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Split Test Cell with Beryllium (Be) Window for In-situ XRD & XAS of Battery Electrode - STC20BEW
  • Split Test Cell with Beryllium (Be) Window for In-situ XRD & XAS of Battery Electrode - STC20BEW
Split Test Cell with Beryllium (Be) Window for In-situ XRD & XAS of Battery Electrode - STC20BEW

Split Test Cell with Beryllium (Be) Window for In-situ XRD & XAS of Battery Electrode - STC20BEW

SKU: split-test-cell-with-beryllium-be-window-for-in-situ-xrd-xas-of-battery-electrode-eq-stc-bew

Price: RFQ

Specifications

 EQ-STC-BEW split-able test cell features a 35 mm Dia. Beryllium (Be) Window which allows in-situ XRD analysis of battery material phase transitions during the charging/discharging cycles. Such a cell can accommodate various sizes (19, 20, and 24 mm diameter) of electrodes and separators. It is designed for easy & quick assembling tests of the electrode materials of rechargeable batteries. MTI has granted the patent 2016205216261 for the Split Test Cell with Beryllium (Be) Window for In-situ XRD Analysis - EQ-STC-BEW since June 2016. SPECIFICATIONS: Features Featured a Beryllium (Be) Window which is nearly transparent to X-rays. Such window is also electrically conductive and thus allows XRD in-situ analysis for electrode materials during cell charging/discharging cycles or under various temperature conditions A free stand is included for the proper height adjustment of the split cell in order to fit the best testing position. Please click the image on the left for details. (430mm to 480mm height adjustable) Electrolyte corrosive-proof PTFE Guide Sleeve capable of withstanding up to 250 ºC Sealed by electrolyte corrosion-resistant PTFE O-rings Slim design allows the operation inside of the glove box Easy to assemble, separate or clean after the completion of each experiment Same functionality as " Swagelok Coin Cell " but with more size options for electrodes Components & Materials Stainless Steel constructed body and pressing plate Beryllium (Be) Window PTFE Sleeve ( Please select the size of the PTFE sleeve I.D. at Product Options:19, 20, and 24 mm) PTFE O-rings SS Hex Screws Dimension Height: 47mm min. without load Diameter: 64mm (widest diameter without lead) Lead-exposed length: 12.6mm Beryllium (BE) Window: 35mm Dia. x 0.15mm thick Be Observation Window XRD Pattern Cell Setup Beryllium (BE) Observation Window allows the X-Ray beam penetration If customer prefer Kapton window ( especially under aqueous condition ), please order the XRD35K XRD Diffraction Angle (2θ) for 20 & 24 mm I.D. Sleeves: 5°~170° Diffraction Pattern of SiO2 (10-10) (see pic on the left, from top to bottom: SiO2 Pattern, SiO2 +) A Typical Setup of Split Test Cell with XRD device (see the picture on the left) Max. Working Temperature 250 ºC PTFE Sleeve Size Option PTFE (white) sleeve around a stainless steel pressing pad. PTFE sleeve I.D.: 19, 20, and 24 mm PTFE sleeve O.D.: 29 mm Choose one at Product Options Max. Cell Thickness Cathode + Separator + Anode: 5mm Installation and Operation Notices (click the pictures right to see the details) Assembly Instruction Application Notes For In-situ Laser Raman Spectroscopy, the typical wavelength used is ranging from ultra-violet (244 nm~364 nm) to near-infrared (785 nm~1064 nm ) . The Be observation window we used is nearly transparent in this wavelength range For better in-situ observation, electrode material shall face the window.  you may use lab press and dry pressing die below to prepare an electrode pellet instead of using electrode coated Al or Cu foil Optional: Purchase a vacuum pen for easy component placement

Features
  • Featured a Beryllium (Be) Window which is nearly transparent to X-rays. Such window is also electrically conductive and thus allows XRD in-situ analysis for electrode materials during cell charging/discharging cycles or under various temperature conditions
  • A free stand is included for the proper height adjustment of the split cell in order to fit the best testing position. Please click the image on the left for details. (430mm to 480mm height adjustable)
  • Electrolyte corrosive-proof PTFE Guide Sleeve capable of withstanding up to 250 ºC
  • Sealed by electrolyte corrosion-resistant PTFE O-rings
  • Slim design allows the operation inside of the glove box
  • Easy to assemble, separate or clean after the completion of each experiment
  • Same functionality as "Swagelok Coin Cell" but with more size options for electrodes
Components & Materials
  • Stainless Steel constructed body and pressing plate
  • Beryllium (Be) Window 
  • PTFE Sleeve (Please select the size of the PTFE sleeve I.D. at Product Options:19, 20, and 24 mm) 
  • PTFE O-rings
  • SS Hex Screws
Dimension
  • Height: 47mm min. without load
  • Diameter: 64mm (widest diameter without lead)
  • Lead-exposed length: 12.6mm
  • Beryllium (BE) Window: 35mm Dia. x 0.15mm thick              
Be Observation Window
 XRD Pattern
   Cell Setup     

  • Beryllium (BE) Observation Window allows the X-Ray beam penetration
  • If customer prefer Kapton window (especially under aqueous condition), please order the 
    XRD35K

          Kapton Film Replacement for Air-Tight Sample Holder

  • XRD Diffraction Angle (2θ) for 20 & 24 mm I.D. Sleeves: 5°~170° 
  • Diffraction Pattern of SiO2 (10-10) (see pic on the left, from top to bottom: SiO2 Pattern, SiO2 +)
  • A Typical Setup of Split Test Cell with XRD device (see the picture on the left)
Max. Working Temperature
  • 250 ºC 
PTFE Sleeve Size Option
  • PTFE (white) sleeve around a stainless steel pressing pad.
  • PTFE sleeve I.D.: 19, 20, and 24 mm
  • PTFE sleeve O.D.: 29 mm
  • Choose one at Product Options
Max. Cell Thickness
  • Cathode + Separator + Anode: 5mm
Installation and Operation Notices (click the pictures right to see the details)  

Assembly Instruction
 
Application Notes
  • For In-situ Laser Raman Spectroscopy, the typical wavelength used is ranging from ultra-violet (244 nm~364 nm) to near-infrared (785 nm~1064 nm). The Be observation window we used is nearly transparent in this wavelength range
  • For better in-situ observation, electrode material shall face the window.  you may use lab press and dry pressing die below to prepare an electrode pellet instead of using electrode coated Al or Cu foil
  • Optional: Purchase a vacuum pen for easy component placement
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