MAP SSP Dry Granulation Fertilizer Machine for NPK Production

Optimize your fertilizer production with our advanced MAP SSP Granulation Process Double Roller Extrusion Fertilizer Granules Making Machine. This efficient and reliable system utilizes dry granulation technology to transform Monoammonium Phosphate (MAP) and Single Superphosphate (SSP) into high-quality, uniform fertilizer granules.

Our machine offers a cost-effective and environmentally friendly solution for fertilizer manufacturing, eliminating the need for drying and reducing energy consumption. This machine is a key component in a complete fertilizer production line, suitable for both small and large-scale production facilities.

• MAP & SSP Compatibility: Specifically designed for the granulation of MAP and SSP fertilizers, ensuring optimal performance and granule quality.
• Double Roller Extrusion Technology: Employs efficient double roller extrusion for dry granulation, eliminating the need for drying and reducing energy costs.
• High Granulation Rate: Achieves a high granulation rate, producing uniform and spherical granules for consistent nutrient delivery.
• Adjustable Granule Size: Allows for adjustments to roller pressure and groove design to control the size and density of the fertilizer granules.
• Durable Construction: Built with high-quality, corrosion-resistant materials for long-lasting performance and minimal maintenance.
• Automated Operation: Equipped with an automated control system for precise and consistent granulation.

• MAP Fertilizer Production: Manufacturing of granular Monoammonium Phosphate (MAP) fertilizer, a widely used source of phosphorus and nitrogen.
• SSP Fertilizer Production: Production of granular Single Superphosphate (SSP) fertilizer, a cost-effective source of phosphorus and sulfur.
• Fertilizer Blending: Can be used to granulate blends of MAP, SSP, and other fertilizer materials to create custom formulations.

• Raw Material Preparation: Monoammonium phosphate (MAP) and/or solid phase bentonite (SSP) powders are prepared to ensure consistent particle size and moisture content (5-20%).
• Feeding: Prepared powders are fed into a twin-roll extruder granulator via a controlled feeding system.
• Extrusion Granulation: Powders are compacted between two counter-rotating rollers with specially grooved surfaces under high pressure.
• Sieving: Granules are screened to ensure uniform size, with oversized/undersized granules recycled for reprocessing.
• Coating (Optional): Anti-caking agents or other coatings may be applied to improve handling characteristics.