Optimize the feeding link

1.Material screening: Screen the materials before feeding to remove impurities and oversized particles. Impurities may damage the internal components of the fertilizer crusher, and overly coarse particles may require multiple crushings, affecting efficiency.

2.Material pretreatment: Before the material enters the crusher, the material can be pretreated. At the same time, it is also critical to control the humidity of the material. Excessively wet materials will increase the difficulty of crushing. Dehumidification can be carried out by drying or drying equipment.

3. Uniform feeding: Ensure that the material enters the crusher evenly. A suitable feeding device can be used to ensure a stable and continuous supply of materials to avoid idling or overloading of the equipment caused by excessive or insufficient feeding.

Accurate maintenance of equipment

1.Tool maintenance: Regularly check and grind the crusher's tools. Sharp tools can cut materials more efficiently and reduce crushing time. When the tool is worn to a certain extent, it should be replaced in time.

2.Check the vulnerable parts: Check the vulnerable parts such as screens and bearings frequently. If the screen is blocked or damaged, it will hinder the normal discharge of the crushed material and affect the subsequent feeding. If the bearing fails, it will increase the friction of the equipment and reduce efficiency.

Reasonable operating parameters

1.Speed adjustment: Adjust the speed of the fertilizer crusher according to the nature of the material and the crushing requirements. For softer materials, the speed can be appropriately increased. For hard materials, a suitable low speed can ensure the crushing effect while reducing equipment loss.

2.Crushing time setting: Set a reasonable crushing time according to the difficulty of crushing the material. Avoid excessive crushing and consume unnecessary energy and time.

In short, through the comprehensive use of the above methods, the working efficiency of the fertilizer crusher can be significantly improved, thereby improving the production efficiency of the entire organic fertilizer production line, and bringing greater benefits to the company's production.