Industrial Horizontal Planetary Ball Mill with Four-Jar Simultaneous Grinding

Designed for high-speed grinding and mixing of various materials in laboratory and research applications.

TENCAN horizontal planetary ball mill is designed for laboratory powder grinding, nano material preparation, sample mixing, and small-batch research. Compared with a conventional vertical jar arrangement, the horizontal jar design helps reduce material sinking and improves the movement of grinding media inside the jar.

This model is suitable for dry and wet grinding of advanced powder materials. It supports four grinding jars working at the same time, variable frequency speed control, and flexible operation modes for different materials and process requirements.

Four grinding jars are mounted horizontally on a vertical planetary disk. During operation, the jars rotate while the main disk revolves, creating combined revolution, rotation, and gravity-assisted motion. This improves the random movement of balls and materials, increases collision frequency, and supports more uniform particle refinement.

The horizontal jar structure helps reduce material accumulation at the bottom of the jar, making it especially useful for powders that are easy to settle, agglomerate, or stick to the jar wall during grinding.

• Enhanced Material Motion: Multi-directional movement helps break up particle agglomeration and improves dispersion.
• Improved Grinding Effect: Higher collision frequency supports finer, more uniform powder results.
• Four-Jar Processing: Four samples can be processed simultaneously to improve experiment efficiency.
• Flexible Process Control: Forward/reverse timing and frequency conversion control support different grinding tasks.

The machine adopts a stable gear drive structure and variable frequency control to keep operation smooth and repeatable. Users can set suitable speed and running time according to material hardness, target fineness, jar material, and grinding method.

• Variable frequency control: Adjust speed for different materials and grinding targets.
• Precision gear drive: Supports smooth, stable high-speed running with lower noise.
• Easy clamping structure: Convenient jar tightening for safe and reliable operation.
• Timing and reverse rotation: Supports one-way, alternating, continuous, and timed operation modes.
• Safety protection: Safety switch helps prevent operation when the cover is opened.

The horizontal planetary ball mill is widely used in material research, electronic ceramics, battery materials, catalysts, magnetic materials, MLCC materials, nano powders, electronic glass powder, metallurgy, geology, building materials, chemical research, environmental protection, and other powder processing fields.

Different jar materials can be selected according to the sample type and contamination control requirements, including stainless steel, zirconia, agate, corundum, PTFE, nylon, polyurethane, and vacuum jars.

Besides the planetary ball mill machine, TENCAN can provide a wide range of grinding jars and grinding media to match different materials and process goals. Available jar options include 304/316L stainless steel, zirconia, alumina ceramic, nylon, polyurethane, tungsten carbide, agate, and other customized materials.

Available grinding media include stainless steel balls, zirconia balls, agate balls, alumina balls, tungsten carbide balls, and other special grinding balls. Jar and media selection should consider material hardness, purity requirements, wear resistance, corrosion resistance, and whether vacuum or protective atmosphere grinding is required.

TENCAN is a manufacturer engaged in the design and production of laboratory ball mills and powder processing equipment. The product range includes planetary ball mills, roll ball mills, crushers, powder mixers, glove boxes, grinding jars, grinding balls, and related accessories.

For model selection, users can provide the material name, feeding size, target fineness, grinding method, batch capacity, and any contamination control requirements. TENCAN can recommend suitable mill models, jar materials, and grinding media solutions according to the actual application.