Labasics
Platinum Sheet Electrode
Platinum Sheet Electrode
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- In electrochemical research, platinum sheet electrodes find extensive usage as anode, cathode, or auxiliary electrodes
- For electrolysis of water and diverse electrochemical experiments, platinum electrodes serve as a common choice
- The platinum sheet electrode comprises a platinum sheet with 99.99% purity, a gold-plated copper rod as the terminal, and PTFE and plastic sealing rings
- Note: the platinum sheet is welded to a gold-plated copper rod, and cannot be replaced individually
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Questions & Answers
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Hello, I was wondering what the exact composition of the electrode is. Also, are the electrodes back insulated (1-side emission only), or are they double side conductive? If they are double sided, is there a way for the you to connect me with someone who can insulate 1 side? Thank you!
Dear Customer,
The electrode is composed of platinum foil, a gold-plated copper rod, and a PTFE rod. It is conductive on both sides.
If one-side conductivity is required, an insulating coating can be applied to one side of the platinum foil; however, please be aware that this may affect the electrolyte performance. This adjustment would need to be carried out by you, as we do not provide this service.
Best regards,
Labasics Team
From fundamental electrochemical studies to applied research, this platinum electrode serves a broad spectrum of applications, including voltammetry, sensor development, and material characterization.
The thin and uniform profile of the Pt Plate makes it well-suited for applications involving thin-layer electrochemical cells
The thinness of the platinum sheet contributes to enhanced sensitivity in electrochemical measurements
Designed with precision, this platinum sheet electrode features precise dimensions of 10x10x0.1 mm, providing researchers with a well-defined and consistent platform for their experiments.
Platinum's inherent resistance to corrosion makes this electrode suitable for demanding environments, ensuring stability and longevity in electrochemical experiments.