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Split Electrochemical Flow Cell with Three-Electrode Configuration for Multifunctional (XRD+XAS+Raman) In-situ Research - SEFC-TEC-MF

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Split Electrochemical Flow Cell with Three-Electrode Configuration for Multifunctional (XRD+XAS+Raman) In-situ Research - SEFC-TEC-MF

SEFC-TEC-MF is a split electrochemical cell with three-electrode configuration for multifunctional (XRD+XAS+Raman) in-situ research, such as battery, electrocatalysis, and others. 

SPECIFICATIONS


Cell Features
  •  The cell is made of PEEK and Ti materials
  • Electrolyte will flow into the cell chamber through the reference electrode and then contacting with the working electrode, finally it flow out from the cell chamber through counter electrode for a loop
  • Standard version and gas-diffusion version are available for working electrode part. 

      

  • Pt wire and Ag/AgCl are included as counter and reference electrode, respectively. 
  • The multifunctional tests are realized by changing the observation window (Raman: quartz;  XRD: Be;  XAS: Kapton). The window is not included (Normally XAS adopts Kapton window and XRD uses Be window). 
  • Cell chamber size: 15*15*1.2mm

 

 

$1,294.30

Original: $3,698.00

-65%
Split Electrochemical Flow Cell with Three-Electrode Configuration for Multifunctional (XRD+XAS+Raman) In-situ Research - SEFC-TEC-MF—

$3,698.00

$1,294.30

Product Information

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Description

SEFC-TEC-MF is a split electrochemical cell with three-electrode configuration for multifunctional (XRD+XAS+Raman) in-situ research, such as battery, electrocatalysis, and others. 

SPECIFICATIONS


Cell Features
  •  The cell is made of PEEK and Ti materials
  • Electrolyte will flow into the cell chamber through the reference electrode and then contacting with the working electrode, finally it flow out from the cell chamber through counter electrode for a loop
  • Standard version and gas-diffusion version are available for working electrode part. 

      

  • Pt wire and Ag/AgCl are included as counter and reference electrode, respectively. 
  • The multifunctional tests are realized by changing the observation window (Raman: quartz;  XRD: Be;  XAS: Kapton). The window is not included (Normally XAS adopts Kapton window and XRD uses Be window). 
  • Cell chamber size: 15*15*1.2mm

 

 

Split Electrochemical Flow Cell with Three-Electrode Configuration for Multifunctional (XRD+XAS+Raman) In-situ Research - SEFC-TEC-MF | MTI Online Store