Description
Glassy carbon microelectrode is a specialised working electrode intended for the ElectraSyn 2.0 electrochemical synthesis system. This set comprises two glassy carbon microelectrodes for electroorganic synthesis, controlled electrolysis and related laboratory electrochemistry. Glassy carbon offers a useful combination of chemical inertness and a wide accessible potential window, making it a practical choice for many synthetic and analytical workflows on the ElectraSyn platform. The electrodes are supplied as a ready-to-use 2-piece set and are designed for straightforward integration with ElectraSyn 2.0 instrumentation from manufacturer IKA. Compact packaging and a net weight of 0,040 kg support convenient storage and handling in the laboratory. These microelectrodes suit research and development groups performing electrosynthesis, method development or teaching experiments that require durable carbon-based electrodes matched to the ElectraSyn 2.0 system. Use them where reproducible electrode geometry and material consistency are important for electrochemical transformations.
This article is part of Titrators & electrochemistry systems, in pH & electrochemistry.
Key features
- Pack size: 2 pc(s)
- Storage temperature: 5–40 °C
- Material: Glassy carbon
- Compatibility: ElectraSyn 2.0
- EAN: 4053411048419
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Questions about Microelectrode glassy carbon, Microelectrode for ElectraSyn 2.0
What is this article?
Microelectrode glassy carbon, Microelectrode for ElectraSyn 2.0 is the article on this page. Luminix Health distributes IKA for laboratory use. It sits in Titrators & electrochemistry systems, inside pH & electrochemistry, in Lab instruments.
A titrator adds a reagent and watches an electrode until an endpoint, then calculates the amount. It is a burette, a stirrer and a meter in one. The electrode and the reagent concentration still decide the result. A manual titration is the same chemistry without the automation.
A pH meter is a voltmeter on a glass electrode. The voltage tracks hydrogen-ion activity, and the electrode is converted to pH only after it is adjusted with buffers of known value. Conductivity measures how well a solution carries a current, which for dilute salts tracks concentration. Dissolved oxygen and titration are further electrodes on the same idea: a sensor, a standard, and a reading that is only as fresh as the calibration. Buffer values and chemical identity sit on PubChem. Accreditation of the calibration laboratory is the field of BELAC and EURAMET.
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