Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD

Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD

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Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD
  • Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD
  • Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD
Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD

Split Electrochemical Flow Cell with Three-Electrode Configuration for In-situ XRD Research - SEFC-TEC-XRD

SKU: split-electrochemical-flow-cell-with-three-electrode-configuration-for-in-situ-xrd-research-sefc-tec-xrd

Price: RFQ

Description

 SEFC-TEC-XRD is a split electrochemical flow cell with three-electrode configuration for in-situ XRD research, such as battery, electrocatalysis, and others. SPECIFICATIONS Cell Features Cell body is made of PEEK and Ti material Working electrode: 5 mm glassy carbon (other options of gold, platinum, or silver disk are also available upon request) Reference electrode of Ag/AgCl is used Inlet/outlet ports are used for electrolyte flow O-rings with excellent corrosion resistance are used for sealing Distance between working electrode and window is <6 mm Observation window material: polyimide (PI)


Cell Features
  •  Cell body is made of PEEK and Ti material 
  • Working electrode: 5 mm glassy carbon (other options of gold, platinum, or silver disk are also available upon request)
  • Reference electrode of Ag/AgCl is used
  • Inlet/outlet ports are used for electrolyte flow
  • O-rings with excellent corrosion resistance are used for sealing
  • Distance between working electrode and window is <6 mm
  • Observation window material: polyimide (PI)