Glass greenhouse

The main frame of the greenhouse is made of hot-dip galvanized steel pipe: it has good corrosion resistance and strength, and it is one of the commonly used materials for the frame of glass greenhouses. The pipe diameter and wall thickness are selected based on the scale and load-bearing requirements of the greenhouse. In addition, section steel is also an indispensable material: such as Angle steel, channel steel, I-beam, etc. The cross-sectional shapes and sizes of section steel are diverse and can be combined according to design requirements to build the main load-bearing structure of greenhouses, with strong load-bearing capacity.

The role of external sunshade：

1, blocking strong light: it can block the strong light and provide suitable light conditions for the greenhouse.

2, heat insulation and cooling: it can effectively reflect and absorb solar radiation heat, prevent heat from entering the greenhouse interior.

3, to extend the service life of the facility: external shading can reduce the direct exposure of sunlight to the greenhouse film or other covering materials, reduce the aging speed of the material, thus extending the service life of the greenhouse facility.

4, energy saving: the use of external sunshade can reduce the ventilation and cooling equipment and air conditioning and other refrigeration equipment, the frequency and length of use.

The role of internal shading is: 1, regulating light; 2, reducing temperature; 3, regulating humidity in the greenhouse; 4, protecting crops.

Greenhouse internal heat preservation is to build a stable temperature and heat environment by means of physical barrier, heat storage, artificial intervention, etc. Its core value is to break through the climate limitations, safeguard crop growth, and enhance production efficiency.

The cooling system of greenhouse is composed of negative pressure fan, wet curtain and other equipment, fan wet curtain system is the core equipment of greenhouse environment regulation in summer, through the synergistic effect of mechanical ventilation and water vapor evaporation and cooling, to realize the greenhouse temperature lowering, humidity regulation and air circulation, and to create a suitable growing environment for crops.

Water-fertilizer integration is an agricultural technology that organically combines irrigation and fertilization, supplying water and fertilizer through a controllable piping system so that the water and fertilizer are blended and then evenly and accurately delivered to the soil at the root of the crop.

Greenhouse intelligent control system is an integrated management system for precise monitoring and intelligent regulation of greenhouse environment (temperature, humidity, light, carbon dioxide concentration, etc.) and production process (irrigation, fertilization, ventilation, etc.). The function is to optimize crop growth conditions, improve production efficiency, reduce labor costs, improve yield and quality, applicable to modern facility agriculture.

Greenhouse planting and harvesting facilities include: soilless planting tanks, seedbeds, drop hooks, picker cart series and more.

The window is located on one of the sloped sides of the spire, and the drive system is mounted at the bracket location of the mullion beams, working in the direction of the truss beam span. The opening motor drives a drive shaft that pushes the spacers fixed in the slides of the window frame back and forth to open and close the window.