Technical parameters: 1. Pool material: high borosilicate glass 2. The atmosphere protection is realized by adding valves and aeration devices. 3. The electrolytic cell is an absolute sealing system, which can be vacuumed through the valve (less than 1MPa). The electrolytic cell can be slightly pressurized, and the pressure should not be greater than 0.5MPa for safety 4. The electrode of the cell must be customized to match the cell. 5. The reference electrode and working electrode of the electrolytic cell are separated into chambers, which are connected by lugin capillary, which can effectively reduce R drop. 6. The aperture of the Rujin capillary extending into the tip of the working electrode chamber should not be greater than 0.2mm 7. Agar can be added into the lugin capillary to reduce the flow rate of electrolyte. 8. The reference electrode chamber of the electrolytic cell is sealed with internal thread, which must be sealed during use, so as to effectively avoid the leakage of liquid between the reference electrode chamber and the working electrode chamber due to the connective effect 9. The cell is often used in three electrode system and can be customized according to requirements 10. The electrolytic cell is an absolutely sealed electrolytic cell system. The cathode chamber and anode chamber are separated by ion-exchange membrane, and the two chambers are sealed by chain to facilitate the replacement of diaphragm 11. The inner core of the cell adopts 360 degree rotating polytetrafluoroethylene to make the electrode correspond to the channel accurately (generally, the electrode is parallel to the membrane)
Technical parameters: 1. Pool material: high borosilicate glass 2. The atmosphere protection is realized by adding valves and aeration devices. 3. The electrolytic cell is an absolute sealing system, which can be vacuumed through the valve (less than 1MPa). The electrolytic cell can be slightly pressurized, and the pressure should not be greater than 0.5MPa for safety 4. The electrode of the cell must be customized to match the cell. 5. The reference electrode and working electrode of the electrolytic cell are separated into chambers, which are connected by lugin capillary, which can effectively reduce R drop. 6. The aperture of the Rujin capillary extending into the tip of the working electrode chamber should not be greater than 0.2mm 7. Agar can be added into the lugin capillary to reduce the flow rate of electrolyte. 8. The reference electrode chamber of the electrolytic cell is sealed with internal thread, which must be sealed during use, so as to effectively avoid the leakage of liquid between the reference electrode chamber and the working electrode chamber due to the connective effect 9. The cell is often used in three electrode system and can be customized
