Chicken Layer Cage

Chicken layer cage design is a popular method of housing layers in modern poultry farming. It involves the use of specially designed cages that provide a comfortable and secure environment for layers to lay eggs. These cages are usually made of sturdy wire mesh and are designed to accommodate a specific number of birds per cage.

The use of chicken layer cages offers several benefits to farmers, including increased egg production, improved hygiene, and better disease control. By providing a controlled environment for layers, farmers can closely monitor the health and wellbeing of their birds, reducing the risk of diseases and infections. The cages also make it easier to collect eggs, reducing the risk of breakages and improving overall egg quality.

In addition to the practical benefits, chicken layer cages are also more space-efficient compared to other forms of housing. They allow farmers to house a large number of birds in a relatively small area, making them an ideal solution for commercial egg production.

The materials used in chicken layer cage construction play a crucial role in determining the durability and longevity of the cages. Commonly used materials for chicken layer cages include galvanized wire mesh, PVC-coated wire mesh, and plastic. Each material has its advantages and disadvantages, and farmers should carefully consider their options before selecting the material for their cages.

Galvanized wire mesh is the most commonly used material in chicken layer cages. It is durable and resistant to rust and corrosion, making it ideal for use in outdoor poultry houses. galvanized wire mesh can be heavy and difficult to work with, making it challenging to install and repair.

PVC-coated wire mesh is another popular option for chicken layer cages. It offers similar durability and rust resistance as galvanized wire mesh but is more lightweight and easier to handle. PVC-coated wire mesh is more prone to wear and tear, particularly in areas where the PVC coating has been damaged.

Plastic chicken layer cages are a newer development in the poultry farming industry. They are lightweight and easy to install, and their smooth surface is easy to clean and sanitize. plastic cages are more prone to cracking and breaking compared to wire mesh cages, particularly in extreme temperatures.

When constructing chicken layer cages, it is essential to consider factors such as ventilation, lighting, and temperature control. Proper ventilation is crucial to ensure good air quality and prevent the buildup of harmful gases such as ammonia. Adequate lighting is also necessary to encourage egg production and maintain the health of the birds. Temperature control is essential to keep the birds comfortable and prevent heat stress or cold stress.

Layer cages are the most commonly used equipment for raising chickens. Their structure is also of concern to farmers. Therefore,layer cage manufacturershave summarized the structure of common laying hens for reference by farmers.

The size of the laying hens cage is generally 42 cm in front height, 35 cm in height, 37 cm in cage depth, and the cage width (cage length) depends on the feeding and drinking position. Generally, the cage width is 42-45 cm, the slope of the cage bottom is about 1.0 degree, and the egg collecting trough outside the cage is 12-16 cm.

The layer chicken cage consists of the front, back, top, bottom and side nets. Place the trough and sink in the front net. In order to facilitate the feeding and drinking of chickens, a vertical wire fence with a diameter of 3 mm can be welded, the distance between the grids is about 5-6 cm, and the lower edge is 4-5 cm away from the bottom net to leave a gap for the production of eggs. The next egg rolls out in time. In order to facilitate the catching of chickens, it is generally necessary to open the cage door on the front net, and the lead wire of the cage door is thicker.

The rear net and the side net are mainly used forchicken battery cagesspacing, and are generally used together with adjacent cages. In order not to let the chicken head stick out to fight with the chicken in the adjacent cage, the mesh wire should be arranged horizontally, with a spacing of 3 cm, and a few vertical wires for reinforcement and support.

The top net is relatively simple, mainly to prevent the chickens from escaping, the wire spacing can be appropriately relaxed, and the cage door can be set on the top net.

In the layer cage, the bottom net is where the chicken stands, both to bear the weight of the chicken, to make the chicken stand stable, and to facilitate the collection of eggs and defecation. Therefore, the requirements for the cage bottom are higher. The longitudinal lead wire at the bottom of the cage should have a certain elasticity. Do not be too thick. Generally, the number 16 to 14 can be used. The longitudinal spacing is 2-3 cm, and it should be arranged on the top to facilitate the egg to roll out.

The horizontal lead wire mainly plays a supporting role, and the lead wire of No. 12 can be used, and the lateral spacing is 5-6 cm. The horizontal lead wire is arranged under the longitudinal lead wire so as not to hinder the egg from rolling out. The bottom net has a slope of about lo degrees from the back to the front, and protrudes outward from the cage, and the end is bent upward to form an egg collecting groove. The groove is 12-16 cm wide.

Nanchang Huibing Electronics Co., Ltd. was established in 2018 as a company focusing on the production of high-quality egg incubators and other poultry equipment, providing quality services and technical support. The company's products have been highly recognized by our customers and have a wide range of application fields. Since 2018, our company has its own factory located in Dezhou, Shandong, with a total area of more than 15,000 square meters, and a number of companies to reach strategic cooperation, long-term maintenance of stable supply capacity.