When selecting an organic fertilizer granules machine, production capacity is one of the most critical considerations for users. The actual output is influenced by a combination of various factors.

1.Raw Material Characteristics

Composition and Formulation: The proportion of fibrous content, organic matter, moisture, oils, and sticky substances in the raw materials directly affects the difficulty and speed of pellet formation.

Moisture Content: Excess moisture can cause clogging, reducing output or even halting production. Too little moisture makes shaping difficult, increases the proportion of returned material, and lowers effective output.

Fineness and Uniformity: Finer and more uniformly mixed raw materials—after crushing and fermentation—flow better and are more easily extruded into pellets.

2.Equipment Model and Process

Machine Type: Flat die granulators are suitable for small to medium outputs and producing small to medium-diameter pellets. Double roller press granulators offer high output and low energy consumption, making them ideal for producing flat spherical organic fertilizer pellets. Disc granulators, on the other hand, allow adjustment of tilt angle and rotation speed to control output and pellet size.

Mold Specifications: For flat die and ring die granulators, smaller apertures and thicker molds increase extrusion resistance, reducing output per unit of time. Conversely, molds with larger apertures yield higher output.

3.Power System

A more powerful motor provides stronger driving force for the extrusion process, enabling it to handle more complex raw materials and higher production loads. This ensures stable and high output.

In summary, the production capacity of an organic fertilizer granules machine is a comprehensive metric influenced by multiple factors, including raw materials, equipment, and power. When aiming for high output, it’s important to consider the specific raw material conditions and select the appropriate machine type.