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    No. 59 Shenjiaqiao, Zhoujiazui Road, Yangpu District, Shanghai

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T3 gas diffusion electrode electrolytic cell

NegotiableUpdate on 05/14
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Overview

The gas diffusion electrode electrolytic cell and carbon dioxide reduction electrochemical cell are mainly used in electrocatalytic experiments to test CO2RR, NRR and other flow systems for gas-liquid separation. The distance between the positive and negative electrodes is close, and the fixed area is 1 square centimeter.

Product Details

T3款气体扩散电极电解池

Name: Gas diffusion electrolytic cell/Carbon nitrogen reduction flow cell/CO2 reduction electrochemical cell
Specifications: 1 * 1cm 2 * 2cm, etc
Materials: PTFE, PMMA, PEEK, titanium plates, etc
Gas diffusion electrode electrolytic cell, carbon dioxide reduction electrochemical cellProduct Description: How to Translate

Generation 1: Made of all PTFE material, square pool body;

Second generation: On the basis of the first generation, reinforced and tightened nylon plates with harder materials are added on both sides to effectively prevent PTFE deformation. At the same time, quartz plates are selected on the basis of nylon plates, which can be used as both light windows and observation windows;

Third generation: Made of organic glass, imported PEEK material, etc., finely crafted;

Fourth generation: Made of corrosion-resistant and high hardness materials such as stainless steel, titanium plates, PEEK, etc., with S-shaped serpentine airways, parallel airways, and forked flow field airways for ventilation or liquid flow inside, independently designed by the enterprise.

Gas diffusion electrode electrolytic cell, carbon dioxide reduction electrochemical cellFeatures:

1. Compared with typical H-type electrolytic cells, liquid flow electrolytic cells have more advantages in liquid-phase mass transfer kinetics;

2. Directly supplying CO2 to the cathode overcomes the disadvantages of low solubility and slow diffusion of CO2 gas in aqueous solution;

3. The thickness of the electrode plate can be customized according to the needs, effectively shortening the distance between the anode and cathode, reducing resistance, and improving testing efficiency.