Titanium Anode for Chlor-alkali Industry

Chlor-alkali industrial titanium anode

The chlor soluble base cycle is perhaps of the most extreme destructive compound interaction. It includes brackish water, sodium hydroxide arrangement, liquid burning pop, chlorine, and hydrochloric corrosive, and so forth which might areas of strength for prompt or oxidizing destructive climate. Film cell strategy is the most recent chloralkali process which includes the electrolysis of watery sodium chloride. 

Numerous titanium materials are expected in the film cell process including titanium anodes, titanium electrolytic tanks, titanium heat exchangers or condensers, titanium siphons and valves, and other titanium offices.

Substrate: Gr1 titanium mesh

Coating type: Ru/Ir mixed coating.

Working Conditions:

Working conditions: saturated NaCl (35%) solution

Current density: 1000A / m2

Electrolysis method: ion membrane electrolysis (anode chamber and cathode chamber)

Coating type: titanium-based ruthenium-titanium

Service life: more than 5 years

Electrochemical performance and life test (20000A / m2)

Reference standard HG / T2471-2007 Q / CLTN-2012

Product use background and introduction:

Caustic soda is produced by electrolytic common salt solution, chlorine gas is produced by the anode, and hydrogen and caustic soda are produced by the cathode reaction. The use of our coated electrode in the production of chlor-alkali has the advantages of small loss, significantly reduced chlorine evolution potential, and stable size and shape compared with graphite electrodes. Compared with graphite electrodes, under the same electrolytic environment, the product has high quality, low energy consumption, and high purity of chlorine gas.

Shape: according to customer requirements. Product geometry cage type, monopolar multi-plate anode group or other forms.

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