Farming baby chickens for baroilers adopts a combination of whole-house brooding and upper cage brooding. The number of broods per cage is only 25, and there is no problem of crowding. The rearing density of caged broiler chickens is related to the season. The summer stocking density is low, and the winter stocking density can be appropriately increased. Generally, 8-9 pigs are fed in each cage.

Under the conditions of adopting ground litter and keeping the animals online, chickens should be divided into several small groups within the house. The number of chickens per group should be between 200 and 300. When divided into groups, they should be weighed according to their size, physical strength, and public health. The mother carries on, the individual characteristic in each small group must be basically similar. The characteristics of individuals in the group are similar, which is conducive to the even development of the group and helps to increase the survival rate of the chicks.
The use of broiler chicken cage equipment is the development trend of broiler breeding. More and more chicken farmers have begun to try to adopt the mode of broiler cage breeding, which is currently one of the advanced production methods in the broiler breeding industry. It has the advantages of saving land resources, improving breeding conditions, improving production performance, and reducing disease incidence. However, in order to achieve greater economic benefits, it is necessary to overcome its existing problems and maximize the benefits of broiler cages.
The main technical characteristics of broiler cages are as follows: First, the three-layer overlapping cage technology is adopted. The second is to be equipped with an automatic manure removal conveyor belt to clean manure in time and reduce harmful gases such as ammonia and sulfur dioxide in the house. The third is that the entire cage is made of hot-dip galvanized metal anticorrosive materials, and the bottom of the cage is covered with wear-resistant and corrosion-resistant plastic nets, which can effectively reduce the incidence of breast cysts and leg diseases in broilers. Fourth, the chicken house is fully enclosed, relying on air intakes and exhaust fans on both sides of the house to maintain air quality in the house. The staggered installation of incandescent lamps reasonably realizes artificial lighting, and the use of water heaters, wet curtains, and automatic spray devices to achieve temperature and humidity control in the house.

Experiments show that the technical advantages of commercial broiler cages over online breeding are very significant. Not only can increase the number of breeding, improve production performance, save production costs, and bring significant economic benefits to farmers. It can also save land resources, reduce environmental pollution, improve product quality, and create huge social benefits. In line with the development requirements of "scale, standardization, industrialization, and ecologicalization" of the broiler breeding industry, the widespread promotion and application will help accelerate the process of standardization and transformation of livestock and poultry farms, and effectively promote the upgrading of the livestock industry.
Although cage breeding has significant technical advantages over online breeding, there are still some problems with cage breeding technology, mainly in the following three aspects. One is that the initial investment of cage culture is larger than that of online culture, but because the profit rate of cage culture is much higher than that of online culture, the return is quick. Second, the technical requirements of cage breeding are higher than that of online breeding. Because cage houses are closed and fully automated, technicians must not only master breeding management techniques, but also be familiar with the operation of modern equipment. Third, the ventilation requirements of cage breeding are higher than that of online breeding. Because cage breeding is multi-layer breeding, it is more dense than online breeding, which easily causes poor air circulation in the house. Therefore, the above three points are the problems that farmers who use broiler farming cage equipment to overcome.
In many cases, because farmers do not properly grasp the knowledge of scientific feeding and management of chicken farms, it is easy to cause the early death of chicken farms, thus affecting the survival rate of chicks and further affecting the ultimate chicken efficiency. How do you scientifically avoid the early death of a chick when raising in poultry cages for sale.
Drinking water must be timely: especially after long-distance transportation of chicks, be sure to drink water in time, otherwise it will cause dehydration. Take a free drinking method and drink 5% of sugar water for the first time.

