Fertilizer Blending Equipment
Blending equipment is used in fertilizer production to prepare raw materials before granulation or packaging. By thoroughly mixing different components, the system helps ensure uniform nutrient distribution and stable material consistency, laying a reliable foundation for downstream processing. Designed to handle common fertilizer raw materials such as phosphate-based materials, urea, and ammonium chloride, the mixer supports smooth transitions into subsequent processes such as granulation, coating, and packaging, contributing to steady line operation and consistent product quality.
ApplicationIn fertilizer production lines, blending equipment is typically arranged as a pre-processing unit. It is responsible for uniformly combining raw materials to a condition suitable for further processing, helping maintain stable performance in subsequent mixing, screening, granulation, and coating stages.
The vertical mixer is designed for efficient mixing of raw materials and returned materials in compound fertilizer production. By combining materials evenly within a compact vertical structure, it helps ensure consistent formulation before granulation or further processing. The interior of the mixer is lined with stainless steel plates, providing strong resistance to corrosion while preventing material from sticking to the chamber walls.
| Specification mm |
Production Capacity t/h |
Rev r/min |
Motor | |
| Model | Power | |||
| LJ1800×450 | 8~10 | 11 | BLY3322-99 | 7.5 |
| LJ2000×500 | 10~12 | 11 | BLY3322-99 | 11 |
| LJ2200×500 | 12~16 | 11 | BLY3322-99 | 15 |
| LJ2500×600 | 14~18 | 11 | BLY3927-99 | 15 |
| LJ3200×600 | 18~22 | 11 | BLY55-87 | 30 |
The double-shaft horizontal mixer is available in two configurations: batch type and continuous type, allowing it to adapt to different production requirements.
The batch horizontal mixer operates with controlled mixing time, making it suitable for applications where precise mixing cycles are required.
The continuous horizontal mixer supports continuous feeding and continuous discharge. This design aligns well with fertilizer production lines that operate with a higher level of automation. It delivers efficient mixing performance while maintaining relatively low energy consumption, supporting stable and uninterrupted production flow.
| Model | working form | capacity(t/h) | power(KW) | reducer |
| |
batch-type | 4-6 | 11 | ZQ400 |
| |
batch-type | 6-10 | 18.5 | ZQ500 |
| |
batch-type | 14-18 | 35 | ZQ750 |
| |
continuous-type | 6-10 | 11 | ZQ400 |
| |
continuous-type | 8-14 | 15 | ZQ400 |
| |
continuous-type | 18-25 | 22 | ZQ500 |