• Easy cell assembling by "thread-in" the bottom contacting plate and top plunger into the PTFE sleeve.
• The air-tight design ensures zero electrolyte leakage.
• A vacuum port is available on the top side for better electrolyte injection under vacuum, which can improve electrolyte wettability on electrodes. 
• The I.D. of the outlet port is around 3.3 mm, which is compatible with a O.D.1/8" tubing for connect wit GC-MS for in-situ analysis.
• Easy to separate and clean after use
• Same functionality as the "Swagelok Type Cell" with various size options (standard size of 1" * 1").
• O-ring is a kind of FKM with partial fluorination, which has a good anti-corrosion property in regular battery electrolytes. 
• Metal terminals are easily connected with the clips of MTI battery analyzers for performance tests. 
• O-ring is made of fluorine rubber to ensure no liquid electrolyte leaking

• The anode, separator, and cathode are required to be inserted into the split pouch cell
• Anode electrode size: L25.4 mm x W 25.4 mm
• Separator cutting die: L28.4 mm x W 28.4 mm ( Must cut thin separator with paper )
• Cathode Die (mm): L25.4 mm x W are requied25.4 mm
• You may click the picture left (Pic. 1) to order one set of die cutters to make the electrode.
• Electrodes shall be cleaned by UV-Oz cleaner ( Pic left 2)

• Digital Press (eg: YLJ-01TA, YLJ-5TA) can be used to apply accurate force on split cell

• Max. total thickness of theelectrode/separator inserted into the cell is up to 6mm

Tighten pressure

• You may order a digital torque screwdriver to tighten the screw and keep the pressure constant
• It is available from Amazon and local hardware store