The temperature should be appropriate. The chicks are sensitive to temperature and maintain a 35-32 reduction trend within 1-3 weeks after hatching, increasing with age, and decreasing 2-3 times per week thereafter.
The density should be appropriate. if the brood density is too high, there will be more harmful gases in the house, and it will produce worms; the brood density is too small, the brooding area and equipment are not fully utilized, resulting in waste. The average density for flat raising is 20 per square meter, and 40-50 per square meter for cage raising.
For major chicken farmers who use Fully automatic poultry farming equipment for chicken, the disinfection of chickens is an indispensable part of the breeding process. Reasonable disinfection can reduce the prevalence of chickens and strengthen the environmental sanitation of the chicken coop. How to disinfect chickens? , What are the steps of disinfection? Broiler cage manufacturer Dajia Machinery summarized the key steps of disinfection of chickens, and now I will share them with farmers.
Cleaning the chicken house: Before disinfection, in order to achieve a better disinfection effect, farmers need to clean the chicken house first, because cleaning can clean the dust, feces, residual feed and other dirt on the surface of the chicken house. It can kill the dirt and bacterial pathogenic microorganisms in the deeper part of the chicken house during disinfection, and achieve a better disinfection effect.
The second step of disinfection is to wash the chicken house: For farmers who disinfect the empty chicken house, they should also pay attention to washing the chicken house after cleaning the chicken house. This is to clean the chicken house thoroughly and use the disinfectant solution. To play a good effect, thoroughly scrubbing the chicken house can ensure the effectiveness of the disinfectant. Therefore, after the dirt on the ground is soaked and softened in water, it should be scrubbed with a hard brush. It is better to use a power spray pump to scrub it at high pressure.

The third step of disinfection is to wait for the chicken house to dry: if the chicken house of the farmer is washed, it cannot be disinfected immediately. You need to put the chicken house aside for a few days and wait for it to be disinfected after drying. Otherwise, disinfect with water. Who will dilute it and fail to achieve a good disinfection effect.
The fourth step of disinfection is to prepare disinfectant drugs: there are many methods of disinfection. After the farmers choose the disinfection method, they must prepare the disinfectant drugs according to the proportions in the disinfectant instructions.
The fifth step of disinfection: disinfection: After the above work is completed, the farmers will start disinfection. When disinfecting, pay attention to the comprehensiveness of disinfection, and cover all corners of the chicken house, such as the roof, ceiling, walls, and fixings. Facilities, grounds, etc. must be properly disinfected so that better results can be achieved. Be careful not to miss the blocked parts.
The above is the steps of how to disinfect chicken raised by broiler cage manufacturers for farmers. I hope that the above description can bring some help to farmers.
① Production performance: The higher the production level, the greater the water requirement of the chicken. For example, adult chickens drink more water than chicks; among chickens of the same weight, young chickens develop water deficiency faster than adult chickens; laying hens drink more water than non-laying hens.
② Feed structure: Some feeds such as rye, bran and certain minerals such as table salt can cause chicken loose stools, so the water requirement increases. Excessive protein levels in the diet can increase drinking water. Because too much nitrogen in the chicken must be excreted from the kidney, and the chicken has the worst concentration of urine, it is necessary to increase the drainage to excrete more nitrogen, thereby increasing the water requirement. The increase of crude fiber content in the feed and the increase in the amount of feces in the chicken also increase the water requirement.

③ Ambient temperature: Under the production conditions of broiler cages, due to changes in the ambient temperature, the amount of water consumed by the chicken has changed significantly. High temperature (above 30℃) usually increases the amount of drinking water. When the ambient temperature increases by 1°C, the amount of drinking water can increase by about 7%; when the temperature is low (below 10°C or less), the amount of drinking water decreases. When the temperature of laying hens is increased from below 10℃ to above 30℃, the drinking water volume can be doubled. In addition, the temperature of drinking water can more affect the amount of water consumed by chickens. Chickens like to drink cold water instead of drinking water above ambient temperature, and refuse to drink water above 45℃.
④Water quality: When using broiler cages to raise chickens, chickens have strict requirements on water quality. There are fewer impurities in the water, and the pH is between 6.0-8.5. If there are more impurities in the water, especially when the water contains more soluble minerals, it will cause the chicken's palatability to the water to be reduced, thereby reducing the amount of drinking water. In addition, the use of certain drugs in water can also reduce the amount of water consumed by chickens. Therefore, chickens should be given fresh, cool and clean drinking water.
With the progress of the times and the development of science and technology, the genetic breeding technology of broilers has been greatly improved, and the nutritional formulation of chicken feed has also undergone new changes. Broiler breeds are constantly being optimized, and the feeding and management viewpoints of broiler chickens are no longer practical. The broiler breeders at this time need to understand some new ideas for the early feeding and management of broilers.

