E3 Series Rotating Disk Electrode, Glassy Carbon (GC)
The E3 rotating disk electrode (RDE) tip is one of our most-popular series of RDEs. Simply screw the tip onto the shaft and you are ready to use it for rotating disk experiments. The E3 series are versatile because you can have many tips, of different disk and shroud materials, that interface to one RDE shaft, such as the Standard RDE shaft, compatible with the MSR Rotator family instruments. The disk electrode is permanently sealed within the insulating shroud material. These electrodes are precision machined and can enjoy a long life if used and cared for properly. Pine Research offers many disk materials and are available in PTFE and PEEK shrouds. Nobody else has a selection of RDEs like Pine Research.
The E3 rotating disk electrode (RDE) tip is one of our most-popular series of RDEs. Simply screw the tip onto the shaft and you are ready to use it for rotating disk experiments. The E3 series are versatile because you can have many tips, of different disk and shroud materials, that interface to one RDE shaft, such as the Standard RDE shaft, compatible with the MSR Rotator family instruments. The disk electrode is permanently sealed within the insulating shroud material. These electrodes are precision machined and can enjoy a long life if used and cared for properly. Pine Research offers many disk materials and are available in PTFE and PEEK shrouds. Nobody else has a selection of RDEs like Pine Research.
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All rotating electrodes, including RDE, RRDE, and RCE, have an assigned maximum rotation rate. The maximum rotation rate is specific to each electrode series. Do not exceed the maximum rotation rate when working with rotating electrodes.
This product is only compatible with the ASR (AFASR), MSRX (AFMSRX), MSRCE (AFMSRCE), MSR evo (AFMSR24A1), and CPR (AFCPRB1/AFCPRB1E) electrode rotators.
Electrode damage may occur at temperatures beyond recommended range. This range is provided for electrodes with PTFE or PCTFE shrouds.
- Bettini et al. Photoinduced and Electrochemical Applications of Carbon-Based Nanoparticles from Spent Coffee Grounds. The Journal of Physical Chemistry C, 2024, 128, 6180-6188.
- Chang et al. Revealing the Structural Transformation of Rutile RuO2 via In-Situ X-ray Absorption Spectroscopy during Oxygen Evolution Reaction. Dalton Transactions, 2019, 48, 7122-71129.
