I. Product Description
1,Stacked chicken cage is an intensive breeding equipment designed to improve space utilization, reduce feed waste, and lower infection rates, making egg chicken farming more efficient and sustainable. This cage equipment adopts a stacked design, allowing for more poultry to be accommodated in a limited space while ensuring high yield and quality of eggs. The layers of the stacked chicken cage are all overlapped, and the feeding density is higher than that of the stepped chicken cage. The more layers there are, the higher the feeding density. Commonly, there are 4-8 layers. This design is suitable for large-scale chicken farms and can develop flexible plans based on customers' actual conditions such as chicken house layout, size, and number of chickens. It has a wide range of applications and can be used for various breeding needs such as broiler chickens, laying hens, and chicks.
2,The advantage of stacked chicken cages lies not only in their high-density breeding capacity, but also in their intelligent management of the breeding environment. These cage equipment can automatically monitor factors such as temperature, humidity, and ventilation, accurately control the feeding, drinking, and movement of laying hens, and make better use of the chicken coop area. In addition, the stacked chicken cage also adopts hot-dip galvanizing technology, which can improve the life of the cage. It is sturdy, beautiful, corrosion-resistant, and aging resistant, with a lifespan of basically 15 years or more. Fully automated equipment includes functions such as drinking water, cleaning manure, automatic feeding, and wet curtain cooling. It is centrally managed and automatically controlled to save energy and improve breeding efficiency.
3,In summary, the stacked chicken cage provides an efficient and cost-effective solution for modern aquaculture through its unique design and high-tech management system, while ensuring the comfortable and healthy growth of chickens, effectively preventing the occurrence of infectious diseases, and greatly improving the efficiency and sustainability of aquaculture.