In the production process of organic fertilizers, the quality of raw material mixing directly affects the efficiency and effectiveness of the finished fertilizer. Many production scenarios suffer from uneven distribution of main materials, microbial agents, and auxiliary materials, as well as significant differences in local concentrations, resulting in insufficient product stability.

The horizontal spiral belt mixer adopts a spiral belt structure, which can achieve rapid flipping, convection, and diffusion of materials, allowing organic fertilizer raw materials to be fully mixed evenly in a short period of time and improving batch consistency. The equipment runs stably with moderate mixing force, which can meet the mixing needs of various materials such as microbial agents, straw, manure, and auxiliary materials. Equipped with one click start stop and timed mixing functions, the mixing process is automatically completed after the set time, reducing manual intervention and minimizing operational errors.

The models cover from small-scale household experiments to large-scale production line matching, and can be flexibly selected according to production capacity. Simultaneously supporting customization of volume, feed height, and discharge method, making it convenient for integration with previous and subsequent processes. The overall structure has smooth discharge and minimal residue, effectively solving pain points such as uneven mixing, low efficiency, and poor adaptability, providing a stable and reliable mixing solution for organic fertilizer production.