- Electrode dimension：φ9x145mm
- Electrode impedance:≤10KΩ
- Flow rate at the interface:≤0.05ml/10 min
- A solution in the salt bridge: saturated K2SO4 solution
L SHAPE GLASSY CARBON WORKING ELECTRODE (SS920L)
Glass-like carbon often called glassy carbon or vitreous carbon, is a non-graphitizing, or non-graphitizable, carbon that combines glassy and ceramic properties with those of graphite. The most important properties are high-temperature resistance, hardness (7 Mohs), low density, low electrical resistance, low friction, low thermal resistance, extreme resistance to chemical attack, and impermeability to gases and liquids.
*Size
Ø2mm
Ø3mm
Ø4mm
Diameter 3mm, 2mm, 4mm available
Applications and Specifications
Explore the versatile applications and specifications of our L Shape Glassy Carbon Working Electrode (SS920L). Designed for precision in electrochemical studies, this electrode ensures reliable and accurate results in various professional settings.
Related products
ELECTROCHEMICAL CELLS H CELLS (SS932) NOT-SEALED
SS932-2 H-cells (not sealed)
Volume: 10~500mL(each cell, the volume can be customized). 50ml most commonly chosen by customers.
PTFE cap;
Features: The two cells are separated by an ion membrane which is prepared by user. Ion membrane can be replaced quickly.
Application: different solutions in anode and cathode, and should not be mixed. Not require sealing. In the middle there should be membrane such as Nafion to avoid interference.
The customers should let us know how many electrodes to be inserted in each cell and the outer diameter of them, then we will make accordingly.
OPTO ELECTROCHEMICAL CELL QUARTZ CELL (SS933)
Enhance your research capabilities with our Opto Electro-Chemical Cell Quartz Cell (SS933). Specifically designed for combined electrochemical and optical studies, this cell ensures precision and reliability in advanced research applications.
*Size
30*30*30MM
40*40*40MM
50*50*50MM
The electrodes shown in the picture are not included in this cell.
The electrodes inserted into this cell should be advised so that we can make suitable holes on the Teflon cap.
CELL STANDS (SS940)
Enhance your laboratory convenience with our high-quality Cell Stands (SS940). Meticulously crafted for reliability, these stands are the ideal choice for researchers and professionals seeking stable support for their experimental setups.
Base: carbon steel
This cell stand matches to CS930 4-neck glass cell
(the stand does not include the cell, electrodes showing in the pic.)
MERCURY/MERCUROUS SULFATE ELECTRODE (SS903)
Elevate your electrochemical precision with our Mercury/Mercurous Sulfate Electrode (SS903). Meticulously crafted for superior performance, this electrode is the ideal choice for professionals seeking reliability and accuracy in their work.
Hg2SO4 + 2e = 2Hg + SO4 2-
E°= 0.64V vs. NHE at 25℃
Specifications
Notes
1. Please remove the cap before the first use.
2. If there are air bubbles trapped in the chamber, please swing the electrode body to remove air bubbles.
3. Please fill with saturated K2SO4 solution if the solution inside the electrode is at a low level.
4. After use, please dip the electrode into saturated K2SO4 solution.
HG/HGO REFERENCE ELECTRODE (SS902)
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Elevate your electrochemical measurements with our HG/HGO Reference Electrode (SS902). Meticulously crafted for superior performance, this electrode is the ideal choice for professionals seeking reliability and accuracy in their work.HgO + H2O + 2e = Hg + 2OH–Eo = 0.098V vs. NHE at 25℃You may freely change the solution by taking off the side cover.
GOLD MICRO ELECTRODE (SS926)
Gold electrodes are widely used in electrochemistry and electroanalytical chemistry. The notable performance when used in stripping analysis of many ionic species and the extraordinary affinity of the compounds for its surface make these electrodes very suitable for many applications. Elevate your microscale studies with our Gold Micro Electrode (SS926). Meticulously crafted for superior performance, this microelectrode is the ideal choice for professionals seeking reliability and accuracy in their microelectrode studies.
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