1. Pool material: borosilicate glass.
2. Configuration: electrolytic cell body, F-type air intake, salt bridge, liquid seal, polytetrafluoro plug.
3. The working electrode, auxiliary electrode and reference electrode of the electrolytic cell can be matched as needed, and the distributed electrodes must be extended.
4. This electrolytic cell is a relatively sealed electrolytic cell system and is often used in a three-electrode system. The volume of electrolytic A and cell ranges from 5ml to 500ml, and can also be customized according to requirements.
5. The electrolytic cell is 5-20 ml, and the volume can be controlled as the solution increases or decreases, does not specifically mean 5 ml or 25 ml.
6. The glass part of the electrolytic cell uses a frosted port to seal the cell and the cover by cooperating with an inverted conical polytetrafluoro lid.
7. The electrode part of the electrolytic cell is sealed on the polytetrafluoro plug, and the sealing effect is achieved by extruding the O-ring through the sealing screw.
8. The electrolytic cell is equipped with a salt bridge, which makes the reference electrode closer to the working electrode and effectively reduces the resistance value.
9. The electrolytic cell is equipped with an F-type intake air that can be ventilated up and down the liquid surface. The atmosphere is protected according to the experiment. When the experiment starts, please stop the ventilation under the liquid surface and only the ventilation on the liquid surface is retained.
10. The electrolytic cell is a relatively sealing system. If it is used with a rotating disc electrode, the sealing effect cannot be achieved. At this time, the ventilation volume on the liquid surface should be increased for atmosphere protection.
11. The electrolytic cell is divided into two forms: single layer and double layer.
12. The double layer adds a constant temperature water bath function on the single layer basis. By continuously passing circulating constant temperature water into the jacket layer of the electrolytic cell, the measured solution in the electrolytic cell achieves a constant temperature effect.
13. If the double-layer electrolytic cell needs to add a thermometer to perform temperature reading, it is necessary to add a port on the body of the electrolytic cell to turn the five-port pool into a six-port pool. An additional cost is required at this time.
14. The material of the electrolytic cell cover: polytetrafluoroethylene. The size of the cover varies according to the volume of the electrolytic cell.
15. The port diameter of the electrolytic cell is subject to corresponding constraints relative to the large platinum sheet electrode. If the platinum sheet electrode is used with a size of 20*20mm or above, the platinum sheet must be bent into a radian or a C002 straight five-port electrolytic cell is used.
