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Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
  • Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC
Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC

Pressure Controlled Split Pouch Cell for Both Solid/Liquid-State Battery Research - PSPC

SKU: pspc

Price: RFQ

Specifications

 EQ-PSPC is a split-able pouch cell with applied pressure up to 10 MPa, which is designed for researching the effect of pressure on solid/liquid state battery performance. It can also be used to make solid-state pouch cells via a compressing jig. It can be customized into various sizes upon request. MTI has been granted the patent 2016205320316 for the Pressure Controlled Split Pouch Cells - EQ-PSPC since June 2016. SPECIFICATIONS Structure & Material Pushing plates (top and bottom) are made of stainless steel. (Gold plating is available upon request at extra cost) The pouch cell frame is made of Nylon. (Pic.2) Configuration 1 : One stainless steel spring plate is included for single layer pouch cell assembling.(Pic.4) Configuration 2 : split-able pouch cell with rubber spacer plate is available on the option bar. (Pic.3&4)Optional mechanical jig fixture and spacer are available from Product Options for sealing the O-rings and applying pressure to the battery assembly Pic.1 Pic.2 Pic.3 Pic.4 Instruction How to Use Simply put electrode, separator, and electrolyte materials into the split cell with no screws required. Place the split cell into a mechanical jig fixture to apply pressure without crimping and seal the O-rings. Please select from the Product Options (Pic.1) Connect current leads to a battery analyzer for testing the assembled pouch cell You may choose a hydraulic press (Pic. 2) or a digital press (Pic. 3 ) to apply pressure by clicking pics below Pic.1 Pic.2 Pic.3 Pic.4 Max. Working Pressure 20 MPa for Peek materials 10 MPa for Nylon materials Dimensions 80L x 66W x 29H (mm) cell interior: 58L x 45W x 4H (mm)

Structure & Material
  • Pushing plates (top and bottom) are made of stainless steel. (Gold plating is available upon request at extra cost)
    The pouch cell frame is made of Nylon. (Pic.2)
  • Configuration 1: One stainless steel spring plate is included for single layer pouch cell assembling.(Pic.4)
  • Configuration 2: split-able pouch cell with rubber spacer plate is available on the option bar. (Pic.3&4)Optional mechanical jig fixture and spacer are available from Product Options for sealing the O-rings and applying pressure to the battery assembly
    Pic.1      Pic.2                                  Pic.3      Pic.4

Instruction How to Use
  • Simply put electrode, separator, and electrolyte materials into the split cell with no screws required.
  • Place the split cell into a mechanical jig fixture to apply pressure without crimping and seal the O-rings. Please select from the Product Options (Pic.1)
  • Connect current leads to a battery analyzer for testing the assembled pouch cell
  • You may choose a hydraulic press (Pic. 2) or a digital press (Pic. 3 ) to apply pressure by clicking pics below
  • Pic.1     Pic.2 
    Pic.3   Pic.4
Max. Working Pressure
  • 20 MPa for Peek materials
  • 10 MPa for Nylon materials
Dimensions
 80L x 66W x 29H (mm) 
cell interior: 58L x 45W x 4H (mm)

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