Back to overview

Titanium Anodizing

ISO 8080 compliant anodizing for titanium components

Process Description

Titanium anodizing is an electrochemical process that creates a controlled oxide layer on the titanium surface.

This oxide layer improves wear resistance, increases corrosion resistance and can be used for colour coding of components.

Our process complies with ISO 8080 and meets the specific requirements of the aerospace industry for surface treatment of titanium alloys.

Advantages

ISO 8080 compliant
Increased wear resistance
Improved corrosion resistance
Colour coding possible
Suitable for various titanium alloys
Controlled oxide layer thickness
Biocompatible

Applicable Standards & Norms

ISO 8080
EN 2808

Looking for a coating partner for critical components?

Talk to us about your project.

Request now View additional coating processes

Frequently Asked Questions about Titanium Anodizing

Is titanium anodizing used for corrosion protection?

Not primarily. Unlike aluminum anodizing, titanium anodizing focuses on functional surface modification: defined oxide layers, color coding via interference, improved adhesion for subsequent coatings, and modified friction and wear behavior.

What is the color coding used for?

Oxide layer thickness is controlled via voltage and process parameters. Depending on thickness, interference produces different colors — these are used for unambiguous identification and marking of titanium components in aerospace applications.

Does titanium anodizing replace IVD or RBC?

No. Titanium anodizing is not a corrosion protection coating, not a decorative paint process, and not a replacement for IVD or RBC. It is a functional supplemental process selectively applied where titanium components require specific surface properties.