- Electrode dimension：φ9x145mm
- Electrode impedance:≤10KΩ
- Flow rate at the interface:≤0.05ml/10 min
- A solution in the salt bridge: saturated K2SO4 solution
Platinum Working Electrode CS 922
Elevate the precision of your experiments with the Platinum Working Electrode CS 922. Crafted for reliability, this electrode ensures accurate results across a variety of experimental setups, making it an essential tool for researchers and scientists.
Related products
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.
ELECTRODE POLISHING KIT (SS942)
Elevate your electrochemical experiments with our high-quality ELECTRODE POLISHING KIT (SS942). Meticulously crafted for superior electrode preparation, this kit is the ideal choice for researchers and professionals seeking reliable and polished electrodes for accurate results.
Alpha alumina powder: 0.05µm, 0.3µm, 1µm 10g for each
1 piece of Mastertex pad and a Microcloth polishing pad (Ø200mm);
Cabinet disks (4000#, Ø200mm);
2 pieces of glass plates
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.)
FLAT CORROSION CELL-DOUBLE DECK (SS936)
The SS936 flat corrosion cell gives the user a simple, easy-to-use cell for electrochemical testing of any plate specimen larger than 1 cm2. The user can disassembles and reassembles quickly and easily. Elevate your corrosion studies with our high-quality Flat Corrosion Cell-Double Deck (SS936). Meticulously crafted for superior performance, this cell is the ideal choice for researchers and professionals seeking reliability and accuracy in their corrosion experiments.
GOLD WORKING ELECTRODE (SS923)
Gold electrodes behave similarly to platinum but have limited usefulness in the positive potential range due to the oxidation of its surface. It has been very useful, however, for the preparation of modified electrodes containing surface structures known as self-assembled monolayers (SAMs). Elevate your electrochemical applications with our Gold Working Electrode (SS923). Meticulously crafted for superior performance, this electrode is the ideal choice for professionals seeking reliability and accuracy in their work.
*Size
Ø2mm
Ø3mm
ELECTROLYTIC CELL (SS935)
Elevate your electrochemical studies with our high-quality Electrolytic Cell (SS935). Meticulously crafted for superior performance, this cell is the ideal choice for researchers and professionals seeking reliability and accuracy in their experiments.
50ml, 100ml, 150ml, 250ml optional;
(not include the electrodes)
JACKETED ELECTROCHEMICAL CELL (SS931) NOT SEALED
Jacketed glass cell
Volume: 50mL, 100mL, 150ml
The temperature of the testing system can be controlled by the circulating water bath.
SS931 Jacketed glass cell (not sealed)
The system is not sealed. The holes on the Teflon cap can be customized according to each customer’s requirement. We will make holes on the cap according to electrodes to be used accordingly.
Discover versatility with our Jacketed Electrochemical Cell (SS931) without seal. Meticulously designed for various electrochemical experiments, this cell is ideal for applications where a sealed environment is not required.
