MMO Coated Titanium Anodes
Committed to the development, manufacture and application of electrochemical industrial MMO coated titanium electrode.
Products We Can Supply
Multiple patent certificates, twenty years of industry experience.
Titanium Anodes
The titanium anode is made of inert Titanium substrate, coated with mixed precious metal oxide(Ru Ir /Ir Ta).
Titanium Filter Element
Titanium filter element is made of titanium powder by cold isostatic pressing and high temperature vacuum sintering.
Electroplating Titanium Hangers
Titanium hangers offer excellent corrosion resistance, high strength-to-weight ratio, and non-magnetic properties.
Titanium Sintered Plate
Titanium sintered porous material is made of spherical high purity titanium powder sintered at high temperature.
Latest Product
Check out our titanium products shipped.
Why Choose Us
Quality is a long-term competitive advantage.
Committed to the development, manufacture and application of electrochemical industrial MMO coated titanium electrode.
- We Are Efficient Team
- 9 years of experience
- Quality Commitment
- We Are Always Improving
About Us
To provide customers with high quality products and services
We are engaged in the development, production and sales of noble metal oxide coated titanium anode, titanium porous materials and titanium hangers.
NEWS & BLOG
He has rich experience in the field of titanium anode and titanium metal material processing
Coated Titanium Anodes
A coated titanium anode is an electrochemical electrode built on a titanium substrate with a thin layer of precious metal oxides, such as ruthenium, iridium, or platinum, applied to its surface. The titanium core delivers strong conductivity and corrosion resistance, while the oxide coating governs the electrode’s catalytic activity and service life.
Common Types by Coating Composition
- Ruthenium-based coatings feature a low chlorine evolution potential and are well suited for chlorine-evolving environments such as chlor-alkali production and seawater desalination.
- Iridium-based coatings offer strong stability under oxygen evolution conditions and are the preferred choice for oxygen-evolving applications including electroplating and electrometallurgy.
- Platinum-based coatings deliver high catalytic activity and are reserved for demanding, specialized electrolysis scenarios.
