A rotating ring-disk electrode (RRDE) workstation is an electrochemical instrument used to study electrochemical reactions, specifically focusing on the products generated at a disk electrode and their subsequent reactions at a surrounding ring electrode. By rotating the disk, the solution flows, bringing the products to the ring electrode, allowing for the analysis of reaction mechanisms and kinetics.
A rotating ring-disk electrode (RRDE) workstation is an electrochemical instrument used to study electrochemical reactions, specifically focusing on the products generated at a disk electrode and their subsequent reactions at a surrounding ring electrode. By rotating the disk, the solution flows, bringing the products to the ring electrode, allowing for the analysis of reaction mechanisms and kinetics.
| Rotation Speed | 0-10850rpm, Motor Power 20W, Environmentally friendly silver carbon brush contact connection |
| Control System | Detachable structure with signal input interface can control the speed through the electrochemical workstation |
| Explosion Proof design | The latest explosion - proof design, to ensure the safety of people and equipment |
| Rotating rod | Length : 170mm, Outer diameter: 15mm, suitable for all kinds of electrolytic cells, easy to combine with other instruments |
| disk electrode | External thread design for better contact and stable signal transmission |
| disk electrode size | Disk diameter: 5.0mm, electrode diameter: 15mm |
| Disk Ring Electrode size | External thread design for better contact and stable signal transmission |
| Electrolytic Cell | Disk diameter: 5.61mm, ring inner diameter: 6.25mm, ring outer diameter: 7.92mm, disk -ring gap ≤320µm |
| Inert gas flow meters | Adjustment of inert gas purge in the electrolytic cell |
| Oxygen flow meters | Oxygen saturation by regulating the passage of oxygen into the electrolyte |
| Workstation Speed Control | The rotational speed can be set and controlled from the electrochemical workstation and is compatiable with all major electrochemical workstations |
| Cope of application | Can be used for hydrogen fuel cell catalyst research and evaluation; lithium-air battery electrochemical kinetics research; oRR; OER; HER; Co2RR; Corrosion inhibitor evaluation and research; Corrosion Potential study of metal materials, etc. |
