How to Adjust the Particle Size of an Organic Fertilizer Disc Granulator MachineAdjust
Adjusting the particle size of an organic fertilizer disc granulator machine involves precisely controlling equipment parameters, material characteristics, and optimizing operating methods. The specific operations are as follows:
1. Adjusting the disc inclination angle: The inclination angle of the bio disk organic fertilizer machine determines the residence time of the material in the disc. A smaller angle results in a longer residence time, more thorough particle collision and agglomeration, and larger particle size; a larger angle results in a shorter residence time and smaller particle size. The conventional adjustment range is 35°-55°, which can be gradually fine-tuned using the inclination adjustment device on the machine.
2. Controlling the disc rotation speed: The rotation speed affects the centrifugal force and tumbling intensity of the material. Too low a speed results in poor material mixing and agglomeration, producing small and loose particles; too high a speed results in excessive centrifugal force, causing the material to be easily thrown out, making it difficult for the particles to grow. The general rotation speed is controlled at 10-25 r/min, and should be matched to the target particle size.
3. Adjusting the material moisture content: Moisture content is a key factor in granulation. Too high a moisture content can cause the material to stick to the disc and clump together, resulting in larger and easily deformed particles; too low a moisture content makes it difficult for the material to agglomerate, resulting in small and loose particles. The suitable moisture content for organic fertilizer granulation is 20%-30%, which can be adjusted in real time through the spraying system.
4. Controlling the feed rate and return ratio: Too high a feed rate leads to material accumulation in the disc and uneven particle size; too low a feed rate results in fewer particle collisions and smaller particle size. At the same time, adding recycled material (unq