Organic fertilizer drum screener machine plays an important role in organic fertilizer production. The following are its specific functions and advantages:

1. Grading and screening: The drum screening machine can classify organic fertilizer according to particle size, and divide it into coarse residue (return material for reprocessing), finished particles, and fine powder (which can be granulated or directly packaged), ensuring that the fertilizer particles are of uniform size and improving commercial properties.

2. Removal of impurities: This organic fertilizer equipment can effectively separate large particle impurities such as fibers and stones that are not fully fermented, and improve the purity of fertilizer.

3. Improve uniformity: Through screening, ensure that the fertilizer particles are uniform in size, the uniformity of nutrient distribution is improved, and the difference in water content is reduced, thereby improving the overall quality of fertilizer.

4. High screening efficiency: The drum screening machine is suitable for organic fertilizers with a moisture content of ≤30%, with a large processing capacity, high screening efficiency, the screen holes are not easy to be blocked, the operation is stable, and the noise is low.

5. Low breakage rate: A gentle screening method is used to reduce particle breakage and maintain the integrity of fertilizer particles.

8. Simple structure and easy maintenance: The combined screen is easy to repair and replace, with a simple structure, easy operation and stable operation.

9. Environmental performance: The closed design reduces dust emission and can be equipped with dust removal equipment to reduce the impact on the environment.

10. Wide application scenarios: Not only suitable for organic fertilizer production lines, but also for compost post-processing, compound fertilizer grading, etc.

In summary, the organic fertilizer drum screening machine plays a key role in organic fertilizer production. Through efficient screening and impurity removal, it ensures uniform particle size and stable quality of the finished product, while improving production efficiency and reducing equipment loss.