Electrochemistry Instruments

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Collections | Electrochemistry Set Up | Electrochemistry Supplies | Resources and Support Electrochemistry is the branch of chemistry concerned with the conversion of chemical and electrical energy through redox reactions. These are known as electrochemical reactions. Electrochemistry experiments can probe a wide range of phenomena across many fields, from biological nerve impulses and photosynthesis to industrial corrosion and geological formations. Modern electrochemistry continues to evolve, driving the development of electroanalytical sensors, high-capacity batteries, supercapacitors, and fuel cells. Furthermore, electrochemical techniques are vital for the large-scale production of aluminum, chlorine gas, and green hydrogen. There are several techniques used to investigate these underlying electrochemical processes. Potentiometry: Measures the potential difference between a working electrode and a reference electrode under conditions of under a negligible current flow to determine the activity of solutes within the electrolyte. Dynamic Techniques: These involve measuring current (I) or potential (E) as a function of time or each other. Key examples include: Voltammetry Amperometry Coulometry To gain deeper insights into a system, electrochemical measurement can be coupled with in-situ or operando techniques. These include spectroscopy (FTIR, Raman, XAS), microscopy (SEM/TEM, AFM), and diffraction (XRD). Combining multiple approaches allow researchers to observe structural and morphological changes in real-time as the electrochemical reaction proceeds. Electrochemistry Collections Electrode Collections Electrodes Electrodes Explore our wide range of high-quality electrodes. Counter Electrodes Counter Electrodes Various materials, geometries and sizes compatible with our cells. Reference Electrodes Reference Electrodes Aqueous and non-aqueous reference electrodes, plus replacement half cells. Working Electrodes Working Electrodes Various materials, geometries and