In situ Raman pressure three-electrode battery testing cell, Model: PB003-RM

In situ Raman pressure three-electrode battery testing cell, Model: PB003-RM

Regular price

Product Description

  • Built on B002-RM, this electrochemical cell adds a pressure system capable of withstanding a maximum pressure of 6MPa.
  • The in-situ Raman electrochemical cell is designed for studying real-time spectra and morphological changes of electrode materials during electrochemical experiments. 
  • The material of this electrochemical cell is high-purity titanium.
  • It features both positive and negative electrodes, isolated by a membrane (provided by the user). 
  • The electrochemical cell boasts exceptional sealing and assembly reproducibility. 
  • Load changes in this electrochemical cell can be evaluated through a spring mechanism.
  • By connecting to a charging/discharge device, the electrochemical cell is suitable for a wide range of battery cycling tests and characteristic assessments. 
  • A simple screw tightening is all it takes to use this electrochemical cell; an O-ring with outstanding chemical resistance ensures airtightness.
  • Post-assembly within a glovebox, the electrochemical cell is usable outdoors. 
  • Easily disassembled, this electrochemical cell allows for the safe removal of samples after charging/discharge tests without damaging them.
  • This electrochemical cell can be swiftly assembled and disassembled, simplifying cleaning.
  • The distance between the working electrode and the optical window of the electrochemical cell is <2mm. 
  • The optical window diameter of the electrochemical cell is 8mm. 
  • Dimensions of the electrochemical cell: 50mm (length) x 50mm (width) x 24mm (height).

    Please contact us if more information is required. 

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