Steel Structure

Compared to the lengthy masonry and curing periods required for brick-concrete structures, the construction cycle of steel structure farms can typically be shortened by 30%–50%. This allows the farm to become operational sooner and generate economic returns earlier, making it especially suitable for urgent capacity expansion needs.

The spacious, unobstructed interior facilitates the installation and operation of modern farming equipment such as automated feeding lines, manure cleaning systems, and ventilation devices. It also allows easy access for large vehicles, improving feeding and management efficiency.

Steel structures, when combined with lightweight enclosure materials (e.g., sandwich panels), make it easier to design reasonable air inlets and ridge fan placements. Unique arched roof designs can further utilize the stack effect principle to enhance natural ventilation, effectively reducing ammonia concentrations inside the house and minimizing respiratory diseases.

To address the specific internal environment—characterized by humidity and corrosive gases like ammonia and hydrogen sulfide—modern steel structures usually undergo hot-dip galvanizing. This process significantly improves corrosion resistance, resulting in a service life of 20–50 years and reduced maintenance costs over time.

Even if the farm is abandoned or relocated in the future, steel, as a recyclable resource, has a high residual value recovery rate.

With smooth surfaces and specific liner materials, steel structures resist dirt accumulation and are easy to clean via high-pressure washing and thorough disinfection. This helps cut off virus transmission routes and enhances biosecurity levels.