The organic fertilizer mixer has a strong adaptability to materials and can handle various materials with different characteristics. The following are the characteristics and precautions of organic fertilizer mixers when processing different types of materials:

1. Different forms of materials: Powdered materials are suitable for horizontal or vertical mixers, as these devices can ensure uniform mixing of powdered and granular materials. For fibrous materials such as crop straw and mushroom residue, the horizontal mixer's stirring blade design can effectively break up the fibrous materials, prevent material entanglement, and ensure that microorganisms can fully contact various nutrient sources.

2. Different production scales: For small-scale production scenarios, single-shaft horizontal mixers are the ideal choice. Its structural design is reasonable and can precisely control the mixing quality of each batch of materials. However, when the production scale of the organic fertilizer production line expands, its feeding capacity may be limited. Large-scale organic fertilizer production lines are suitable for using drum mixers, which can handle large quantities of materials, have good mixing effects, are highly adaptable to materials of different humidity and particle sizes, operate smoothly with low noise, and are relatively easy to maintain.

3. Special demand materials: Some mixers are equipped with liquid spraying devices, which can add microbial agents during the mixing process to promote the fermentation process. For materials with a high fiber content, the design of the stirring blades of the horizontal mixer can effectively break up the materials and prevent them from entangling.

In conclusion, the organic fertilizer mixer has strong adaptability to materials and can handle a variety of materials with different characteristics. When choosing the appropriate mixer, it is necessary to match it based on the characteristics of the materials (such as moisture content and shape) and the production scale to ensure the mixing effect and production efficiency.