In modern animal husbandry, the efficiency and quality of feed production are directly related to the growth rate and health level of animals. As the core equipment in feed production, the design of the mold structure of the feed pellet mill has a crucial impact on the production efficiency and product quality. Among them, ring die pellet mill has been widely used in the field of feed production due to its unique advantages. This article will discuss the advantages of ring die pellet mill and its application in efficient feed production.

 Advantages of ring die pellet mill

1. High capacity

The mold structure of ring die pellet mill is a ring shape with multiple pressure wheel grooves and holes inside. This design allows for the production of multiple pellets per revolution, which greatly increases production efficiency. Compared with flat die pellet mills, ring die pellet mills have a significant advantage in handling large-scale production needs, and can meet the high demand for feed production in modern animal husbandry.

2. Suitable for a wide range of materials

Ring die pellet mill is not only suitable for common feed materials, such as fish meal, soybean meal, flour, etc., but also capable of handling more complex combinations of raw materials. Its strong pressing ability and adaptability make the ring die pellet mill excel in a variety of feed production scenarios and meet diversified production needs.

3. Excellent pellet quality

During the pressing process, the ring die pellet mill makes the pellets of higher density and hardness with more excellent quality through greater pressure and heat. Such high-quality pellets are not only conducive to the digestion and absorption of animals, but also improve the utilization rate of feed and reduce the cost of breeding.

 4. Easy maintenance and overhaul

Although the structure of ring die pellet machine is relatively complex, its design often takes into account the convenience of maintenance and overhaul. Through reasonable structural design and material selection, the ring die pellet mill can maintain good working condition during long-term use, reduce the failure rate and lower maintenance costs.

Application of ring die in efficient feed production

1. Reasonable selection of ring die aperture

The aperture size of the ring mold directly affects the particle size, which in turn affects the palatability and utilization of feed. When designing the ring mold, it is necessary to determine the appropriate aperture size according to the type of feed and the needs of feeding animals. For example, in the production of cattle and sheep feed, the general requirement is that the size of the pellet is between 3-10mm to ensure the digestibility and palatability of the feed.

 2. Optimize pore design

The hole design of the ring mold determines the shape and size of the feed. For different types of feed, different hole designs can be used to optimize yield and quality. For example, round holes produce a more regular pellet shape, while holes with a taper help to minimize hole clogging. By optimizing the hole design, the yield and quality of the feed can be improved.

3. Ring mold material

The choice of material for the ring mold is equally important for productivity and product quality. High hardness and wear-resistant materials can prolong the service life of the ring die and reduce the number of replacements, thus increasing feed production. Common ring die materials include alloy steel and stainless steel, etc. You can choose the right material according to your production needs.

 4. Regular inspection and maintenance

Ring die will gradually wear out during long time use, affecting the yield and quality. Therefore, regular inspection and maintenance is needed to repair the worn parts and keep the ring die in good condition. This will not only improve feed production and quality, but also reduce the downtime loss caused by failure.

Conclusion

Ring die pellet mills play an important role in efficient feed production due to their advantages of high productivity, applicability to a wide range of materials, excellent pellet quality, and ease of maintenance and overhaul. The production efficiency and product quality of ring die pellet mill can be further improved through reasonable selection of ring die aperture, optimization of aperture design, emphasis on material selection, and regular inspection and maintenance, etc., which can satisfy the demand of modern animal husbandry for high-efficiency feed production. In the future, with the continuous progress and innovation of technology, ring die pellet mill will play a more important role in the field of feed production, and promote the sustainable development of animal husbandry.