Commercial organic fertilizers not only contain abundant organic matter, but also contain a large amount of fertilizer elements. Therefore, after being applied to the soil, they can not only provide crops with the nutrients needed for production and improve the soil, but also improve crop quality and increase crop yield. In the process of producing organic fertilizers, it is sometimes necessary to add fertilizers containing specific elements in a targeted manner. We can mix multiple raw materials after crushing them. A good crusher is not only efficient, but also has good crushing fineness, which facilitates the production of high-quality fertilizer products in subsequent processes.

Divided by the crushing materials used in crushers, common crushers include blade type, hammer type, chain type, and so on. They all chop or crush organic fertilizer raw materials by high-speed rotation. The crusher machine includes a feeding port, a crushing box, a discharging port, and a transmission device. The block shaped organic fertilizer can be directly fed and crushed through the feeding port. The high-speed rotation of the blades inside the machine can effectively crush the material into powder.

Whether in production or daily life, there are various types of raw materials that need to be crushed. Different raw materials require different crushers, and organic fertilizer crushers are suitable for materials that are relatively loose, viscous, and have moderate dryness and wetness. In the process of producing organic fertilizers, the requirement for the fineness of the finished product is not high. Powder organic fertilizers should have no large blocks, and granular organic fertilizer products should have no burrs on the surface. Such products look uniform and have good appearance. From a mechanical principle perspective, the higher the fineness of the finished product, the higher the requirement for crushing equipment, which also increases production costs.

Due to the high-speed rotation of the crusher, its internal blades constantly collide with the material, resulting in rapid wear and tear. For such vulnerable parts, we need to use some wear-resistant materials to make them, which reduces wear and tear during use and can continuously ensure the crushing effect. When using it in daily life, we should also pay attention to the screening of raw materials, and not crush materials that are too damp or contain too many stones or other hard materials, to ensure that the crushing process will not cause damage to the equipment.