Laboratory Nano Sand Mill Series
https://www.infor-mill.com/products/laboratory-nano-sand-mill-series/
#laboratory #bead #mill
Experimental series sand mills are specially designed for research and development to meet the needs of small batch R&D testing of materials ranging from several kilograms to tens of kilograms. The equipment is flexible and simple, and has all the performance of large-scale production line equipment. The experimental results can be scaled up to the production line in... moreLaboratory Nano Sand Mill Series
https://www.infor-mill.com/products/laboratory-nano-sand-mill-series/
#laboratory #bead #mill
Experimental series sand mills are specially designed for research and development to meet the needs of small batch R&D testing of materials ranging from several kilograms to tens of kilograms. The equipment is flexible and simple, and has all the performance of large-scale production line equipment. The experimental results can be scaled up to the production line in equal proportions. With cumulative sales of hundreds of units, it has established cooperation with many new energy companies, scientific research institutions, universities, etc., and has been widely praised by customers.
Features of Laboratory Nano Sand Mill Series
1. A very small grinding cavity, suitable for rapid grinding of very small batches
2. Adopt self-developed high-performance double-end mechanical seal, safe, reliable and leak-free
3. The inlet and outlet pipe adopts a double-layer cooling structure, and the inner layer passes the material. Outer layercold water cooling, large cooling area, good cooling effect, sandwich Jacket cooling, mechanical seal cooling;
4. Using a special turbine/rod pin disperser, the grinding efficiency is extremely high and the particle size distribution is narrow
5. The submerged area adopts an all-ceramic design to ensure that the material has no metal pollution
6. Using PLC intelligence Control system, equipment operating status is clear at a glance
7. Good news for product development customers, it is in the early stage of experimental research and development, and is the most ideal model for laboratory nano wet grinding
