In-Situ X-ray Absorption Spectroscopy Reaction Cell (XARC) — Single-Cell

Operando electrochemistry for synchrotron XAS The In-Situ XAS Reaction Cell (XARC) — Single-Cell is a compact electrochemical reactor designed for synchrotron X-ray Absorption Spectroscopy, enabling time-resolved XANES/EXAFS measurements while the electrode is under electrochemical control. During operation, the sample at the working electrode is probed through an X-ray-transparent window, allowing researchers to track oxidation state, local coordination environment, and reaction intermediates under realistic potential and atmosphere conditions. Design and key features Built around a chemically resistant PEEK cell body , the reactor supports robust electrochemistry in challenging electrolytes and catalyst environments. Kapton film windows (user-supplied) provide high X-ray transmission while maintaining sealing integrity. Integrated gas ports allow controlled atmospheres for operando studies. Highlights Single-cell architecture for streamlined beamline setup and alignment Gas inlet/outlet ports for inert, oxidising, or reducing environments Configurable 2-electrode or 3-electrode operation Customisable working electrode geometry; reference/counter options can be matched to your system Modular build for rapid assembly, disassembly, and cleaning Customisable internal volume to suit electrolyte volume and experimental constraints Compatibility and typical use cases This cell interfaces naturally with standard potentiostats/galvanostats for precise potential/current control and can complement other operando platforms (for example, Raman spectroelectrochemistry cells or battery cyclers for correlated electrochemical–structural workflows). Common applications include electrocatalysis (OER/ORR/CO₂RR), corrosion and passivation studies, transition-metal redox tracking, and catalyst stability investigations. Why source through ScienceGears (AU/NZ) ScienceGears supports researchers across Australia and New Zealand with local technical guidance, configuration advice for beamline compatibility, and fast coordination of related electrochemistry and spectroscopy instrumentation to streamline complete operando measurement setups.