How to Choose the Right Organic Fertilizer Double Axis Mixer

 Choosing a suitable organic fertilizer double axis mixer requires considering three core factors: raw material characteristics, production capacity requirements, and finished product uniformity.  This should be combined with an assessment of equipment configuration and practicality. The specific points are as follows:

1. Matching Raw Material Characteristics

For high-fiber, easily tangled raw materials such as straw and sawdust, prioritize mixers with paddle blades equipped with cutting knives to shred fibers and prevent clogging; for highly viscous raw materials such as fermented manure and sludge, choose models with wear-resistant and non-stick coatings on the paddle surface to reduce material buildup; if mixing bacterial agents and inorganic additives, select equipment with variable frequency speed control to reduce rotation speed and prevent bacterial deactivation.

2. Matching Production Capacity

For small-scale bio organic fertilizer produciton lines (≤5 t/h), mixers with a tank volume of 1–2 m³ are suitable, offering low investment costs and flexible operation; medium-to-large production lines (5–20 t/h) require models with a tank volume of 3–5 m³, paired with a quantitative feeding system to ensure continuous and stable production; for large-scale factories (≥20 t/h), a high-power model with dual motor drive is recommended to improve mixing intensity and efficiency.

3. Focusing on Core Configuration

Prioritize paddle blades made of high-manganese steel or wear-resistant alloy steel to extend service life; bearings should be sealed and dustproof to suit the dusty environment of organic fertilizer production; models with hydraulic control of the discharge port allow for precise control of the discharge speed, enabling automated linkage with the production line.

4. Considering Practicality and Maintainability

Prioritize models with a rotatable tank or cleaning doors for easy cleaning of residual materials after shutdown, preventing cross-contamination; the equipment structure should be simple and easy to disassemble, and core components (such as paddles and bearings) should be readily available for purchase and replacement, reducing future maintenance costs.