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Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1
  • Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1
  • Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1
  • Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1
  • Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1
Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1

Mechanical Jig Fixture for Solid State Cell or Flow Cell - JIG-1

SKU: jig-1

Price: RFQ

Specifications

 EQ-JIG-1 is a mechanical jig designed for tightening split solid-state battery or flow cell for research. Please view "J. Electrochem. Soc.-2013-Piper-A77-81" published by Journal of The Electrochemical Society, 160 (1) A77-A81 (2013) for reference. SPECIFICATIONS Structure & Material The Jis is made of Stainless steel, dimension below (split cell is not included) Central space is 90mm L x 70W mm x 150 mm H Customized size is available upon request with min. 4 sets order Max. Working Pressure 100 Mpa Please use the torque wrench to tighten the screw and control max. pressure You may put a load sensor between two plates to measure load force accurately (tight by a wrench Application Note You can place any MTI split cell for SSB (< 65x80 mm area x 90 mm H) into the center of the jig, and tighten the screw by Manual torque wrench You may use the fixture to measure solid-state battery's thermal expansion during charging and discharging combining a precision thickness checker (click PIC 1) You may use the device to measure SSB max. expansion pressure by adding dead weight pieces (PIC 2), e.g adding dead weight until SSB no expansion If you have enough budget, you may consider using a gas compressive press instead of the manual jig (PIC 3)

Structure & Material
  • The Jis is made of Stainless steel, dimension below (split cell is not included)
  • Central space is 90mm L x 70W mm x 150 mm H
  • Customized size is available upon request with min. 4 sets order
  •   
Max. Working Pressure 
  • 100 Mpa
  • Please use the torque wrench to tighten the screw and control max. pressure
  • You may put a load sensor between two plates to measure load force accurately (tight by a wrench
  •              
Application Note
  • You can place any MTI split cell for SSB (< 65x80 mm area x 90 mm H) into the center of the jig, and tighten the screw by Manual torque wrench 
  • You may use the fixture to measure solid-state battery's thermal expansion during charging and discharging combining a precision thickness checker (click PIC 1)
  • You may use the device to measure SSB max. expansion pressure by adding dead weight pieces (PIC 2), e.g adding dead weight until SSB no expansion 
  • If you have enough budget, you may consider using a gas compressive press instead of the manual jig (PIC 3)
  •                

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