Industrial Sand Mill XN-ISM Series
SKU: XN-ISM
Industrial Sand Mill XN-ISM Series is a 60–400 L production-scale wet-grinding system designed for high-flow, high-energy processing. Its continuous circulation system supports consistent dispersion and uniform particle-size distribution.
A turbo pin-type grinding structure, small grinding media, ceramic core components, and PLC control support contamination-sensitive nanoscale production.
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Name: Industrial Sand Mill
Equipment Type: Production-Scale High-Flow Wet-Grinding Sand Mill
Product Code: XN-ISM Series
Brand: Xnergy
Product Introduction:
The XN-ISM Series Industrial Sand Mill is designed for 60–400 L production-scale wet grinding. A high-flow continuous circulation system keeps material moving through repeated grinding cycles, allowing qualified fine particles to discharge while the remaining material rapidly returns for further processing.
The turbo pin-type grinding structure works with small grinding media to generate high-energy impact and shear forces. This configuration supports consistent dispersion, uniform particle-size distribution, and nanoscale material processing in continuous production.
Key Features:
60–400 L production-scale range
High-flow, high-energy wet grinding
Continuous circulation grinding system
Turbo pin-type grinding structure
Supports small grinding media
Consistent dispersion and uniform particle-size distribution
Ceramic core components for high material purity
Designed to minimize metal contamination
PLC intelligent control with clear parameter display
Suitable for continuous nanoscale production
Confirmed Specifications:
| Parameter | Specification |
|---|---|
| Series Capacity | 60–400 L |
| Grinding Method | Production-scale wet grinding |
| Process Mode | High-flow continuous circulation |
| Grinding Structure | Turbo pin-type system |
| Core Component Material | Zirconia ceramic |
| Control | PLC intelligent control |
| Processing Target | Nanoscale grinding, depending on material and operating conditions |
Process Advantages:
The circulation design minimizes material residence time during each pass while maintaining repeated grinding cycles. Qualified particles are discharged efficiently, and remaining material continues through the chamber for further refinement. This supports stable dispersion and a narrower, more uniform particle-size distribution during production.
Typical Applications:
Lithium battery materials
Electronic and ceramic materials
Inorganic nanopowders
Pigments, inks, and coatings
High-purity contamination-sensitive materials
Continuous industrial nano-grinding
Note: Final particle size, output, and energy consumption depend on feed properties, concentration, viscosity, initial particle size, grinding-media selection, rotor configuration, circulation rate, and operating conditions. Confirm the appropriate capacity and wetted-part configuration before ordering. Related equipment includes the XN-PSM Pilot-Scale Sand Mill, XN-LSM-P Laboratory Nano Sand Mill, XN-LSM Laboratory Nano Sand Mill, XN-MS Nano Sand Mill, and XN-VSM Ultrafine Vertical Sand Mill.
