The steel structure greenhouses have been widely adopted for plant growth in low temperature seasons. The prefabricated members are processed in the workshop and connected with bolts on site mainly. The construction can be completed with high speed.
Greenhouse is widely used for the cultivation of vegetables, flowers, trees, and other plants in low temperature seasons. In cold seasons, greenhouse can provide a suitable environment for plant growth. With the improvement and widespread of the greenhouses, prefabricated steel structure greenhouses have been widely adopted.
Greenhouse frames are usually used for planting and breeding purposes, and the internal moisture is high, which increases the rusting rate of greenhouse frames. Compared to traditional greenhouses，the most obvious improvement of the steel structure greenhouses is that steel structure greenhouses use bolted connections, instead of using welding connection method. The prefabricated bolted connection method can maintain the integrity of the original hot-dip galvanized layer, and corrosion is rarely observed in greenhouses under normal circumstances.
Beijing Yongcheng Xingye Steel Construction Co. Ltd have the factory which is specialized in steel structure design, processing and manufacturing with high precision. The skeleton of the steel structure greenhouses is processed in the professional workshop and can be directly assembled on site, reducing the installation time greatly. At the same time, the overall quality and accuracy are high, the overall surface of the structure is smooth, and safety is high.
Steel structure greenhouses mainly include load-bearing structures and supports, connectors, and sturdy components designed to ensure structural stability. The main structure is generally made of hot-dip galvanized steel pipes as the main load-bearing structure, produced in factories and installed on site. Necessary spatial support should also be considered for the outer protective structure and roof of the greenhouse. It is best to have diagonal braces anchored to the foundation to form a spatial force system.
