Introduction
The stirred ball mill utilizes a high-power agitator to drive the movement of grinding media. It allows for sampling and the addition of materials during operation, making it ideal for the uniform mixing of various substances as well as the acceleration of heat and mass transfer. The equipment features high-energy processing, a water-cooling circulation system, contamination-free operation, and capabilities for dispersion, homogenization, grinding, and mixing. It is widely used in industries such as electronics, ceramics, polysilicon, and lithium-ion battery manufacturing for the intermediate and fine grinding of materials. Key features include variable-frequency speed control, replaceable stirring rods, and a variety of material options for components.
Product Overview: Stirred Ball Mill
The stirred ball mill is equipped with a vertically rotating agitator that drives the grinding media. During operation, the mill vessel remains stationary while the agitator exerts powerful force, enabling sampling and the addition of grinding media without the need to stop the machine. The system facilitates the dispersion of two or more distinct substances into one another, achieving uniform mixing while accelerating heat and mass transfer. It provides high-energy processing, a water-cooling circulation system, contamination-free operation, and functions for dispersion, homogenization, grinding, and mixing.
Applications
This equipment features variable-frequency speed control, timed grinding, and bidirectional (forward/reverse) rotation; it is specifically designed for small-batch production and laboratory sample preparation. It is primarily used in the preparation of electronic ceramics (structural, piezoelectric, and dielectric ceramics), new energy materials (lithium cobalt oxide, lithium manganese oxide, fuel cell materials), functional materials (magnetic materials, phosphors, rare-earth polishing powders), electronic components (MLCCs, thermistors, varistors, ceramic filters), and nanomaterials (such as zinc oxide or cobalt oxide powders). The equipment is currently utilized by approximately 60% of electronic component manufacturers in China.
Widely used for clean crushing in laboratories across various sectors—including electronics, ceramics, polysilicon, lithium batteries, tri-color phosphors, rare earths, metallurgy, chemical engineering, geology, and scientific research—as well as for sample preparation in other industries. It is suitable for the medium and fine crushing of raw materials, such as those used in electronics, ceramics, polysilicon, battery production, and the processing of various ores.
Product Features
1.Variable-frequency speed control allows for precise adjustment of the stirring rod’s rotation speed, enabling a wide range of experimental outcomes.
2.Stirring rods are replaceable, offering the flexibility to conduct experiments using various materials without being restricted to a single type.
3.Available in a choice of materials for the stirring vessel: zirconia, polyurethane, stainless steel, or PTFE (polytetrafluoroethylene).
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