MMO anodes

Coated titanium anodes

Mixed metal oxide coating titanium anode

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Mixed metal oxide coated titanium anodes, whose core structure has titanium as the substrate and is coated with one or more layers of noble metal oxides on the surface. Common coated noble metal oxides include oxides of ruthenium (Ru), iridium (Ir), platinum (Pt), etc. ... Read More
Electrolytic production of chlorotitanium anode mesh

Chlorine production by electrolysis

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Titanium anode electrolytic chlorine production technology, as an efficient and environmentally friendly disinfection and sterilization method, plays a significant role in water treatment and industrial cooling water systems. ... Read More
mmo andoes

MMO Anodes for Cathodic Protection

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Mixed metal oxide coated titanium (MMO/Ti) anode is often used as auxilary anode in impressed current cathodic protection (ICCP) system to prevent metallic structures immersed in. ... Read More
Titanium anode tube

MMO COATED TITANIUM ANODES

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Mixed metal oxide (MMO) coated titanium anodes comprise a family of electrodes made from commercially pure titanium to which an electro catalytic layer is applied by thermal decomposition. The electro catalytic layers is composed of a mixture of noble and valve metal oxides, the selection of which and their ratio is dictated by the electrolyte conditions in which the anode is immersed. ... Read More
ICCP Titanium anode tube

Titanium anode tube for cathodic protection

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ICCP(Impressed Current Cathodic Protection) is a corrosion protection technology widely used in metal structures. It applies an external current to the surface of the metal structure to reduce or eliminate corrosion of the metal structure. ... Read More
Titanium anode module

Problems related to titanium anode

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Titanium anodes, also known as titanium-based anodes, are often used in various electrochemical processes due to their excellent properties such as good corrosion resistance and electrocatalytic activity. However, there are also some related problems that need to be considered. ... Read More