Platinized Anode

Key Advantages

Exceptional corrosion resistance in acidic and alkaline electrolytes.
Low overpotential and high current efficiency for chlorine, oxygen, and hydrogen evolution.
Uniform platinum coating—strong adhesion, long life under continuous current.
Available in multiple geometries: plate, mesh, rod, wire, tube, and custom shapes.
Recoating and refurbishment services extend usable life and reduce operating cost.

Primary Applications

Electroplating and electroforming (gold, silver, rhodium, nickel).
Cathodic protection for marine, pipeline, and offshore structures.
Chemical and water treatment electrolysis (chlorination, oxidation).
Hydrogen generation and laboratory electrolyzers.
Precious metal recovery and refining systems.

Testing & Inspection

Platinum coating thickness and adhesion test (ASTM B571).
Accelerated life testing under specified current density.
Electrochemical potential and uniformity testing.
Visual inspection and conductivity checks.
Substrate grade verification (Gr1 / Gr2 titanium).

Packaging & Delivery

Vacuum-sealed or moisture-protected packaging to prevent surface oxidation.
Export wooden/plywood cases with labels: substrate, coating thickness, lot/batch, and dimensions.
Global courier or sea freight; lead times aligned with your schedule.

Product Description

LuminaTitan supplies platinized titanium anodes engineered for demanding electrochemical environments. Each anode combines a precision titanium substrate (Gr1 / Gr2) with a platinum coating applied via electro-deposition or thermal bonding. The result is a durable, conductive, and corrosion-resistant electrode delivering stable voltage and high current efficiency for industrial electrolysis, plating, and cathodic protection systems. Custom geometries and coating thicknesses are available to match your process parameters and service life requirements.

Technical Specifications

Parameter	Details	Why It Works for You
Substrate	Titanium (Gr1 / Gr2)	Excellent corrosion resistance and mechanical stability.
Coating Material	Platinum (Pt)	High conductivity and catalytic activity.
Coating Thickness	1–10 μm (typical)	Balances cost and lifetime for each application.
Form Options	Plate, mesh, rod, wire, tube, custom	Fits different electrolytic systems.
Current Density	≤ 5000 A/m² (customizable)	Supports efficient operation with low overpotential.
Operating Temperature	Up to 100 °C	Stable in high-load, continuous operation.
Standard	ASTM B265 (substrate), ASTM B343 (Pt coating), ISO 9001 QC	Global quality compliance.
Documentation	MTC EN 10204 3.1; coating test reports; RoHS/REACH	Supports traceability and supplier qualification.