C017-1 relatively sealed all-quartz photoelectrochemical cell (bottom light) Technical features: 1. The electrolytic cell body is welded by the all-quartz fusion method and refuses to stick. 2. The light transmittance of the quartz in the electrolytic cell is above 95% 3. The lid of the electrolytic cell is polytetrafluoroethylene 4. The electrolytic cell can be equipped with air inlet and outlet devices 5. The reference electrode of the electrolytic cell is generally a conventional reference electrode with a diameter of 6mm. 6. For the comparison electrode of this electrolytic cell, select an electrode with a rod diameter of 6mm. 7. The working electrode of the electrolytic cell can be an electrode with a diameter of 6mm or an electrode clamp. 8. The electrolytic cell is relatively sealed system 9. The quartz sealing part of the electrolytic cell adopts a flange port design. seal. 10. The electrode part of the electrolytic cell is sealed on the PTFE plug to achieve the sealing effect by squeezing the O ring with the sealing screw
Technical features: 1. The electrolytic cell body is welded by the all-quartz fusion method and refuses to stick. 2. The light transmittance of the quartz in the electrolytic cell is above 95% 3. The lid of the electrolytic cell is polytetrafluoroethylene 4. The electrolytic cell can be equipped with air inlet and outlet devices 5. The reference electrode of the electrolytic cell is generally a conventional reference electrode with a diameter of 6mm. 6. For the comparison electrode of this electrolytic cell, select an electrode with a rod diameter of 6mm. 7. The working electrode of the electrolytic cell can be an electrode with a diameter of 6mm or an electrode clamp. 8. The electrolytic cell is relatively sealed system 9. The quartz sealing part of the electrolytic cell adopts a flange port design. seal. 10. The electrode part of the electrolytic cell is sealed on the PTFE plug to achieve the sealing effect by squeezing the O ring with the sealing screw
