The main components of organic fertilizer are crop straw and human and animal manure, making it a green fertilizer. Not only can it fertilize and improve soil, promote the release of soil nutrients, but it can also supply the nutrients needed by crops, which plays an important role in the development of organic fertilizer agriculture, harmless agriculture, and agriculture. The organic fertilizer production line is among the most important equipment. Similarly, granulation is also a crucial step in the process of making organic fertilizers. The particle strength, particle type, and productivity produced by the granulation mechanism can directly affect the quality of the produced products.

Organic fertilizer equipment disc granulator

There used to be an old-fashioned granulator - a disc granulator, which had undergone various material tests, but regardless of the equipment, there were pros and cons. So with the gradual diversification of raw materials, equipment manufacturers are also constantly developing new types of granulators. So there are usually new types in the production of ordinary organic fertilizers, which have good product quality and high production efficiency. There are also new types of compound fertilizer granulators in the field of inorganic/organic compound fertilizers, which can effectively solve the problem of material sticking to the wall, and the particles produced are also very attractive.

Among the numerous organic fertilizer production equipment, the most commonly used organic fertilizer granulation equipment mainly includes three types: disc granulator, extrusion granulator, and rotary drum granulator. Among them, the disc granulator is more suitable for granulation of inorganic/organic compound fertilizers and has a very ideal effect. It mainly consists of a spray system, a bracket, granulation discs, and granulation discs. The powder raw material is transported by a belt conveyor to the granulation disc inside the disc granulator. The rotating disc tilted at 50 ° rotates the animal material. When the material is brought to a certain height, it separates from the disc and slides down along an arc-shaped trajectory under its own gravity and inertia force, completing the rolling required for granulation. At the same time, the liquid injected by the spraying system will be evenly sprayed on the rolling material, causing it to aggregate into granules, thus completing the entire granulation process. According to the principle applied in this granulation process. It can also be referred to as the agglomeration granulation process.

The granulator plays a major role in organic fertilizer equipment, and when selecting a granulator, it is necessary to choose the appropriate one according to the requirements of the material.