As demonstrated in section 3.3, significant interactions occur between the electrolyte and electrode materials during recycling. In this section, a systematic comparison of pristine and recycled electrolyte and electrode materials is conducted to evaluate the impact of these interactions on electrochemical properties. Electrochemical impedance spectroscopy was employed to analyze all electrolyte materials, while galvanostatic cycling, rate capability studies, and cyclic voltammetry were performed on the electrode materials to assess variations in electrochemical performance. The ionic conductivity of pristine Li3InCl6, as determined from the fitting, is 9.68 x10 -4 Scm -1 , which is slightly lower than the previously reported value of 2.05 x 10 -3 Scm -1 8 . This difference in ionic conductivity can be attributed to factors such as variations in powder and pellet preparation , morphology , pressing conditions, and slight atmospheric differences within gloveboxes . However, these variations do not result in a significant discrepancy. More notable may be potential relative changes in ionic conductivity that may arise due to the recycling process.