Agricultural steel structure buildings are modular and standardized building systems designed specifically for agricultural production, warehousing, breeding and other scenarios. They take high-quality steel as the core load-bearing structure and are matched with enclosure materials that meet the needs of agricultural scenarios. Their core is to realize a large-span, large-space and customizable building form through the high-strength characteristics of steel structures combined with the special needs of agricultural production, covering various types such as planting greenhouses, breeding sheds, agricultural product warehouses, agricultural machinery storage workshops, and agricultural product processing plants.

The main steel structure components are prefabricated in the factory, and only assembly and splicing are needed on site, without complex on-site pouring procedures. Compared with traditional brick-concrete structure buildings, the construction period can be shortened by 50%-70%. A 1,000-square-meter agricultural steel structure building can usually be installed and put into use in 15-30 days, which greatly shortens the preparation period of agricultural production.

It can be matched with professional thermal insulation enclosure materials and combined with sealing design to achieve good thermal insulation effect. It can reduce heat loss in winter and block external high temperature in summer, effectively maintain a constant temperature and humidity environment in the shed, adapt to the needs of greenhouse planting and livestock and poultry overwintering, and reduce temperature control energy consumption.

The surface of steel structure components adopts multiple anti-corrosion treatments such as shot blasting derusting, electrostatic spraying and hot-dip galvanizing, which can effectively resist the erosion of moisture, acid and alkali gases in the agricultural environment. The service life of the main structure can reach 20-50 years, far exceeding the 10-15 years of traditional brick-wood structures, reducing the later reconstruction cost.