What is a feed pellet machine?

The pellet feed machine, as an efficient and multifunctional equipment, has an output range of 100 to 1000 kg/hour, which can fully meet the needs of various users. The machine cleverly uses the principle of circular motion to make the template and the roller work closely together to create high-quality pellet feed. Both the template and the roller are made of specially treated high-quality alloy steel to ensure their excellent wear resistance and pressure resistance.

During the operation of the machine, the main shaft and the flat die drive the roller to rotate under the action of friction. The material is subjected to high temperature between the roller and the template, gelatinization occurs, and the protein coagulates and denatures, and finally discharged smoothly from the die hole under the strong extrusion force of the roller. In this process, the material is not only efficiently compressed into granules, but also fully matured inside, so that the surface of the pellet feed is smooth and hard, and it can be stored for a long time without deterioration.

It is worth mentioning that the pellet feed machine does not need to add water or dry during the granulation process, but naturally heats up to a temperature of about 70 degrees to gelatinize the starch and mature the inside of the granules. In addition, users can also add various additives and drugs as needed. Since the nutritional loss during the processing is minimal, the nutritional components of the feed can be effectively retained.

The pellet feed made by the pellet feed machine not only has a smooth appearance and moderate hardness, but also has a deep degree of internal maturation, which can kill potential pathogenic microorganisms and parasites, thereby ensuring the quality of the feed. The machine is widely used in the breeding of rabbits, chickens, ducks, geese, fish, pigs, aquatic products and other breeding industries. It is an ideal equipment for professional households and small and medium-sized feed processing plants to reduce breeding costs and improve economic benefits. Its high efficiency, stability and practicality make it the preferred model on the market.