The Chlor-alkali industry uses titanium anodes to electrolyze saltwater solutions to produce caustic soda, the anodes produce chlorine gas, and the cathodes react to produce hydrogen and caustic soda. The use of RuTi-coated electrodes in the production of Chlor-alkali has the advantages of small loss, greatly reduced chlorine evolution potential compared with graphite electrodes, and stable size and shape. Compared with graphite electrodes, under the same electrolysis environment, the product quality is high, the energy consumption is low, and the chlorine content is high.

The geometry of titanium anodes used in the Chlor-alkali industry: cage type, unipolar multi-element plate anode group, or other forms.

Advantages of titanium anode for Chlor-alkali industry: the zero pole distance between anode and diaphragm reduces cell pressure and saves energy; it can work under high current and increase the capacity of the electrolytic cell; increase the diameter of the conductive rod to reduce the resistance in the structure.

Caustic soda is produced by electrolysis of saltwater solution, chlorine is produced at the anode, and hydrogen and caustic soda are produced by reaction at the cathode. The use of our company's coated electrodes in the production of Chlor-alkali has the advantages of low loss, greatly reduced chlorine evolution potential compared with graphite electrodes, and stable size and shape. Compared with graphite electrodes, the product quality is higher, with lower energy consumption, and higher chlorine purity in the same electrolysis environment.

Titanium anode Shapes: According to customer requirements, Product geometry box type, unipolar multiple plate anode group, or other forms.

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