Stirred Ball Mill BZSJM-501 offers efficient and uniform fine grinding of materials using high-speed agitation. The ball mill features a charging capacity of 660 ml and operates at stirring speeds up to 1000 rpm. It delivers precise control during continuous or batch grinding applications. Its built-in cooling system helps maintain optimal thermal conditions during high-energy milling. Our Stirred Ball Mill BZSJM-501 is well-suited for material dispersion, nano-particle preparation, advanced ceramics, lithium battery research, and pigment processing.
| Grinding Tank Volume | 2 L |
| Charging Capacity | 660 ml |
| Stirring Speed | 0 - 1000 rpm |
| Power Consumption | 1500 W |
| Power Supply | AC 220V, 50Hz |
| Cooling Method | Water cooling cycle |
| Product Dimension | 78 ×55 ×132 cm |
| Net Weight | 130 Kg |
| Gross Weight | 183 Kg |
Our Stirred Ball Mill BZSJM-501 is ideal for fine grinding in chemical synthesis, ink and paint formulation, lithium electrode slurry mixing, drug crystallization studies, and ceramic coating development.
Frequently Asked Questions
1: Can you control the speed of stirring?
Yes, most models have variable speed controls. You can adjust the speed to match the material type and desired output. Lower speeds reduce wear; higher speeds improve particle reduction. It's helpful for process optimization.
2: What size of media should you use?
Media size depends on your application-smaller beads (0.1-2 mm) are used for finer particles. You can choose zirconia, stainless steel, or glass media. Uniform media size improves consistency. Always match the media to your material.
3: How long should you run the mill?
That depends on the desired particle size and sample. You may run it for minutes to hours. Short runs are good for quick grinding; long runs for ultra-fine results. Always monitor temperature and consistency.
4: Do you need to monitor temperature?
Yes, prolonged operation can cause heat buildup. You should check temperature regularly during grinding. Some models include cooling jackets or chillers. This helps avoid sample degradation or loss of volatile content.
5: Can you grind multiple samples at once?
Some models allow multiple chambers or batches, but most are designed for one chamber. If you need high throughput, consider continuous feeding. Between batches, always clean to avoid contamination. Batch sizes vary by model.
6: What is a stirred ball mill used for?
A stirred ball mill is used for ultra-fine grinding and dispersion of solids in liquids. You can use it in industries like pharmaceuticals, ceramics, and chemicals. The stirring action creates high energy for fine grinding. It's ideal when particle size reduction is essential.
7: How does a stirred ball mill work?
It uses a motor-driven agitator to stir grinding media and the material inside the chamber. The intense motion breaks particles down efficiently. You can control the speed and duration for better results. This continuous mixing gives uniform grinding.
8: What makes it different from other ball mills?
Stirred ball mills work at lower speeds but use high-shear energy. You get better energy efficiency compared to traditional mills. The media moves continuously due to the agitator. It’s better suited for very fine or nano-scale grinding.
9: What materials can you grind in it?
You can grind ceramics, pigments, pharmaceutical powders, metal oxides, and polymers. It handles both hard and soft materials well. The machine is highly adaptable to different sample types. Just make sure your media is compatible.
10: Is the stirred ball mill suitable for wet grinding?
Yes, it is primarily designed for wet grinding. You can use water, alcohol, or other solvents as the medium. This helps reduce heat buildup and improves grinding efficiency. It’s great for suspension and slurry processing.
