The innovative value of the disc granulation production line lies not only in the pellet forming itself, but also in its core design logic of "low-energy circulation," perfectly meeting the needs of modern agricultural waste resource utilization.

Its core advantage lies in "highly efficient energy utilization." The disc granulation production line utilizes the natural forces of gravity and centrifugal force to achieve agglomeration and forming, eliminating the need for additional high-intensity mechanical pressure and significantly reducing motor load. Simultaneously, the frictional heat naturally generated during the material's rotation within the disc helps evaporate excess moisture, reducing energy consumption in subsequent drying stages.

In terms of raw material recycling, this production line demonstrates strong ecological compatibility. It can efficiently process various agricultural wastes such as straw, livestock manure, and mushroom residue. Especially for "non-standard raw materials" with high moisture content (25%-40%) and low viscosity, stable pelleting can be achieved simply by adjusting the disc's tilt angle and rotation speed, without complex dehydration or the addition of large amounts of binders.

"Lightweight" operation and maintenance are also unique highlights. The disc granulation production line has a simple structure with no complex transmission or enclosed components. The material flow path is clear, reducing the likelihood of blockages or material residue. Daily cleaning and maintenance require only simple operations, lowering labor costs.

Furthermore, the formed granules, due to their natural agglomeration, have a rich porous structure. When applied to the soil, they quickly integrate into the topsoil, enhancing water and fertilizer retention while promoting soil microbial activity, perfectly aligning with ecological planting principles.