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 high-efficiency laboratory mixing system specifically designed for sodium-ion battery electrode slurry preparation. It integrates vacuum mixing, planetary stirring, and high-viscosity dispersion, making it ideal for advanced battery material research.

The equipment operates under a controlled vacuum environment, ensuring that the mixing process is completed without air entrapment, thereby significantly improving slurry uniformity, coating quality, and electrode compactness. With its planetary motion and dual-axis mixing structure, the system delivers excellent dispersion performance for both cathode and anode materials.

This mixer is particularly suitable for laboratory-scale R&D, formulation optimization, and small-batch testing.

Technical Specifications

Key Features

• Vacuum Mixing System
Built-in vacuum pump (up to -0.08 MPa) effectively removes bubbles and improves slurry density

• Planetary Dual-Axis Mixing Structure
Ensures thorough mixing and dispersion of high-viscosity materials

• Reverse & Forward Rotation Function
Enhances mixing efficiency and uniformity for complex slurry systems

• Multi-Segment Speed Control
Allows setting different speeds and times for up to three stages of mixing

• High-Speed Mixing Capability
Maximum speed up to 600 rpm for efficient material processing

• Compact and Laboratory-Friendly Design
Space-saving structure with stable bracket support and safe operation

Application Scenarios

This vacuum mixer is widely used in:

• Sodium-ion battery cathode and anode slurry preparation
• Lithium-ion battery material research
• Solid-state battery slurry mixing
• Ceramic and functional material dispersion
• High-viscosity paste mixing in laboratory environments

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

Get More Information About the Sodium-ion Battery Solution

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