Titanium anodes (coated titanium electrodes) deliver superior corrosion resistance, high electrocatalytic activity, and longevity for critical electrochemical applications—from water treatment to chlor-alkali production. Engineered to outperform graphite/lead anodes, they optimize energy efficiency and reduce maintenance costs.
| Feature | Benefit |
|---|
| Corrosion Resistance | Titanium substrate + noble coatings (IrO₂, RuO₂, Pt) withstand harsh electrolytes (acids, salts, alkalis). |
| Low Energy Consumption | High electrocatalysis cuts power use by 20–40% vs. graphite. |
| Long Service Life | Endures millions of cycles (2–10x longer than lead anodes). |
| Custom Design | Tailored sizes (Φ5mm–1000mm), shapes (mesh, plate, tube), and coatings. |
Key Applications
1. Water Treatment & Wastewater Purification
Electrocoagulation (EC)
Advanced oxidation processes
COD, ammonia, and organic pollutant degradation
Disinfection & sterilization
Seawater desalination pre-treatment
2. Chlor-Alkali Industry
Chlorine generation
Caustic soda manufacturing
Brine electrolysis systems
3. Electroplating & Metal Recovery
Gold/silver plating
Hard chrome plating
Copper/nickel deposition
Electrowinning of precious metals
4. Hydrogen Production
Suitable for:
PEM electrolyzers
Alkaline water electrolyzers
Industrial hydrogen generation units
5. Marine & Offshore
Ship hull anti-fouling systems
Sacrificial protection upgrades
Seawater ionization and sterilization
Why Choose Titanium Anodes?
Outlasts graphite (no brittle fracture) and lead (no toxic leaching).
Lowers energy costs and maintenance frequency.
Re-coatable for extended lifespan (eco-friendly).
Upgrade to titanium anodes—where durability meets efficiency.
