The influence of material moisture on organic fertilizer granulator is mainly reflected in the following aspects:

1. Balling rate: Appropriate moisture content is the key to ensure the balling rate. Too high or too low moisture will affect the balling effect. Generally speaking, the optimal material moisture content of organic fertilizer granulator is between 15%-25%. When the moisture is too low, the binding force between material particles is insufficient and it is difficult to form particles; when the moisture is too high, the material is easy to adhere to the equipment, causing blockage and reducing the balling rate.

2. Particle quality: Appropriate moisture content helps to improve the strength and durability of the particles. Excessive moisture will cause the particles to produce water vapor during the pressing process, increase the pressing resistance, and cause the strength and durability of the particles to decrease. Moisture content affects the shape and size of the particles.

3. Energy consumption and efficiency: Excessive moisture content will increase the energy consumption of the drying process. By controlling the moisture content of the material, the drying load can be reduced and energy consumption can be reduced. Appropriate moisture content can improve granulation efficiency, reduce wear of organic fertilizer equipment, and extend the service life of equipment.

4. Equipment operation stability: Controlling the moisture content of materials can reduce equipment blockage and improve the stability of the operation of the organic fertilizer production line. Appropriate moisture content can reduce the wear of materials on equipment and reduce equipment maintenance costs.

In summary, the moisture content of materials has an important impact on the pelletizing rate, particle quality, energy consumption and efficiency of the organic fertilizer granulator, as well as the stability of equipment operation. By reasonably controlling the moisture content of materials, production efficiency and product quality can be significantly improved, and production costs can be reduced.