In the process of organic fertilizer production, fermentation is the core link, and the organic fertilizer mixer is a powerful promoter to promote this key fermentation reaction.

Fermentation is the process in which microorganisms decompose organic matter and convert it into nutrients such as humus. In this process, a good material mixing state is the foundation for microorganisms to exert their effects. The organic fertilizer mixer creates a suitable living and breeding environment for microorganisms through thorough mixing.

Firstly, the mixer ensures even distribution of oxygen in the material. During the fermentation process, aerobic microorganisms require sufficient oxygen for respiration. The organic fertilizer mixer continuously flips the material while stirring, allowing air to fully enter the interior of the material pile. Deep materials that were originally in a state of hypoxia can also come into contact with oxygen, which greatly meets the needs of aerobic microorganisms, stimulates their activity, and accelerates the oxidation and decomposition of organic matter. For example, in fermentation using livestock and poultry manure as the main raw material, sufficient oxygen supply can accelerate the decomposition of harmful substances in the manure and reduce the production of odors.

Secondly, the mixer helps to regulate the temperature and humidity of the material. During the fermentation process, microbial metabolism generates heat. If heat accumulates, it may cause local temperatures to become too high, inhibiting microbial growth. The organic fertilizer mixer disperses heat evenly by stirring, avoiding local overheating. Meanwhile, stirring can also make the moisture distribution in the material more uniform. Appropriate humidity is a necessary condition for microbial activity, and being too dry or too wet is not conducive to microbial survival. The mixer thoroughly mixes the moisture to ensure that the entire material system is within a suitable humidity range for microbial growth.

Furthermore, the mixer promotes sufficient contact between microorganisms and organic materials. It evenly mixes raw materials of different properties, allowing microorganisms to adhere more comprehensively to the surface of organic materials and decompose them deeply inside. This is like providing microorganisms with a rich and diverse "food", allowing them to more efficiently convert organic matter into effective components of fertilizers.

Moreover, in the early stage of fermentation, the rapid stirring of the organic fertilizer mixer can accelerate the initial mixing of raw materials, creating favorable conditions for fermentation start-up. In the later stage of fermentation, appropriate stirring frequency can maintain stable fermentation and ensure thorough completion of the fermentation reaction. By reasonably controlling parameters such as mixing time and speed, organic fertilizer mixers can accurately regulate the fermentation process, improve fermentation efficiency, and produce better quality organic fertilizers.