• Easy assembling by only four cap mounting screws
• Easy to separate after test for microstructure analysis
• Space saving, compact design allows you put it into the glove box

• Nylon or PEEK (Poly Ether Ketone) selectable from product options bar
• Body: Electrolyte corrosive-proof Nylon which can sustain with temperature up to 80ºC and O-ring: Sealed by electrolyte corrosive-proof PTFE O-rings
• Body: PEEK (Poly Ether Ketone), which is a semicrystalline thermoplastic with excellent mechanical and chemical resistance properties that are retained to high temperatures and O-ring: Sealed by electrolyte corrosive-proof FKM O-rings

EQ-SPC-654519

EQ-SPC-804019

EQ-SPC-955208

• 65 mm H x 45mm W x19 mm Thick
• 

• 80 mm H x 40mm W x 19 mm Thick

• 95 mm H x 52mm W x 8 mm Thick
•  

• 305 mm H x 295.5 mm W x 25.4 mm Thick  
•    

• 60mm H x 40 mm

• 75 mm H x 35 mm

• 80mm H x 50mm 

• 300mm H x 395mm 

• 89 mm H x 75 mm W x 53 mm Thick

• 93 mm H x 85 mm W x 55 mm Thick

• 120mm H x 85 mm W x 40mm Thick
• 

• 317.5 mm H x 323 mm W x 86 mm Thick  

• One digital pressure gauge installed on top to monitor pressure. You may remove the gauge and use 1/4 female port to inject electrolyte into the pouch cell
• Two stainless steel contacts to connect anode and cathode by the screw
• Max. working temperature: 80°C for Nylon, and 120°C for PEEK
• Max. working pressure: 36psi (0.25MPa) for Nylon and 60psi (0.4Mpa) for PEEK
• 

• In order to make metal air pouch cell, you can drill holes in the case. We can help you do that at extra cost
• You may use MTI die cutter to prepare electrode via layer by layer or make winding type pouch cell electrode (click picture below to see the machine)
• You may need an ultrasonic welder to welding electrode tape to connect to the split cell

                                               
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