Planetary ball mill series

TENCAN Planetary Ball Mill Series

TENCAN Planetary Ball Mill Series is designed for high-efficiency laboratory grinding, fine milling, powder mixing, dispersion and nano powder preparation. As one of the most important grinding solutions in modern powder processing, planetary ball mills are widely used in universities, research institutes, enterprise laboratories and small-batch production lines for ceramics, minerals, metallurgy, new energy materials, electronic materials, chemical powders, catalysts and advanced functional materials.

Why Choose TENCAN Planetary Ball Mills?

A planetary ball mill works through the combined movement of revolution and self-rotation. The grinding jars rotate around the central planetary disc while rotating around their own axes. This movement creates strong impact, friction and shear force between grinding balls and materials, helping users achieve rapid particle size reduction and uniform mixing in a compact laboratory system.

TENCAN provides a complete range of planetary ball mills for different process requirements. The product series includes vertical semi-circular planetary ball mills, vertical square planetary ball mills, horizontal light-duty models, heavy-duty horizontal models, 360° full-directional planetary ball mills, low-temperature planetary ball mills, liquid nitrogen cryogenic planetary ball mills, ultrasonic planetary ball mills, double planetary ball mills, micro-computer planetary ball mills and continuous planetary ball mills.

This wide model range allows customers to choose equipment according to sample volume, material characteristics, grinding target, temperature sensitivity and batch capacity. For routine laboratory use, standard four-jar models provide high flexibility. For temperature-sensitive materials, low-temperature and cryogenic models help reduce heat influence. For materials that settle, stick to the jar wall or agglomerate easily, full-directional and ultrasonic models can improve grinding uniformity and dispersion.

Different Models for Different Grinding Needs

The vertical semi-circular planetary ball mill is suitable for small-batch, high-precision laboratory grinding. It is commonly used for sample preparation, material mixing, fine grinding and nano powder research. Its compact structure and four-jar design make it practical for parallel experiments.

The vertical square planetary ball mill is one of the most widely used models. It is suitable for mixing, fine grinding, small sample preparation, new product development and small-batch production of high-tech materials. With different jar volumes and jar materials, it can process a broad range of powders and particles.

The horizontal light-duty planetary ball mill uses horizontally installed grinding jars and is suitable for laboratory users who need stable operation and compact equipment. For heavier loads or pilot-scale grinding, the heavy-duty horizontal planetary ball mill provides stronger structural support and better load capacity.

The 360° full-directional planetary ball mill adds multi-directional turning movement to the traditional planetary motion. This structure helps prevent material sedimentation, reduce dead zones and improve grinding consistency. It is especially suitable for materials that are easy to sink, stick or agglomerate during long-time grinding.

The low-temperature planetary ball mill and liquid nitrogen cryogenic planetary ball mill are designed for heat-sensitive materials. During high-speed grinding, friction may cause temperature rise and affect material properties. Cooling systems help protect polymers, biological samples, battery materials, chemical powders and other temperature-sensitive samples.

The ultrasonic planetary ball mill combines mechanical grinding with ultrasonic dispersion. It helps break secondary agglomerates, improve slurry dispersion and reduce wall sticking. This model is suitable for nano materials, ceramic slurries, electronic powders, catalysts and materials requiring both fine grinding and better dispersion.

The continuous planetary ball mill is suitable for users moving from laboratory testing to pilot or small-scale production. It supports higher processing capacity and more continuous operation, making it useful for material scale-up and process verification.

Key Application Fields

TENCAN planetary ball mills are widely used in new energy materials, lithium battery materials, sodium battery materials, solid-state electrolytes, ceramic powders, electronic ceramics, magnetic materials, rare earth materials, catalysts, powder metallurgy, mineral analysis, environmental samples, pigments, coatings and pharmaceutical research.

In battery material research, planetary ball mills can be used for active material grinding, conductive additive mixing, solid electrolyte preparation and material modification. In ceramic processing, they help prepare alumina, zirconia, silicon carbide and other fine ceramic powders. In mineral laboratories, they are used for ore sample grinding before analysis. In chemical and catalyst research, they support powder activation, dispersion and surface modification.

Difference from Roll Ball Mills and Stirred Ball Mills

Compared with roll ball mills, planetary ball mills provide higher grinding energy and are more suitable for fine grinding, nano powder preparation and small-batch laboratory testing. Roll ball mills are usually better for gentle grinding, mixing and larger batch processing.

Compared with stirred ball mills, planetary ball mills are more flexible for dry grinding, wet grinding, vacuum grinding and multi-sample experiments. Stirred ball mills are often selected for slurry dispersion and larger-scale wet grinding, while planetary ball mills are preferred for high-energy laboratory milling and fast sample development.

Customization and Selection Support

Selecting a suitable planetary ball mill depends on material hardness, initial particle size, target fineness, grinding method, sample volume, contamination requirements, atmosphere requirements and temperature sensitivity. TENCAN can provide different grinding jar materials, including stainless steel, zirconia, agate, corundum, tungsten carbide, nylon, PTFE and polyurethane. Vacuum jars and inert gas protection options are also available for oxidation-sensitive materials.

For customers who are not sure which model is suitable, TENCAN can provide selection support based on raw material type, target particle size, batch volume and process conditions. Whether the requirement is routine lab grinding, nano powder preparation, low-temperature milling, full-directional anti-sedimentation grinding, ultrasonic dispersion or pilot production, TENCAN can help match the right planetary ball mill solution.