Discover the causes of potentiostat instability and oscillation, plus expert strategies to troubleshoot and stabilise your electrochemical experiments.

Choosing the right potentiostat is fundamental to the success of your electrochemistry experiments, whether you’re developing biosensors, assessing material corrosion

As the world transitions toward green energy, fuel cells—especially hydrogen-based systems—are gaining momentum as efficient and clean power sources.

Electrochemical Impedance Spectroscopy (EIS) is a powerful, non-destructive analytical technique used to study the dynamic response of electrochemical systems.

A potentiostat is the heart of most electrochemical experiments. Whether you're working on batteries, corrosion science, fuel cells, or biosensors, the potentiostat enables precise control of voltage