CR2032 Case with One Side Kapton Window (10mm) for In-situ X- Ray Analysis - 5 set/pack-CR2032KAP
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CR2032 Case with One Side Kapton Window (10mm) for In-situ X- Ray Analysis - 5 set/pack-CR2032KAP

CR2032 Case with One Side Kapton Window (10mm) for In-situ X- Ray Analysis - 5 set/pack-CR2032KAP

$125.00
CR2032 Case with One Side Kapton Window (10mm) for In-situ X- Ray Analysis - 5 set/pack-CR2032KAP—
$125.00

The Story


EQ-CR2032-Kapton are special CR-2032 coin cell cases with 10mm Kapton windows (5 set/pack). The window is designed for in-situ X-Ray analysis of battery material phase variations during charging and discharging.
  • 5 set of CR2032 casing per package
  • Kapton window for X-Ray beam penetration.
  • PP (Polypropylene) sealing O-ring.
  • Compatible with MTI's MSK-110 crimper


Specifications
Kapton window thickness 0.18mm
Coating The positive side of the casing is coated with aluminum
Al coating thickness < 0.01mm
Cell Assembling Structure & Instruction Manual
Application note
  • In order to reduce X-ray photons loss and get high resolution of X-ray signal for battery, please use carbon-based substrate as current collector instead of Al or Cu foil.
            
 

  • You may use lab press and dry pressing die below to prepare an electrode pellet instead of using electrode coated Al or Cu foil.

           

      

 

CR2032 Case with One Side Kapton Window (10mm) for In-situ X- Ray Analysis - 5 set/pack-CR2032KAP - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description


EQ-CR2032-Kapton are special CR-2032 coin cell cases with 10mm Kapton windows (5 set/pack). The window is designed for in-situ X-Ray analysis of battery material phase variations during charging and discharging.
  • 5 set of CR2032 casing per package
  • Kapton window for X-Ray beam penetration.
  • PP (Polypropylene) sealing O-ring.
  • Compatible with MTI's MSK-110 crimper


Specifications
Kapton window thickness 0.18mm
Coating The positive side of the casing is coated with aluminum
Al coating thickness < 0.01mm
Cell Assembling Structure & Instruction Manual
Application note
  • In order to reduce X-ray photons loss and get high resolution of X-ray signal for battery, please use carbon-based substrate as current collector instead of Al or Cu foil.
            
 

  • You may use lab press and dry pressing die below to prepare an electrode pellet instead of using electrode coated Al or Cu foil.