35+ Years of Expertise in Turnkey Fertilizer Production Solutions

The horizontal chain mill crusher uses dual high-speed rotors to efficiently reduce solid materials to a suitable particle size. It is well suited for crushing bulk fertilizer materials such as phosphate fertilizer and ammonium chloride return material, delivering high throughput and stable crushing performance during continuous operation.

The crusher features enclosed access doors on both sides, allowing easy cleaning and maintenance. Stainless steel liners are applied inside the housing to minimize material adhesion and improve resistance to wear and corrosion. A vibration-damping system is installed at the base of the crushing machine to reduce operating vibration and enhance overall stability.

This crusher adopts a vertical shaft structure and uses a double-layer chain drive to achieve high-speed impact crushing. Material is broken down efficiently through rapid rotation, ensuring consistent particle size and stable performance during continuous operation.

The inner lining is made of rubber sheets or 304 stainless steel, which effectively reduces material adhesion and blockage while improving wear resistance. The equipment is suitable for crushing a wide range of chemical raw materials as well as recycled or returned materials commonly used in fertilizer production lines.

The hammer roller crusher is designed for efficient crushing of returned compound fertilizer and other agglomerated materials. It combines impact crushing and rolling crushing within a single machine, ensuring stable particle size reduction without material adhesion.

Inside the crusher, one main shaft is fitted with high-speed rotating hammer heads, while the other shaft functions as a slow-rotating roller. As material enters the chamber, it is first broken by the rotating hammers and then further crushed against the roller surface before being discharged from the outlet. It is equipped with a hydraulic automatic or spiral cleaning system, which effectively prevents material build-up on internal surfaces. This design improves operational stability, reduces maintenance downtime, and ensures consistent crushing performance during continuous operation.

This cage mill grinder is designed for efficient crushing of urea and diammonium phosphate (DAP). It features a counter-rotating large cage and small cage structure, with material fed through the center of the cage bars. The opposing motion creates a high relative speed of 60–90 m/s, ensuring stable crushing efficiency and uniform particle size distribution during continuous operation.

This urea crusher is built for urea size reduction in compound fertilizer production. With a compact structure and simple operation, it delivers strong crushing performance while maintaining low energy consumption. The crushing equipment is well suited for continuous processing where consistent particle size and reliable operation are required.

This crusher is designed for phosphate compound fertilizer production, where ammonium chloride raw materials tend to form large, hard-to-break lumps that interfere with stable processing. The fertilizer processing equipment delivers high crushing efficiency and stable output, helping maintain smooth and continuous operation across the production line. Its simple mechanical structure supports reliable performance and easy maintenance. The cutter head is manufactured from forged 45# steel and reinforced with wear-resistant high-alloy surfacing, ensuring strong impact resistance and extended service life under continuous operation.