mmo anode

MMO anodes

Jiee
MMO anodes have imperceptibly low wear rates and are often referred to as Dimensionally Stable Anodes (DSA) as they do not change geometry over time. MMO anodes are quickly becoming the most popular impressed current anode gaining market share over conventional anodes such as graphite and high silicon cast iron. ...
Ru Ir titanium anode

The electrolysis principle of ruthenium-iridium-titanium anodes

Jiee
The key role of ruthenium-iridium-titanium anodes in these reactions is to provide a stable and conductive surface while maintaining resistance to corrosion. This enables ruthenium-iridium-titanium anodes to be widely used in electrochemical applications such as chlor-alkali electrolysis, water electrolysis, and wastewater treatment. ...
Ir mmo anode

lr MMO Anode

Jiee
The application of the lr MMO coating to the active area of the Ti anode allows the current to flow from the Ti anode through the coated areas into the electrolyte, while the non-coated areas of the Ti anode remain inactive, If small areas of the lr MMO coating are mechanically damaged exposing the underlying Ti to the electrolyte, the Ti anode will continue operate satisfactorily because of the protective adherent oxide film formed as described above. ...
Titanium anode plate

What is a titanium anode?

Jiee
Titanium anode, also known as DSA (Dimensionally Stable Anode), is a new type of electrode material with metal titanium as the substrate and an active coating such as platinum group metal oxides coated on its surface. ...
Formation of aluminum foil

Titanium anode for aluminum foil formation

Jiee
In the corrosion and forming process of formed foil, it will come into contact with corrosive electrolytes. The titanium anode can remain stable in these harsh environments and is not easily corroded, thus prolonging the service life of the anode. ...
Oxygen evolution type titanium anode

Oxygen evolution type titanium anode

Jiee
Oxygen evolution type titanium anode is gradually favored by applied electrochemistry. In acidic oxygen evolution environment, the anode will be subjected to severe acid corrosion and strong oxidation of oxygen evolution. ...