Do a good job of early feeding chicks, so that the chicks get even and good development in the first week. Changing the way that chickens were fed before drinking water for a period of time before they were fed will become better when the chicks arrive. Change the practice of distributing drinking fountains according to the number of chickens in the past, and increase the number of drinking fountains accordingly so that the chicks can easily find the water in the column after entering the house. If the chicks do not use the trays within the first day of arrival, use clean plastic cloths on the net or spread clean and hard papers to spread the material on the chicks for feeding. The effect is much better than using the trays alone.
Nowadays, automatic chicken raising equipment are emerging in endlessly. Many farmers will rely on some automatic chicken raising equipment to raise broilers to improve work efficiency and reduce labor intensity. Although chicken raising techniques and methods have improved, many farmers still cannot get good benefits. In order to help the majority of farmers improve their scientific management level and achieve better economic benefits, let’s discuss some things that need to be paid attention to when using automatic breeding equipment to raise chickens.

The main points of how to raise chickens using chicken raising equipment are described for the majority of farmers. It is also a few tasks that farmers need to pay attention to in the process of raising chickens. I hope that the above description can help the majority of farmers to raise chickens in a scientific and reasonable manner. Improve economic efficiency!
Humidity is closely related to evaporation of water in the chicken body when they are raised in poultry equipment cages, body heat emission and cleanliness of the house are very important.
When the temperature is high and low humidity, the water in the chicken is not dispersed too much, which may lead to dehydration of the chicks. In addition, due to drying, the dust inside the house is flying, and it is easy to induce respiratory diseases.When the temperature is low and high humidity, the house is cold and humid, and the chick is prone to cold, causing the litter to be wet, and the gastrointestinal disease occur. In general,when the temperature is high and high humidity, the heat in the chicks is not easy to be emitted normally, suffocating, appetite is falling, growth is slow, and resistance is weakened.

The laying house of the laying hens should be kept dry to prevent bacterial growth and infection, but the relative humidity should not be lower than 40%. Suitable relative humidity is 60% -65% before 10 days old and 50%-60% after 10 days old in your poultry farm equipment house.
If the chicken farm does not clean the chicken manure in the chicken battery cages in time, the odor in the broiler equipment will be very serious, and it will affect the living environment of the chicken. Seriously, it will cause the chicken to become sick and affect the economic benefits. So what should we do?

1 padding deodorization
The sulphur is mixed into the litter to make the pH of the litter less than 7, which can inhibit the generation and emission of ammonia in the feces, reduce the ammonia content in the air of the house, and reduce the odor of ammonia. The specific method is to mix into the litter according to the amount of 0.5 kg of sulfur per square meter of ground, paving the ground.
2 ground odor
Sprinkle a layer of superphosphate on the ground in the house. The superphosphate reacts with the ammonia gas produced in the chicken manure to form an odorless solid ammonium phosphate salt, which can reduce the emission of ammonia in the feces of the house and reduce the odor of the house. The specific method is to evenly spray 350 grams of superphosphate on the ground of every 50 chickens.
3 air odor
The odor in the air is adsorbed by a substance having adsorption such as charcoal, activated carbon, cinder, or quicklime. The method is to use the net bag to load the charcoal and suspend it in the chicken house or properly sprinkle some activated carbon, cinder, lime, etc. on the ground, and the odor in the air can be eliminated to different extents.
The above is how to deal with the odor in the air of broiler breeding equipment. I hope that can help the chickens to better raise their chickens, and they clean up the chicken farm equipment in time to give the chicken a good environment.
Cooling is one of the main causes of chicken sickness. There are many cold spots. It is not only the temperature control level or the ventilation of the chickens, but the factors that can cause the chickens to be cold are as follows.
1. During the brooding, the water line is too low, the water pressure is too large, the chicks are drilled into the water cup, the nipple leaks, causing the chicken feathers to be wet; the spray equipment is damaged, the nozzle dripping seriously or the spraying time is long, causing the chicken feathers to be wet.
2. Improper humidification method, only pay attention to humidification, does not consider the temperature of the flock, when the flock performance temperature is low, humidification with a humidifying tube will make the flock cold.

3. The chicken house is not tightly sealed, causing side windows, sewage outlets, chicken outlets, water curtains, exhaust fan outlets, etc., resulting in thief winds, so that the chickens in this area are cold due to low temperatures.
4. After the wind enters the chicken poultry farming equipment from the air inlet, there are obstacles blocking during the pre-warming process, causing the breeze to rebound, and the chickens are swollen.
5. The temperature control is unreasonable; the cooling rate is faster, especially in the cold season, which makes the chicken's cold is more common.
6. Only rely on the temperature indicated by the thermometer, but the chicken's physiological behavior is not taken seriously, resulting in the chickens being cold.