In agricultural production, fertilizer form directly impacts application efficiency and effectiveness. Traditional powdered fertilizers are prone to clumping and dust generation, making transportation and storage inconvenient. They also suffer from rapid nutrient loss and low nutrient utilization, hindering agricultural productivity. The widespread use of fertilizer granulator machines, by processing raw materials such as powders and slurries into granular fertilizers, is injecting strong new vitality into the high-quality development of agriculture.

Fertilizer granulation machines can produce granular fertilizers in various shapes, such as spherical and cylindrical, based on the characteristics of the raw materials, addressing many of the challenges of traditional fertilizers. Granular fertilizers have a moderate hardness and are resistant to breakage, reducing losses during transportation and storage by over 30%. They are also less susceptible to wind dispersal during application and can be precisely deposited near crop roots. Furthermore, the controlled dissolution rate of granular fertilizers allows for a slow nutrient release, extending the effective life of the fertilizer, and increasing fertilizer utilization to over 55%, reducing the labor costs associated with frequent fertilization. Furthermore, granulation machines can flexibly process a variety of raw materials, scientifically blending organic fertilizer, inorganic fertilizer, and trace elements into granules to produce customized compound fertilizer granules that meet the nutrient needs of different crops and soils. Practice has shown that the use of granular fertilizers can increase vegetable yields per mu by 18%-25%, increase sugar content in fruits and vegetables by 2-3 units, and improve soil aggregate structure, contributing to sustainable agricultural development.

As a key component of organic fertilizer produciton lines, fertilizer granulation machines not only optimize the fertilizer application experience but also promote a shift toward more precise and efficient fertilization methods. This provides strong support for improving agricultural quality and production, and increasing farmers' incomes, becoming a key piece of equipment for activating new momentum in agricultural development.