Precision nanomaterial processing forms the foundation of advanced battery technologies. Infor Machinery's Laboratory Nano Sand Mill Series delivers industrial-grade performance at R&D scale, providing researchers with reliable tools to innovate lithium-ion, sodium-ion, and solid-state battery materials.
Particle uniformity directly determines battery performance characteristics. Our Laboratory Nano Sand Mill Series achieves exceptional control over nanomaterial processing through:
All-Ceramic Grinding Chambers: Eliminates metallic contamination critical for battery applications
Proprietary Disperser Designs: Enables precise particle size distribution from 50nm to 500nm
Advanced Cooling System: Maintains optimal processing temperatures during extended runs
Intelligent Control Interface: Simplifies parameter adjustments and recipe management
The series' modular design accommodates various battery material types including cathode powders, anode slurries, and conductive additives.
A key challenge in battery development lies in scaling laboratory formulations to full production. Infor's Laboratory Nano Sand Mill Series provides:
| Capability | Research Benefit | Production Advantage |
|---|---|---|
| Identical Hydrodynamics | Reliable small-batch results | Direct scale-up to production mills |
| Material Process Control | Precise parameter optimization | Seamless technology transfer |
| Contamination Prevention | Pure material characterization | Consistent quality outcomes |
| Flexible Configuration | Rapid formulation testing | Reduced pilot plant iterations |
The series currently serves over 50 research institutions and battery manufacturers worldwide, accelerating their material development cycles.
Our laboratory solutions offer tailored configurations for diverse battery material requirements:
Mechanical Specifications:
Grinding chamber volumes from 100ml to 300ml
Throughput capacities of 0.5-8kg/h depending on model
Permanent magnet motor systems (0.75-2.2kW)
Compact footprints (0.8-1.2m²)
Material Processing Features:
Double mechanical seal system prevents leakage
Turbine/rod pin disperser options
Dual-layer cooling jacket design
PLC-controlled operation with data logging
Battery-Specific Configurations:
Inert gas options for sensitive materials
Corrosion-resistant variants for slurry processing
High-viscosity models for binder systems
Cleanroom-compatible editions
Infor Machinery brings demonstrated expertise to battery material processing:
Specialized Experience: Years of focused work with leading battery manufacturers
Technical Support: Comprehensive assistance from installation to optimization
Quality Assurance: Rigorous testing protocols meeting international standards
Continuous Innovation: Regular updates incorporating user feedback
Our installed base spans research centers in Japan, South Korea, the United States, and Southeast Asia, supporting advancements across the battery technology spectrum.
From fundamental research to pre-production validation, Infor Machinery's Laboratory Nano Sand Mill Series provides battery developers with robust, scalable nanotechnology tools. Our solutions combine precision engineering with practical functionality to accelerate the development of higher-performance, safer battery systems.