LHA Cyclone Jet Mill Classifier 20-10000kg/h Capacity

The Cyclone Jet Mill & Classifier is a specialized crushing and grading system that combines original cyclone airflow crushing technology with self-split airflow classification technology. This system provides the optimal solution for producing powder materials with narrow particle size distribution.

Compressed air is cooled, filtered, and dried before forming a supersonic airflow through the nozzle, which is injected into the rotary crushing chamber to fluidize the material. In this chamber, accelerated materials collide violently at the intersection of multiple nozzles, creating friction and shearing forces that produce ultrafine particles.

The crushed materials are transported to the impeller classification area by rising airflow. Centrifugal force from the classification wheel and fan pumping force separate coarse and fine powders. Finished products are collected at the classifier discharge opening, while finer particles enter the cyclone collector and bag dust collector before purified gas is discharged by the induced draft fan.

• Doubled crushing output compared to traditional jet mills at same energy consumption
• Configurable with 1 to 4 classifiers for multiple narrow particle size products
• Yield rate more than double traditional mills for narrow distribution products
• Dual functionality as both grinder and classifier
• Self-shunting classification system extends classification wheel lifespan 5-8 times
• Wide feeding granularity range (up to 5mm maximum)
• Capable of particle shaping and breaking beyond superfine crushing
• Inert gas compatibility for flammable/explosive materials with closed circuit operation
• Low-temperature, medium-free crushing ideal for heat-sensitive materials
• Minimal wear for high hardness/purity material processing
• GMP-compliant polished surfaces with no dead corners for easy cleaning
• Dust-free negative pressure production environment
• Automated control for simple operation and stable performance

This system is widely used across multiple industries including chemical processing, mining, abrasives manufacturing, refractory materials production, battery materials processing, metallurgy, building materials, pharmaceuticals, ceramics, food processing, pesticides, feed production, new materials development, and environmental protection applications.