Pig Feed Pellet Process Machine

1. Stainless Steel Materials,Not easy to corrosion The Feeder and conditioner, the feeding chute adopt stainless steel material,structural durability. There are one layer conditioner, two layer conditioners, three layer conditioners , can be choosed.
2. Stable performance The material is transported into the conditioner through the frequency speed regulating feeder speed regulating feeder. This model adopts the advanced variable frequency motor feeding.
3. Frequency conversion,Uniform Feeding The variable frequency feeding system adopts the electromagnetic valve speed control, which is convenient for speed adjustment and uniform feeding, and is fully applicable to the product requirements of different materials.
4. Convenient Pelletizing, No Residue The optimized pelletizing chamber structure ensures the that the pressing material is evenly divided and maximizes the working potential of the pelletizer.
5. Safe and reliable Security,has a strong magnetic magnet and overload protection device such as a safe,safe and reliable.
6. Professional Install, Best Service Compace structure,easy operation,high output,long service life, less consumption,easy to use, maintenance and quick.

Raw material

• Cereals: corn, wheat bran, rice bran, sorghum, millet, vinasse, etc.
• Proteins and fat: fishmeal, bone meal, soybean meal, peanut cake, cottonseed cake, rapeseed cake, etc.
• Additive: spices, sweeteners, molasses, fat, mineral elements, vitamins, etc.

Pig Feed Formula

1. Piglet stage (weight 10kg-20kg): corn 60%, wheat bran 10.5%, peanut cake or bean cake 15%, domestic fish meal 10%, yeast meal 3%, bone meal 1%, salt 0.5%.

2. Early fattening (weight 21 kg ~ 35 kg): corn 59%, wheat bran 13%, peanut cake or bean cake 15%, grass meal (corn stover, peanut seedling, sweet potato seedling, green hay) 5%, domestic fish meal 6 %, bone meal 1.5%, salt (salted fish may not be added) 0.5%.

3. Mid-finishing period (weight 36 kg ~ 60 kg): corn 51.9%, wheat bran 24%, peanut cake or bean cake 15%, grass meal 3%, domestic fish meal 4.3%, bone meal 1.3%, salt 0.5%.

4. Late fattening period (weight 61 kg ~ 90 kg): corn 65.2%, wheat bran 18%, peanut cake or bean cake 10%, grass meal 3%, domestic fish meal 2%, bone meal 1.3%, salt 0.5%.

Advantages of Pig Feed Pellets

(1)High rate of return.

In the pelletizing process, due to the combined action of water, temperature and pressure, some physical and chemical reactions occur in the feed, gelatinization of the starch, and enhanced activity of the enzyme, which enables the animals to digest the feed more efficiently and transform into an increase in body weight. Feeding poultry and pigs with pellet feed improves feed conversion compared to Pig powder feed.

(2)Avoid picky eaters.

The compound Pig feed formula has a variety of raw materials and is comprehensive in nutrition, which prevents the animal from picking up the favorite food from the powder and refuses to ingest other ingredients. Feeding loss can reduce because the pellet feed maintains uniformity during storage and feeding.

(3)Transportation economy.

After pelletization, the bulk density of the feed generally increased, which reduces the storage capacity and saves transportation costs.

(4)Good liquidity.

Easy to manage. Many powders, especially velvet feeds with a small specific gravity, often add molasses or high fat and urea feeds to the stock. Due to the good fluidity of the feed pellets, there is little sticking, and for those farms that use automated feeders to raise cows or poultry on a large scale, pellet feed is the most popular.

(5)Sterilization.

Salmonella in animal feed. Salmonella retained in animal tissues when it is ingested by animals. Animal who eat this bacteria will get Salmonella gastrointestinal problems. The method of re-granulation by steam high-temperature quenching and tempering can kill the presence of Salmonella in animal feed.

(6)Reduce pollution.

Avoid automatic grading of feed ingredients. In the powder storage and transportation process, due to the different volume and quality of various powders, it is easy to produce classification. After the pellets formed, there is no classification of the feed ingredients, and the pellets are not easy to dust, and the particulates have less air and moisture pollution than the powder during the feeding process.