Designed for gas-tight experiments and high-precision electrochemical measurements. Durable structure with customizable electrode ports to fit your research needs.
Electrodes define where electrochemical reactions occur and how potential and current are controlled. Understanding the roles and interactions of the working electrode (WE), reference electrode (RE), and counter electrode (CE) is essential for designing reliable and reproducible experiments.
This section covers the fundamental principles of electrode systems, including 2-electrode vs 3-electrode configurations, potential control logic, current pathways, and how electrode selection influences stability, accuracy, and data interpretation. Whether you are studying reaction mechanisms, evaluating catalysts, or troubleshooting unstable CV/EIS results, a solid grasp of electrode fundamentals is the foundation of trustworthy electrochemical measurements.
This guide explains common causes of unstable electrochemical data, including electrode contamination, wiring issues, electrolyte problems, and improper experimental configurations in electrochemical systems.
Learn how to properly polish and prepare electrochemical electrodes for accurate and reproducible measurements. This practical guide covers electrode surface preparation methods, polishing materials, cleaning steps, and best practices for glassy carbon, gold, and platinum electrodes used in electrochemistry experiments.
