The organic fertilizer double axis mixer has become a standard core equipment in organic fertilizer production lines and is highly favored by users. This is primarily due to its comprehensive advantages, including excellent mixing effect, wide adaptability, high production efficiency, and low operating and maintenance costs, perfectly meeting the core needs of complex organic fertilizer raw materials and large-scale production.

This fertilizer making machine adopts a double-shaft counter-rotating design, coupled with staggered high-wear-resistant mixing blades. During operation, it creates a strong shearing and convective mixing effect, efficiently breaking up agglomerated raw materials and cutting high-fiber materials such as straw. The raw material dispersion rate reaches 90%-98%, eliminating the need for a separate crushing process and directly meeting the raw material particle size requirements before granulation, significantly simplifying the production process. The U-shaped fully enclosed mixing tank, combined with a three-dimensional mixing trajectory, achieves thorough mixing without dead ends. The mixing uniformity error of raw materials with bacterial agents and trace elements is ≤3%-5%, far exceeding industry standards, eliminating the problem of uneven fertilizer composition and ensuring stable and consistent finished fertilizer efficacy.

Its adaptability covers all types of raw materials for organic fertilizer production, including dry and wet materials, powders, and granules such as manure, straw, fungal residue, and furfural residue.  It can even operate stably with materials with a high moisture content of 60%-70%, allowing for flexible formula switching without the need for step-by-step feeding. The equipment supports continuous feeding and discharging, with a production capacity of 10-50 tons per hour, and mixing takes only 3-5 minutes. Its efficiency is several times that of single-shaft and vertical mixers, meeting the needs of large-scale high-yield production.

At the same time, the entire machine is made of thickened wear-resistant steel, with a robust and stable structure and long service life of wear parts. It is simple to operate and requires only simple daily maintenance, resulting in low operating and maintenance costs. It can be seamlessly integrated with fermentation, granulation, and screening processes, achieving efficient linkage of the production line, truly achieving quality improvement, efficiency increase, and cost reduction, making it a cost-effective choice for organic fertilizer production.