2026/05/22
Significant advantages in production: Small granules are uniformly rounded, with a high granulation rate and minimal dust or breakage, significantly improving raw material utilization. The fertilizer production machine operates under lower loads, is less prone to material sticking and clogging, reduces the frequency of malfunctions, and enhances production continuity. Fast granulation speed and simple, convenient screening and grading reduce subsequent processing time and effectively increase overall capacity. Simultaneously, the moderate particle size prevents the granulation process from compressing and damaging the organic matter, preserving the integrity of fertilizer nutrients.
Highly practical for field application: The small size of the fine granules ensures even dispersion in the soil, preventing clumping and allowing for a gradual and balanced nutrient release, effectively avoiding burning seedlings and roots. The larger contact area between the granules and the soil results in faster water absorption and fertilizer dissolution, leading to higher root nutrient absorption efficiency and promoting crop growth. Small granules are suitable for mechanized operations using fertilizer spreaders and seeders, ensuring smooth feeding without jamming. Manual spreading is also more labor-saving and even.
Storage and transportation losses are lower. The stable structure of the small granules prevents breakage and dusting when compressed, and they are less prone to clumping and spoilage during packaging. The reasonable spacing within the granule pile provides good ventilation and moisture protection, maintaining fertilizer quality for a longer period. Damage from bumps and collisions during transportation is minimal, reducing fertilizer waste and lowering storage and transportation costs.
Furthermore, small granule fertilizers have a uniform appearance and superior quality, resulting in high market acceptance and stronger sales competitiveness, balancing production efficiency and planting value.
