Model specification of broiler cage

Broiler cages are cages specially used for raising broilers. Broilers can be raised in broiler cages from the time they enter the cage to the slaughterhouse. There is no need to turn the cages to save the trouble of catching chickens. So what are the models and specifications of broiler cages?

I. introduction of broiler cages

The common broiler cages are raised in cave cages, with 3 or 4 layers overlapping, and their design and structure are basically the same as those of layer cages. High-density breeding saves land, which is about 50% less than that of free-range farming. Centralized management to save energy and resources, reduce the incidence of poultry disease, unique cage door design, effectively prevent chickens from shaking their heads up and down to waste feed. It can be adjusted according to the size of the site, and an automatic drinking water system can be installed.

Model specifications of broiler cages

The basic specifications of the broiler cage model are: high 530-400mm, wide 700-900mm, deep 540-600mm, can hold 12-15 broiler cubs, single size is 140*70*28cm. The common specifications and models are: three floors, twelve cages, the size is 140cm155cm170cm; four floors, sixteen cages, the size is 140cm*195cm*170cm. The number of broilers that can be raised is 100-140.

III. Advantages of broiler cages

1. Save the field and increase the feeding density: the cage density is more than 3 times higher than the flat density.

2. Sturdiness and durability: the complete set of caged broiler equipment uses hot-dip galvanizing technology, which is corrosion-resistant and aging-resistant, and its service life can be as long as 15 to 20 years.

3. Save breeding feed: caged chickens can save a lot of breeding feed, chickens are raised in cages, the amount of exercise is reduced, energy consumption is reduced, waste materials are reduced, and caged chickens can effectively save more than 25% of breeding costs.

4. High degree of automation: automatic feeding, drinking water, dung cleaning, wet curtain cooling, centralized management, automatic control, saving energy consumption, improving labor productivity, reducing artificial feeding cost, and greatly improving the breeding efficiency of farmers.