Skip to product information
Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW
  • Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW
  • Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW
  • Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW
Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW

Split Cell w/ Quartz Window for In-Situ Optical Microscope Analysis of Battery Electrode Interface - STC-PQW

SKU: stc-pqw

Price: RFQ

Specifications

 EQ-STC-PQW split test cell is made of PEEK (Poly Ether Ether Ketone) plastic and designed for R&D of rechargeable battery material. Q uartz Window with a 38.1mm Dia. on the top allows the optical microscope head touch window for in-situ analysis of battery electrode microstructure change or dendrite growth during charging and discharging. Such a cell can be used for different kinds of electrodes and separators and test the electrodes easily and quickly. SPECIFICATIONS: Cell Material PEEK (Poly Ether Ether Ketone) , which is a semicrystalline thermoplastic with excellent mechanical and chemical resistance properties that are retained to high temperatures. Features Sealed by electrolyte corrosive-proof FKM O-rings. Small enough to be put in and taken out from a glove box. Easy to separate and clean after testing. Use an optical microscope to see in-situ dendrite growth Quartz Observation Window Diameter = 38.1mm Thickness = 1.00 mm Structure and Details (Click the picture to enlarge) Drawing (Click the picture for detail) Operational Video (Click for operation video) Application Notes For better in-situ observation, electrode material shall face the window.  you may use lab press and dry pressing dies below to prepare an electrode pellet instead of using electrode coated Al or Cu foil. Optional: Purchase a vacuum pen for easy component placement. PEEK VS. TEFLON PTFE/FEP MACHINING

Cell Material
Features
  
  • Sealed by electrolyte corrosive-proof FKM O-rings.
  • Small enough to be put in and taken out from a glove box.
  • Easy to separate and clean after testing.
  • Use an optical microscope to see in-situ dendrite growth 
Quartz Observation Window
  • Diameter = 38.1mm
  • Thickness = 1.00 mm
Structure and Details   
(Click the picture to enlarge)
Drawing

  
 (Click the picture for detail)
Operational Video
    (Click for operation video)        
Application Notes
  • For better in-situ observation, electrode material shall face the window.  you may use lab press and dry pressing dies below to prepare an electrode pellet instead of using electrode coated Al or Cu foil.
  • Optional: Purchase a vacuum pen for easy component placement.
  •  
      
  • PEEK VS. TEFLON PTFE/FEP MACHINING

You might also like...