Three Electrode in-Situ Raman Lithium Battery Test Cell

• Customization: Available
• Type: Electrode, Electrode
• Cooling System: Air, Air
• Model NO.: TOB-B002-RM2(RM3)
• Function: Testing
• Transport Package: Standard Packaging
• Specification: Two/Three Electrode
• Trademark: TOB
• Origin: China
• Production Capacity: 10000pieces/Year

Product Description

Two/Three Electrode In-Situ Raman Lithium Battery Test Cell

Model:TOB-B002-RM2 enhanced model

In-situ Raman lithium battery test cell - two electrode system
Cell body material: high purity titanium
Distance between working electrode and optical window:<2mm
Optical window diameter: 8mm
Cell body size: 50*50*20mm
This electrochemical cell adds in situ Raman test function
based on B002-1 model.
In situ Raman electrochemical cell is designed to study the change of in situ spectra and morphology of electrode materials in electrochemical experiments
The material of this electrochemical cell is high purity titanium
The cell has cathode and anode side and is isolated by a membrane (user-provided)
The electrochemical cell has excellent tightness and assembly reproducibility
The electrochemical cell can be evaluated by changing the load with a spring
The electrochemical cell can be used in a wide range of battery cycle tests and characteristic tests by connecting to a charging/discharging device
The electrochemical cell ensures air tightness using a o ring with excellent chemical corrosion resistance by tightening screws
The electrochemical cell can be used in the open air after assembled in glove box
The electrochemical cell is easy to disassemble and can be removed after charging/discharge test without damaging the sample
This electrochemical cell can be quickly assembled and disassembled ,easy to clean

Model:TOB-B002-RM3 enhanced model

In-situ Raman lithium battery test cell - three electrode system
Cell body material: high purity titanium
Distance between working electrode and optical window:<2mm
Optical window diameter: 8mm
Cell body size: 50*50*20mm

TOB-B002-RM2 enhanced model

 

TOB-B002-RM3 enhanced model