In-situ electrochemical thin-layer cell with infrared spectroscopy

This product is developed for in-situ electrochemical studies integrated with infrared spectroscopy, enabling real-time monitoring of reaction intermediates and surface processes at the electrode–electrolyte interface. Designed as a thin-layer electrolytic cell, it supports transmission and flow configurations, making it suitable for spectroelectrochemical experiments requiring precise optical access. The working electrode is user-provided, typically a conductive glass or other transparent sheet electrode, while the counter electrode is a stainless steel tube and the reference electrode is a silver chloride electrode. The assembly can be customized to accommodate specific experimental requirements, offering flexibility for advanced energy materials and analytical electrode research. Common applications include mechanistic studies of electrocatalysis, battery electrode processes, and molecular adsorption dynamics. This cell provides a reliable platform for correlating electrochemical signals with vibrational spectroscopy data in a controlled thin-layer environment.