Electrolyte Diffusion & Degassing Chamber for Professional Li-on Battery Research

Electrolyte Diffusion & Degassing Chamber for Professional Li-on Battery Research TMAX-JZ200 electrolyte diffusion & degassing chamber is specifically designed for professional Li-ion Battery Research. It is mainly used for removing air from the electrolyteafter it's been injected into the polymer Li-ion cell or after the formation for final sealing under a vacuumed condition. It is easy to operate and suitable for all types of batteries(especially soft bag battery and cylinder battery). Unique periods of vacuum control system allows electrolyte to thoroughly saturate the electrodes to ensure the best battery charging-discharging performance.

Electrolyte Diffusion & Degassing Chamber for Pouch Cell Battery Research

Electrolyte Diffusion & Degassing Chamber for Pouch Cell  Battery Research TMAX-YXY-ZKJZ electrolyte diffusion & degassing chamber is specifically designed for professional Li-ion Battery Research. It is mainly used for removing air from the electrolyteafter it's been injected into the polymer Li-ion cell or after the formation for final sealing under a vacuumed condition. It is easy to operate and suitable for all types of batteries(especially soft bag battery and cylinder battery). Unique periods of vacuum control system allows electrolyte to thoroughly saturate the electrodes to ensure the best battery charging-discharging performance.  

Li-ion Battery Electrolyte Diffusion & Degassing Chamber

Electrolyte Diffusion & Degassing Chamber for Professional Li-on Battery Research TMAX-JZ200 electrolyte diffusion & degassing chamber is specifically designed for professional Li-ion Battery Research. It is mainly used for removing air from the electrolyteafter it's been injected into the polymer Li-ion cell or after the formation for final sealing under a vacuumed condition. It is easy to operate and suitable for all types of batteries(especially soft bag battery and cylinder battery). Unique periods of vacuum control system allows electrolyte to thoroughly saturate the electrodes to ensure the best battery charging-discharging performance.