Working Electrodes
אלקטרודות עבודה (Working Electrodes)
A wide range of working electrodes suitable for various electrochemical cells.
Options for platinum, gold, glassy carbon, silver, gauze, pyrolytic graphite, nickel, porous carbon, carbon paste, palladium, iron and copper electrodes.
Standard type: Standard electrodes can be used in SVC-2, SVC-3, VC-4 voltammetric cells
L type: PEEK long type with 110 mm length
S type: 3 mm outer diameter, used when measuring a small amount of sample
Mesh electrode: Bulk electrolysis etc. It can also be used as a counter electrode
∗ One O-ring is included as standard. There is also an
לקבלת ייעוץ בנוגע
לציוד לאלקטרוכימיה ולרכישה,
השאירו כאן את הפרטים:
אלקטרודות במגוון
Platinum electrodes
Feature
• Conventional electrode
• Generate hydrogen adsorption wave
• Used for H2O2 and oxidant detection
Gold electrodes
Feature
• Conventional electrode
• No hydrogen adsorption wave
• Used for thiols detection
Glassy carbon electrodes
Feature
• Conventional electrode
• Wide over-potentials for oxygen and hydrogen evolution
• Chemically stable
Glassy carbon electrodes with Teflon ring
Feature
• Conventional electrode
• Wide over-potentials for oxygen and hydrogen evolution
• Chemically stable
• Improved to facilitate the handling to obtain a chemically modified electrode
Silver electrodes
Feature
• For cyanide and sulfide detection
Gauze electrodes
Feature
• Used in bulk electrolysis analysis
Pyrolytic Graphite electrodes
Feature
• Orientated graphite electrode
• Edge or Basal, for the direction of the electrode exposure surface
• PFCE and PG has similar characteristics.
Nickel electrodes
Feature
• Detection of amino acids and carbohydrates, with the chemical modified surface
Porous carbon electrodes
Feature
- For Bulk electrolysis cell
- Pore size: 20 PPI
Carbon paste electrodes
Feature
• Mixed with chemical compound, to make modified electrodes
001010 CPO Carbon Paste Oil base is sold separately.
Note that the carbon paste is not filled up.
Palladium, Iron, Copper electrodes
Feature
• Palladium electrode: Used to study the process of adsorption and desorption of hydrogen
• Iron and Copper electrode: Used for corrosion research
