Raman_Battery Image

Raman Battery Cell

In-situ Raman battery cell is capable of measuring the Raman spectrum of the cross-section of a battery sample. The In-situ Raman battery cell is developed for the in-situ study of the interface between layers such as anode, cathode, and separator. It is available to measure in-situ Raman not only liquid electrolyte batteries but also solid-state batteries. The product has a feature that can easily inject a liquid electrolyte and simple preparation of test samples.

Inner electrolyte dish volume 150 μL
Cell material PEEK
Corrosion resistance All metal parts are coated with platinum
Battery charge/discharge holder type M3 bolt clamping type
Battery holder material Stainless 316L
Weight of cell 150 g
Number of electrode 2 ea
Cathode/anode electrode type Banana plug (Ø 2 mm)
Sample total thickness 300 μm
Sample loading size 15 × 6 mm
Window material Sapphire
Window dimension Ø 17.5 × t 1.0
Minimum optional working distance 1 mm
Electrolyte inlet/outlet fitting 1/16" Fingertight Fitting
Peek tube 1/16"

Dimension

(Unit: mm)
Top 3D
Raman Battery Cell's dimension top view
Raman Battery Cell's dimension 3D view
Front Right
Raman Battery Cell's dimension front view
Raman Battery Cell's dimension right view