The performance advantages of the organic fertilizer double axis mixer are as follows:

1. High-efficiency mixing and high uniformity: The double-shaft mixer adopts a double-shaft design. The two stirring shafts rotate in opposite directions, causing the materials to move in all directions during the mixing process. The mixing uniformity can reach over 95%, effectively avoiding local stacking or caking.

2. Strong adaptability, capable of handling complex materials: It can handle materials with high moisture content. The blade design is anti-entanglement, and the mixing effect can be controlled by adjusting the rotational speed and residence time. It is suitable for various types of organic raw materials, including moist pig manure, chicken manure and dry plant straw, etc.

3. Energy-saving and durable, energy-saving design: The dual-axis synergy consumes less power than the single-axis, and the mixing time is shorter. The blades and shafts are protected by manganese steel or liners to resist corrosion and wear.

4. Easy operation and high degree of automation: The mixer is equipped with an advanced intelligent control system, allowing operators to easily monitor and adjust equipment parameters through the human-machine interface. The structure of the organic fertilizer equipment is simple, easy to clean and maintain, and has a short downtime.

5. Quality improvement: Enhancing product quality: The organic fertilizer produced by the new type of organic fertilizer mixer has a significantly improved uniformity of mixing, with a more balanced distribution of nutrients, which can fully exert the fertilizer's efficacy.

6. Cost reduction, lowering production costs: Although the purchase cost of the new type of mixer is relatively high, in the long run, it can effectively reduce production costs. On the one hand, due to uniform stirring, secondary stirring and raw material waste are reduced, lowering raw material costs. On the other hand, automated production reduces labor input, increases equipment utilization, and lowers the energy consumption cost per unit of product.