In-situ Raman Spectroelectrochemical Cell (Gas Diffusion - Serpentine Gas Path Type) Model: C031-S

Product Description

C031-S is a premium in-situ spectroelectrochemical cell designed for studying real-time spectral and morphological changes of electrode materials during electrochemical processes. The working electrode is placed directly beneath a high-transmittance sapphire window, enabling optical systems to observe the active surface clearly.

Unlike traditional two-chamber cells, C031-S features a three-chamber design (gas, working, and counter electrode chambers) separated by user-supplied gas diffusion electrodes and ion membranes, enabling precise in-situ Raman spectroscopy of gas-involved reactions.

A serpentine gas flow field in the gas chamber significantly increases contact time between the gas and catalyst, allowing more efficient catalysis than the previous C031-3 model.

Key Features

• Advanced three-chamber structure for enhanced reaction isolation

• Serpentine gas flow design maximizes gas–catalyst contact

• Sapphire window (45 mm), <3 mm from working electrode

• Transmittance >95%, compatible with most Raman spectrometers

• Working electrode and reference electrode in the same chamber (low R_drop)

• Supports gas diffusion and planar working electrodes

• PEEK body with sapphire window for high chemical resistance

• Ag/AgCl or Ag⁺ reference electrode and graphite counter electrode included

• Platinum wire counter electrode available at no extra cost

Product Specifications