From Sample to Solution – Simple & Fast
Cyclic Voltammetry (CV)
Researchers, do you face problems? like,
Materials fail unexpectedly because of their unknown redox behaviour
Energy devices suffer from sudden breakdown due to a narrow or unstable electrochemical stability window.
Rechargeable systems lose efficiency because reactions become irreversible over repeated operation.
Improper identification of oxidation and reduction potentials causes operational inefficiency and safety risks.
Active materials degrade during repeated cycling, shortening device lifespan.
Electrocatalysts exhibit low activity, leading to inefficient hydrogen production, oxygen evolution, or fuel cell performance.
Solution:
Cyclic Voltammetry (CV) provides a powerful solution by revealing redox behaviour, reaction reversibility, electron transfer kinetics, stability limits, and catalytic activity, allowing materials and devices to be optimized before real-world failure occurs.
Core Technical Parameters of CV
CV Capabilities with Admiral Instruments Squidstat Plus
Using the Squidstat series, advanced CV measurements can be performed with high precision and flexibility:
Wide Potential Range: Suitable for aqueous and non-aqueous systems.
High Current Sensitivity: From the low nA/pA range to high current applications, depending on the model.
High Scan Rate Capability: Enables fast kinetic studies and the analysis of transient electrochemical behaviour.
Low Noise & High Resolution: Ensures accurate peak identification and reliable kinetic analysis.
IR Compensation: Minimizes solution resistance effects for accurate potential control.
Software-Controlled Waveform Programming: Customizable potential sweeps, multi-segment CV, and automated cycling.
Data Export & Advanced Analysis: Supports detailed post processing and modeling.
Send your samples to us for advanced Cyclic Voltammetry testing and receive detailed, actionable insights to accelerate your development process.