Stirred Ball Mill for Laboratory Material Research

 Products Description 

Ⅰ. Technical Overview
The Stirring Ball Mill system incorporates precision-engineered components including:

• Vertical grinding chamber with micro-grinding media
• High-torque agitation mechanism
• Advanced auxiliary modules (recirculation, cryogenic cooling, digital control)

This Laboratory Stirring Ball Mill achieves micron-scale refinement (D90 ≤5μm) with 40% higher energy efficiency than conventional systems. Specifically designed for R&D applications in:

• Advanced material synthesis
• Nanocomposite development
• Functional coating research

Key Advantages

• Compact footprint (450×350×600mm)
• Low power consumption (≤1.5kW)
• Multi-material compatibility

Ⅱ. Operational Dynamics
The Stirring Mill mechanism employs three-dimensional media movement through:

1. High-speed rotational agitation (200-2000rpm)
2. Chaotic media trajectory generation
3. Multi-force interaction:
   • Impact collision (≤15G acceleration)
   • Shear deformation
   • Compressive friction

Particle refinement precision is controlled through:

d ∝ (1/√(E·t)) × (Dm/η)  

Where:
d = Final particle size
E = Energy density (kW/m³)
t = Retention time
Dm = Media diameter
η = Viscosity factor

Ⅲ. Technical Superiority

1. Energy Optimization

• 85%+ energy utilization rate
• 0.3kW·h/kg specific consumption

2. Precision Control

• Adjustable retention time (5-180min)
• Real-time particle monitoring

3. Advanced Configuration

• Vibration-damped structure (<60dB)
• Multi-layer thermal management

4. Process Flexibility

• Continuous/intermittent operation modes
• Customizable media combinations:
  • Zirconia (0.1-3mm)
  • Polyurethane (0.5-5mm)

5. Smart Control

• PID temperature regulation (±1°C)
• Programmable speed curves

 Technical Parameters