Nano Dual-Power Sand Mill XN-DPSM Series
SKU: XN-DPSM
Nano Dual-Power Sand Mill XN-DPSM Series is a 30–150 L production grinding system for difficult-to-disperse, high-hardness, and contamination-sensitive materials. Its dual-power design supports high-flow wet nano-grinding with small zirconia media.
The series combines a separate discharge system, intelligent cooling, configurable ceramic wetted parts, and production data acquisition for consistent nanoscale processing.
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Name: Nano Dual-Power Sand Mill
Equipment Type: Production-Scale Dual-Power Wet Nano-Grinding Sand Mill
Product Code: XN-DPSM Series
Brand: Xnergy
Product Introduction:
The XN-DPSM Series Nano Dual-Power Sand Mill is designed for 30–150 L production-scale wet nano-grinding. It supports small high-energy zirconia media and is intended for difficult-to-disperse, high-hardness, and contamination-sensitive materials.
A separate dual-power discharge structure supports rapid slurry flow and the use of small grinding media. Combined with intelligent cooling, internal circulation grinding, configurable ceramic wetted parts, and production data acquisition, the system supports consistent particle-size distribution and automated process operation.
Key Features:
30–150 L production-scale range
Dual-power grinding and discharge configuration
Supports zirconia media from approximately 0.03 mm and above
Common media sizes include 0.05, 0.1, and 0.2 mm
Stable flow with anti-blocking and media-retention design
High-intensity dispersion and wet grinding
Intelligent cooling for temperature-sensitive materials
Internal circulation for consistent grinding
Configurable ceramic and wear-resistant wetted parts
Production data acquisition and storage
Human-machine interface for intelligent production lines
Confirmed Specifications:
| Parameter | Specification |
|---|---|
| Series Capacity | 30–150 L |
| Grinding Method | Production-scale wet nano-grinding |
| Grinding Media | High-energy zirconia media, approximately 0.03 mm and above |
| Common Media Sizes | 0.05, 0.1, and 0.2 mm |
| Discharge Structure | Separate dual-power discharge system |
| Temperature Control | Intelligent cooling system |
| Typical Particle Target | Down to approximately D90 = 50 nm, depending on material and operating conditions |
| Control | Data acquisition, storage, and human-machine interface |
Wetted-Part Material Options:
Available configurations can include silicon nitride ceramics, zirconia ceramics, tungsten carbide, cemented carbide, and polyurethane. Final material selection should be matched to the required purity, abrasion resistance, and chemical compatibility.
Process Advantages:
The narrow grinding chamber and controlled rotor-to-stator spacing concentrate grinding energy. Internal circulation promotes repeated processing for consistent dispersion and particle-size distribution. The cooling system helps reduce temperature rise when processing heat-sensitive materials.
Typical Applications:
Lithium battery materials
High-hardness inorganic powders
Contamination-sensitive materials
Electronic and ceramic materials
Pigments, inks, and coatings
Continuous industrial nano-grinding
Note: Final particle size, flow rate, and processing capacity depend on feed properties, concentration, viscosity, initial particle size, media selection, rotor configuration, cooling conditions, and operating parameters. Confirm the appropriate capacity and wetted-part configuration before ordering. Related equipment includes the XN-ISM Industrial Sand Mill, XN-PSM Pilot-Scale Sand Mill, XN-LSM-P Laboratory Nano Sand Mill, XN-MS Nano Sand Mill, and XN-VSM Ultrafine Vertical Sand Mill.
