Solid electrolyte analysis system

Definition and use:

Solid electrolyte analysis system is a multifunctional test system integrating tablet, test and calculation, which is mainly used to measure the ion conductivity, electrochemical stability and other key properties of solid electrolyte materials. The system is widely used in materials science, energy technology, sensor development and other fields, providing important data support for researchers and helping to promote the development of solid electrolyte materials and related technologies.

How it works:

The solid electrolyte analysis system uses advanced detection technology, such as AC positive reactance spectrum, conductivity measurement, etc., to accurately analyze the solid electrolyte. These techniques enable the assessment of key parameters such as ionic conductivity, electrochemical window, and compatibility with other materials of solid electrolytes.

System composition:

Solid electrolyte analysis systems typically incorporate the following modules:

Pressurization module: Used to apply pressure to a solid electrolyte sample to simulate the pressure conditions in the actual use environment.

Electrochemical test module: used to measure the electrochemical properties of solid electrolytes, such as ionic conductivity, electronic conductivity, etc

Density measurement module: Used to assess the density of a solid electrolyte sample to understand the tightness of its internal structure.

Ceramic Sheet pressing and clamping module: For preparing and clamping solid electrolyte ceramic sheet samples for subsequent testing and analysis.

Main features:

High precision measurement: The solid electrolyte analysis system uses high precision sensors and control systems to achieve accurate measurement of solid electrolyte properties:

Multifunctional: The system integrates tablet pressing, testing and calculation, and can automatically complete the whole process from sample preparation to data analysis.

Wide range of applications: suitable for oxides, sulfides, polymers and other solid electrolyte testing and analysis.

Easy to operate and maintain: the operation interface of the system is simple and clear, and users are easy to operate; At the same time, the system maintenance is relatively simple and convenient.