Working Principle:
Material enters the crushing chamber, where a supersonic jet stream forms a centripetal reverse jet field at the lower part of the chamber. Under the pressure difference, the material at the bottom of the mill becomes fluidized. The accelerated material converges at the intersection point of multiple nozzles, resulting in intense impact, collision, and friction, leading to pulverization. The crushed fine powder moves upward with the airflow to the turbo classifier at the top, where, under centrifugal force, the fine powder meeting the fineness requirements is discharged.

Features:
The QLD fluidized bed jet mill integrates crushing, classification, mixing, and homogenization mechanisms, achieving the unique advantages of interconnected operation.
· High impact speed: Particles are accelerated by the airflow nozzles and collide with each other, with the impact speed being the superposition of the two relative velocities, resulting in high crushing efficiency.
· Low energy consumption: Compared to other types of jet mills, it can save one-third of energy.
· Minimal wear: Since the primary crushing action involves the mutual impact and collision of particles in the fluidized bed, high-speed particles rarely collide with the mill walls, and the material does not pass through the nozzles, making it suitable for crushing high-hardness materials. The inner cylinder is lined with ceramic material, and the installation of a ceramic classification wheel makes it more suitable for crushing high-purity materials (such as battery materials, alumina, zirconia, etc.).
· Equipped with a turbo ultra-fine classifier, ensuring high classification accuracy and a narrow particle size distribution range.
· Automatic control function, making operation very convenient.
· Low noise.
· Compact structure with a small footprint.

Customization of QLD Jet Mill for Lithium Battery and High-Tech Ceramic Industries

Ceramic-Lined Cylinder:

Ceramic Classification Wheel:

Ceramic Nozzle:

Ceramic Pipeline:

QLD Fluidized Bed Jet Mill Process Flow Diagram

Main Technical Parameters of QLD Fluidized Bed Jet Mill