Fertilizer Granulation Equipment & Machines

Explore our granulation equipment for fertilizer manufacturing plants designed to meet your industrial needs.

Dosing Systems

Granulation Drum

Rotary Dryer

Hammer Mills

Packing Machinery

Telescopic Belt

Why Integrated Fertilizer Granulation Equipment Matters

Most capacity losses in fertilizer production don’t come from a single underperforming machine — they come from mismatches between machines. A granulation drum running at 15 t/h upstream of a dryer sized for 12 t/h doesn’t deliver 15 t/h output. It creates a bottleneck, forces rate reductions, and turns oversized equipment into idle capital.

This is the core problem that system integration solves. When feeding systems, granulation units, dryers, coolers, and screening equipment are designed around the same throughput targets and material properties, each stage receives what it can process. Material flows predictably, transition losses are minimized, and the rated capacity of each machine is actually reachable under operating conditions.

For industrial-scale manufacturers, this matters on a daily basis. A granulation line operating at 85% of its designed capacity across a full production year represents a significant tonnage gap — one that rarely shows up as a single identifiable fault, but compounds shift by shift. Integrated equipment design closes that gap before it opens.

Why Choose Ceylan Machine & Process

Ceylan Machine & Process has been manufacturing process machinery for fertilizer production for more than 20 years. That span covers real operating environments: plants that were expanded in stages, lines that had to be adapted for new fertilizer grades, and systems where space constraints shaped the engineering choices.

Our equipment is built to defined output targets, not nominal specifications. Before a granulation drum or rotary dryer leaves our facility, its capacity is calculated against the specific material density, moisture profile, and temperature requirements of the application — not against a catalog range. This is why production capacity is quoted at the system level, not the unit level.

Every machine we supply is backed by a one-year machinery guarantee. But the more practical protection is in the engineering: equipment that is correctly matched to the process requires less intervention, produces more consistent granule quality, and holds its output rate over long production cycles.

We supply fertilizer granulation equipment as individual units for facilities with existing lines, or as fully configured systems for new builds and major expansions. Either way, the engineering basis is the same.

Work With Us

At Ceylan Machine & Process, we supply fertilizer plant equipment covering the full production sequence, from material dosing to final packing. This includes granulation drums, industrial feeding equipment, drying units, crushing and screening systems, and supporting conveying equipment.

Each fertilizer granulation equipment system is designed to function within a broader production environment. Whether upgrading an existing line or building a new facility, equipment can be configured to match material behavior, space constraints, and target output by tonnage.

As fertilizer machine manufacturers, our production equipment supports both incremental plant upgrades and fully integrated installations. To discuss system configuration or production requirements, fill out a form to get started.

Frequently Asked Questions

What is the difference between a rotary drum granulator and a disc pan granulator for fertilizer production?

A rotary drum granulator is better suited to high-throughput continuous production of compound fertilizers like NPK, handling large volumes with consistent output. A disc pan granulator offers granulation rates above ninety-five percent and a simpler mechanical design, making it easier to control granule size visually. The right choice depends on target tonnage, material properties, and how much operational flexibility the plant requires.
A complete fertilizer granulation line typically follows this sequence: dosing and mixing of raw materials, granulation to form granules, drying to remove moisture, cooling to harden the product, screening to separate on-size granules from fines and oversize, and finally packing. Ceylan Machine & Process supplies each stage as individual machines or as a fully integrated system, with capacity matched across all units.
Output problems in fertilizer plants most often result from mismatched throughput rates between equipment stages, not from failures in individual machines. If the granulation drum produces faster than the dryer can process, material backs up and quality suffers. Ceylan Machine & Process designs systems where every machine operates at compatible rates, preventing bottlenecks that reduce daily tonnage even when each unit performs correctly on its own.
Ceylan Machine & Process supplies both individual pieces of fertilizer granulation equipment and complete integrated production systems. Individual machines are configured to match the throughput and material specifications of an existing line. This allows plants to upgrade specific bottlenecks, such as adding a new hammer mill or sieve, without rebuilding the entire production system.
Ceylan Machine & Process defines capacity at the system level rather than per individual machine, meaning the agreed output tonnage reflects how the full line performs under real operating conditions. A one-year machinery guarantee backs all equipment. For complete production systems, the capacity guarantee ensures the line meets the production rate defined during the engineering phase before delivery.
Ceylan Machine & Process fertilizer granulation equipment is engineered for industrial-scale production of MAP, DAP, NPK compound fertilizers, and liquid fertilizer applications. Equipment is configured based on the chemical and physical properties of each fertilizer type, since materials like MAP and DAP behave differently in granulation and drying than blended NPK formulations. Material-specific configuration is part of the standard engineering process.