500ml Planetary Vacuum Mixer for Sodium-Ion Battery Slurry Preparation

500ml Planetary Vacuum Mixer for Sodium-Ion Battery Slurry Preparation

Product Overview

The TOB-XJB-500 Planetary Vacuum Mixer is a laboratory-scale high-performance mixing system designed for sodium-ion and lithium-ion battery slurry preparation.

It integrates planetary motion mixing, dual-axis stirring, and vacuum degassing technology, enabling efficient dispersion of high-viscosity electrode materials under a controlled vacuum environment. This significantly improves slurry uniformity, electrode density, and coating stability, making it suitable for advanced battery material research and formulation development.

The system is widely used in laboratory R&D, battery material optimization, and small-batch slurry preparation, especially for complex high-solid-content systems requiring precise dispersion control.

Technical Specifications

Working Principle

The equipment operates through a combination of planetary motion and vacuum-assisted mixing, ensuring high-efficiency material dispersion:
• Dual-axis planetary rotation ensures full-range mixing without dead zones
• Vacuum system removes trapped air and prevents bubble formation
• High-viscosity materials are uniformly dispersed under controlled shear force
• Multi-stage mixing parameters allow precise control of slurry formulation
This process ensures excellent rheology control, dispersion uniformity, and reproducibility, especially for battery electrode slurry systems used in sodium-ion and lithium-ion research.

Key Features

• Planetary Dual-Axis Mixing System
Advanced planetary motion ensures uniform dispersion of high-viscosity battery slurry materials.

• Vacuum Degassing Technology
Built-in vacuum system (up to -0.08 MPa) effectively eliminates air bubbles and improves slurry density.

• Multi-Stage Mixing Control
Programmable mixing stages allow precise control of battery slurry formulation and R&D optimization.

• High Viscosity Material Processing
Designed for complex slurry systems including electrode pastes and functional materials.

• Laboratory R&D Optimized Design
Compact structure suitable for battery research laboratories and material development centers.

Application Scenarios

The TOB-XJB-500 is widely used in:
• Sodium-ion battery electrode slurry development
• Lithium-ion battery cathode and anode research
• Solid-state battery material formulation
• High-viscosity electrode paste dispersion
• Ceramic and functional material mixing
• Laboratory-scale R&D and formulation optimization
It is particularly suitable for advanced energy storage material research and laboratory-scale process development.

Design Advantages

Compared with conventional mixers, the TOB-XJB-500 provides superior performance in high-viscosity slurry systems due to its planetary motion and vacuum operation. The ability to program multi-stage mixing processes allows researchers to precisely control dispersion behavior, making it highly suitable for process development and reproducibility studies.

Its compact size and integrated vacuum system make it especially suitable for laboratory environments and glove box applications.

Configuration Notes

PRODUCT DISPLAY

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