Mmo Coated Titanium Anode for Chlor-Alkali Industry

No dissolution or deformation during electrolysis; electrode gap remains stable long-term with minor cell voltage fluctuation, lowering electrolyzer adjustment frequency.

High catalytic activity for chlorine evolution; cell voltage is greatly reduced compared with traditional graphite anodes, cutting power consumption per ton of caustic soda.

Insoluble electrode without metal leaching to contaminate electrolyte; stable quality of caustic soda and chlorine.

Much longer service life than graphite anodes. Titanium substrate can be recovered and re-coated to reduce overall procurement cost.

Special Ru-Ti coating resists oxidation and chlorine radical erosion, suitable for severe corrosive chlor-alkali environment.

Compatible with domestic and imported ion-exchange membrane electrolyzers including Asahi Kasei, Wood, Beihua Machinery etc. Integrated assemblies of anode plate, anode mesh, conductive copper bus and