Platinized Titanium Mesh Anodes

Extreme Corrosion Resistance: Thrives in acidic, saline, or oxidizing environments (e.g., electroplating, wastewater treatment).
High Electrocatalytic Efficiency: Boosts reaction rates for applications like water electrolysis (hydrogen production) and chlor-alkali processes.
Long Lifespan: Outlasts traditional anodes, cutting maintenance costs.

PRODUCT DESCRIPTION

Titanium Anodes: Corrosion-Resistant Electrodes for Efficient Electrochemistry

Product Overview

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.

Core Advantages

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

Chlor-Alkali: Chlorine/caustic soda production.
Water Treatment: Electrocoagulation, disinfection, COD degradation.
Electroplating: Precious metal recovery, hard chrome plating.
Hydrogen: PEM/alkaline electrolyzers for clean H₂.
Marine: Hull anti-fouling, seawater desalination.

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.

Product catalog