Adjusting the rotational speed of the organic fertilizer granulator has a significant impact on the uniformity of the granulation. The following are the specific influences and adjustment methods:

The influence of rotational speed on the uniformity of granulation

1. Insufficient rotational speed: The movement of materials within the granulator is insufficient, reducing the chances of collision and agglomeration between particles, resulting in a decrease in pelletizing rate and uneven particle size.

2. Excessive rotational speed: If the material stays in the granulator for too short a time and is discharged before it can form complete spheres, it will also lead to a decrease in the pelletizing rate, and the particles may be too small or too hard.

3. Moderate rotational speed: An appropriate rotational speed can significantly enhance the relative motion between materials, increase the collision frequency of particles, and thereby improve the uniformity of granulation.

The method of adjusting the rotational speed

1. Adjust according to the characteristics of the material: Different materials have different fluidity and adhesiveness, so the rotational speed of the granulator needs to be adjusted according to the characteristics of the material. For materials with good fluidity and weak adhesiveness, the rotational speed can be appropriately increased. For materials with poor fluidity and strong adhesiveness, the rotational speed should be reduced.

2. Regular maintenance of equipment: Regularly inspect key components such as rollers, molds, and agitators, and promptly replace severely worn parts to ensure the normal operation of the organic fertilizer equipment.

3. Maintain stable feeding: To maintain a stable and uniform feeding speed, an automated control system can be adopted to monitor and adjust the feeding flow in real time.

By reasonably adjusting the rotational speed and combining it with other optimization measures, the uniformity of the granules produced by the organic fertilizer granulator can be effectively improved, enhancing product quality and production efficiency.