Menu
Your Cart
In-situ Raman gas diffusion H-type electrolytic cell

In-situ Raman gas diffusion H-type electrolytic cell

Product Description


The in-situ electrochemical cell is designed to study the in-situ spectrum and morphology changes of electrode materials in electrochemical experiments. Therefore, the working electrode (WE) is placed directly below the see-through window. So that the optical instrument can "see" the working electrode from the quartz window on the surface. The maximum diameter of the working electrode is 10mm. The test cell is equipped with a reference electrode and a contrast electrode, which can be used for 3-electrode experiments.


Features


1. The electrochemical cell is improved on the basis of C031-2, adding gas diffusion function

2. The main body of the electrochemical cell is made of PEEK

3. The cathode chamber (working electrode) and anode chamber (contrast electrode) of the electrochemical cell are separated by ionic membrane (user-provided), and the two chambers are sealed and connected with screws to facilitate the replacement of the diaphragm.

4. The electrochemical cell effectively avoids the influence of the anode on the cathode

5. The electrochemical cell adds a gas diffusion chamber under the cathode chamber so that the electrochemical cell has a gas diffusion function

6. The reference electrode of the electrochemical cell and the working electrode are in the same room, which effectively reduces the R drop.

7. The reference electrode of the electrochemical cell is a silver silver chloride electrode (or a silver-silver ion electrode). 8. The reference electrode of the electrochemical cell is a platinum column electrode with a diameter of 1 mm.

9. The working electrode of the electrochemical cell is a sheet electrode (gold sheet, platinum sheet, glassy carbon sheet, ITO, FTO, carbon paper, etc.)

10. The electrochemical cell can be simply filled with electrolyte by injection.

11. The electrochemical cell can be quickly assembled and disassembled for easy cleaning.

12. The distance between the working electrode of the electrochemical cell and the light window: <6mm

13. The electrochemical cell light window diameter: 37mm

Product Inquiry

Product Inquiry

Captcha