The moisture absorption of the particles produced by the complete set of organic fertilizer equipment mainly depends on the following factors:

1. Raw material properties: Different types of organic materials have great differences in hygroscopicity.

2. Production process: In the production process of organic fertilizer production line, the control of drying, drying and other links will affect the hygroscopic property of particles. Reasonable drying process can reduce the water content of particles and improve their moisture resistance.

3. Equipment selection: The selection of equipment with moisture-proof function and equipment for special treatment of moisture-sensitive materials helps to improve the moisture resistance of particles.

4. Storage conditions: In the storage process, it should be ensured that the warehouse is ventilated, dry, and shielded from light, so as to reduce the possibility of moisture exposure of organic fertilizer particles

5. Moisture-proof measures: In the production process, some moisture-proof measures can be taken, such as the use of moisture-proof materials, regular inspection of equipment sealing performance, etc., to reduce the risk of moisture particles.

6. Testing and control: Establish a sound testing system to monitor the moisture content and dryness in the production process in real time, and adjust it according to the actual situation. This helps to ensure that the product quality is stable and meets the market demand.

7.. Training and management: Strengthen the training and management of operators to ensure that they follow the standard operation process in the production process to reduce the material loss and quality problems caused by improper operation.

In view of the above factors, the hygroscopic properties of the particles produced by the complete set of organic fertilizer equipment will be affected by a variety of factors. In actual production, the organic fertilizer factory can formulate corresponding measures according to the actual situation and demand, combined with the above factors, to improve the hygroscopic properties of organic fertilizer particles.