Products Description
Two electrode and three electrode lithium battery in-situ XRD split test cell analysis for lithium battery material research.
Technical Parameters
| Model:XW-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:XW-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 |
