High-End Split Cell for Operando Raman Characterization of Battery System, CBSORCHESC

For operando Raman split cell batteries, the setup is more physically robust than a standard coin cell to support a transparent window (typically quartz or sapphire) and to fit under a Raman microscope objective. The "split" design allows you to assemble the battery, cycle it, and then easily disassemble it for post-mortem cleaning.

Part Number	CBSORCHESC (C-BS-ORC-HESC)
Structure/Components	Cell Body: Pure Ti Spring: to adjust the compression on electrodes Distance between working electrode and optical window<2 mm. Configuration: Two electrode or three-electrode In three-electrode system, glass carbon attached Li foil will be used as reference electrode for non-aqueous battery characterization. In three-electrode system, Ag/AgCl will be used as reference electrode for aqueous battery characterization.
Cell Sizes	Optical Window Size: 8 mm Whole Cell Size: L50mm * W50mm * H20mm
Customized Option	For the two electrode Raman cell, the high-pressure system (~6 MPa) can be integrated for studying the gas pressure effect on battery performance or metal-gas battery system.           For the three electrode Raman cell, the high-pressure system (~6 MPa) can be integrated for studying the gas pressure effect on battery performance or metal-gas battery system.
Note	The cell components should be thoroughly cleaned and dried after use.