield in limited space


• Environmental Control for precise growth conditions

Benefits:

• Efficient, water-saving, and easy-to-manage planting method


• High-quality yield with the right hydroponic system

Upgrade your greenhouse cultivation with our hydroponic beds to achieve optimal plant growth and maximize your yield.

 

greenhouse ventilation

Welcome to Qingzhou Juxiang Agricultural Equipment Co., Ltd.! Our cutting-edge glass greenhouse ventilation system is meticulously crafted to enhance plant growth by efficiently managing temperature, humidity, and air quality. Say goodbye to waste heat, moisture, and harmful gases with our system, creating the perfect environment for your plants to flourish.
 

Natural ventilation glass greenhouse relies on natural ventilation to regulate the indoor environment most of the time. The structural form of large productive glass greenhouse is generally double-slope multi-span greenhouse, and the ventilation form is to set ventilation windows on the side wall and roof ridge. Its total ventilation area is not less than 15% of the greenhouse area, preferably more than 30%. When the roof wind window is opened, the window sash should be inclined upward beyond the horizontal plane. When it is fully opened, it forms an angle of 100 with the horizontal plane, which can achieve good ventilation effect.

2.Forced ventilation   glass greenhouses rely on natural ventilation to regulate the environment most of the time, when the temperature is high in summer, especially when the outdoor temperature is over 33 ºC, it is difficult to meet the cooling requirements of greenhouses by natural ventilation alone, so forced ventilation and other measures are commonly used in production. Forced ventilation is to use fans to convert electric energy or other mechanical energy into wind energy, forcing air flow to ventilate the greenhouse and achieve cooling effect.

greenhouse heating

1.Hot water heating The hot water heating system is composed of three basic parts: hot water boiler, heat supply pipe and heat dissipation equipment. Its working process is to heat water with the boiler and then pressurize it with the water pump. The hot water is supplied to the radiator in the greenhouse through the heat supply pipe. The radiator is used to heat and raise the temperature of the greenhouse. The cooled hot water is returned to the boiler for reheating and repeated circulation. The hot water heating system is stable and reliable, which is the most commonly used heating mode in glass greenhouse.
2.hot air heat system Consists of a heat source, an air heat exchange, a fan and an air supply pipeline. Its working process is as follows: the air exchanger is heated by the heat provided by the heat source, and the fan is used to force part of the air in the greenhouse to flow through the air heat exchanger, so that the greenhouse is heated by continuous circulation. The heat source of the hot air heating system can be oil, gas, coal-fired devices or electric heaters, and can also be hot water or steam. The installation forms of hot air heating equipment are different for different heat sources.
3.Electric Heating The more common way of electric heating is to bury the ground heating wire underground

 

Company Profile

Qingzhou Juxiang Agricultural Equipment Co., Ltd. is a leading expert in greenhouse design, manufacturing, and research & development. Our diverse product line includes flower market greenhouses, planting greenhouses, aquaculture greenhouses, livestock breeding greenhouses, ecological restaurant greenhouses, glasshouses, spherical greenhouses, sunlight-plate greenhouses, photovoltaic solar energy greenhouses, thin film greenhouses, and all necessary accessories. Trust us for all your greenhouse needs!

Welcome to Qingzhou Juxiang Agricultural Equipment Co., Ltd.

Our Advantages

• We have our own factory with unique national patent technology.


• We employ 6 state-level horticulturists, 20 flower technicians, and 22 vegetable technicians.


• We offer comprehensive agricultural technical guidance and export technical personnel.


• We provide attentive after-sales service, including a 15-year warranty and free on-site maintenance.

Our Corporation Tenet

At Qingzhou Juxiang Agricultural Equipment Co., Ltd., we believe in survival through quality, development through reputation, and pioneering realistic innovation. Our service aim is to prioritize quality and safety, serving users wholeheartedly, and building a positive corporate image to drive enterprise development.