About this item

• Thin-Gap Geometry: precision ring-disk design with a glassy carbon disk, platinum ring, and narrow disk-ring gap for efficient collection of electroactive intermediates
• Collection Efficiency: calibrated 37% efficiency enables quantitative analysis of reaction intermediates for mechanistic studies
• Glassy Carbon & Platinum: glassy carbon disk provides wide potential window and chemical stability; platinum ring allows sensitive detection of generated species
• Hydrodynamic Electrochemistry: suitable for rotating ring-disk electrode experiments, including oxygen reduction, catalyst screening, kinetic analysis, and reaction pathway studies
• Threaded Interface: threaded design allows easy installation on compatible rotating electrode systems and supports routine replacement for research workflows