Titanium Mesh Coated With Ruthenium Oxide and Platinium for Electrolysis
Titanium Mesh Coated With Ruthenium Oxide and Platinium for Electrolysis
Coated titanium anodes are consist of an activated oxide layer which usually catalyzes a particular electrochemical reaction coated on titanium substrate. The catalyst layer generally is platinum group metal oxides (such as RuO2 and IrO2, TaO5) mixed with other nonprecious metal components as additives. It has been used in the electrochemical industry widely. UTron had provided titanium mesh coated with ruthenium oxide and platinum for electrolysis to the customer from Spain. Below is some information for reference:
Anode Substrate: Pure titanium;
Anode Coating: Ruthenium oxide and platinum;
Coating Thickness: 2.5 Micron;
Anode Shape: Mesh;
Dimension: Per the drawing;
Application: Electrolysis;
Export Country: Spain.
UTron is a professional coated titanium anode factory with a team of expert engineers. They can provide titanium anodes in a various coating systems for both chlorine evolution reaction and oxygen evolution reaction. For any queries, please don't hesitate to contact us.
Coated titanium anodes are consist of an activated oxide layer which usually catalyzes a particular electrochemical reaction coated on titanium substrate. The catalyst layer generally is platinum group metal oxides (such as RuO2 and IrO2, TaO5) mixed with other nonprecious metal components as additives. It has been used in the electrochemical industry widely. UTron had provided titanium mesh coated with ruthenium oxide and platinum for electrolysis to the customer from Spain. Below is some information for reference:
Anode Substrate: Pure titanium;
Anode Coating: Ruthenium oxide and platinum;
Coating Thickness: 2.5 Micron;
Anode Shape: Mesh;
Dimension: Per the drawing;
Application: Electrolysis;
Export Country: Spain.
UTron is a professional coated titanium anode factory with a team of expert engineers. They can provide titanium anodes in a various coating systems for both chlorine evolution reaction and oxygen evolution reaction. For any queries, please don't hesitate to contact us.