Granule Making Fertilizer Machine

Fertilizer granules can improve the physical properties of the product, thus reducing the hazards of moisture absorption, caking, and dusting during the transportation process. Moreover, granular fertilizers are suitable for application by machine and improve application efficiency. As a renowned manufacturer, MFP factory makes both wet and dry granule making fertilizer machine, as well as different capacity.

Different nutrients can combine in fertilizer pellets, thus making fertilizer application becomes more convenient. Compared with powder fertilizer, the application of granular fertilizer can slow down the rate of nutrient leaching, thus reducing the damage to seeds and reducing the loss of nutrients.

In general, wet granulation has a higher capacity. Wet granulation minimizes the dust generated when handling the material. Moreover, it reduces the formation of agglomerates during storage. There are fewer wear parts in wet granulation machines.

It is avoidable to return materials and granulate them again. Besides, you need to add a large amount of water (30-50%). The drying process will cost you a lot. At the same time, the drying process will cause nitrogen loss. Due to the use of dryers and other equipment, energy consumption increases, and equipment corrosion increases.

In general, the absence of water and other organic solvents is one of the key benefits of dry granulation over wet granulation.

Moreover, the dry granulation technique reduces environmental pollution because it produces no exhaust emissions.

The method is less expensive, quick to scale up, and simple to use. It also doesn’t need specialized air conditioning or hot air drying systems.

⇒The advantages of dry granulation include consistent particle size, greater bulk density, enhanced flowability, controlled disintegration, and simplicity of future processing.

Continuous manufacturing is also made possible by the production facility’s compact machine footprint. Also, the high containment design guards against highly reactive compounds contaminating the production area and workers.

The end product of the double roller granulator machine is a little bit difficult for machines to sow. Besides, the capacity of the dry granulation machines is about 2-3 tons and they have high wear part costs. The material is liable to leak if there is no compaction.

For instance, a leak in the side seal of the roller skin of the roll granulator will result in uncompacted material. The final product won’t be uniform if the amount of leaked powder differs from the amount of powder that was initially blended. Moreover, the material’s compressibility may be adversely impacted by repeated roll presses.

MFP produces high-quality and all sizes of pan granulators for you to choose from. Let’s know more about it.

Simple structure, convenient operation, and easy maintenance. In particular, it is easy and fasts to replace and adjust the operation because you can directly see the granulation situation in the disc.

Due to the centrifugal force, the rolling track of the material in the pan becomes smaller and smaller as the particle size increases, and when the required particle size is reached, it is automatically ejected from the edge of the pan. The particle size of the product is relatively uniform.

High strength and good quality of the product particles (as picture shows). As the particles gradually increase in the process of rolling and beating, their density is high, the surface is smooth and not easy to crush.

The main body price is low and the required installation area is small. In the case of the same output, the price of the disc granulator itself is two-thirds of that of the drum granulator, and the installation area is about half of that of the drum granulator.

The disc pelletizer is recommended for plants with small production volumes (1-3 tons). The operation is completely exposed to the air. After the pellets are formed, it is not easy to discharge them, and difficult to deal with the dust raised during the mixing process.