The next-generation organic-inorganic compound fertilizer granulator represents a breakthrough in high-sphericity granulation technology for organic-based fertilizers. This innovative equipment fills a critical technical gap in domestic manufacturing by unifying both pure organic and compound fertilizer production processes. Manufacturers can seamlessly switch between pure organic and organic-inorganic compound fertilizer production without requiring line modifications, redefining eco-friendly fertilizer manufacturing standards while transforming low-value organic wastes into high-quality granular fertilizers with exceptional efficiency and consistency.

This granulator is engineered for direct granulation without complex pre-treatment, making it the ideal core equipment for circular agriculture projects. It efficiently processes diverse organic waste streams into premium pure organic or organic-inorganic compound fertilizers, including:

The system eliminates traditional reliance on expensive binders or drying agents for sticky or high-moisture materials, breaking the technical bottleneck that has long limited large-scale waste-to-fertilizer conversion.

With a sphericity rate that surpasses industry benchmarks, the machine produces perfectly spherical, smooth-surfaced granules with consistent particle size distribution (2-5mm standard). This high sphericity enhances fertilizer flowability for mechanized application and ensures uniform nutrient release in soil, boosting crop absorption efficiency by up to 20% compared to irregular granules.

The proprietary structural design handles materials with moisture content ranging from 20% to 40%, adapting effortlessly to varying organic waste properties—from viscous municipal sludge to fibrous straw. It supports flexible blending ratios of organic matter (30%-100%) and inorganic nutrients (NPK), allowing customized fertilizer formulations tailored to specific soil types and crop nutrient requirements.

Designed for long-term industrial operation, the machine features a modular build that simplifies maintenance—key wear parts like the granulation disc lining and scrapers can be replaced in less than 2 hours without professional technicians. It boasts high production capacity scaling from small-batch R&D trials (1-5 t/h) to large-scale continuous production (10-30 t/h), while its energy-efficient motor cuts power consumption by 15% versus traditional models, significantly lowering overall production costs.

The finished granules meet medical-grade quality criteria with three standout performance features: