TECHNOLOGY

Metal-ceramic integration

We investigate laser processes to develop transition regions between metallic and ceramic materials. The aim is to engineer surfaces for specific wear, chemical exposure and thermal service requirements.

How it works

We work at the boundary between two materials. The laser builds a transition region between metal and ceramic, so the ceramic becomes part of the piece rather than sitting on top of it. The difference matters: a coating comes off; a transition region is part of the material.

Aluminium · steel · titaniummetals we work this integration on

What it gives the material

Property	What changes in the part	Where it matters
Corrosion resistance	The ceramic isolates the metal from the medium attacking it.	Hydrogen & Energy
Chemical resistance	Withstands aggressive cleaning and exposure to reagents.	Chemical & Process Industries
Mechanical strength	A harder surface against abrasion and impact.	Defense & Aerospace
Wear resistance	Extends the life of parts subject to friction.	Chemical & Process Industries
Thermal behaviour	Takes cycles and temperatures that degrade bare metal.	Defense & Aerospace
Oxidation resistance	The treated surface does not oxidise like the base metal.	Automotive & Mobility

What changes for you

Parts that last longer in the same service, without changing the base metal.
Reduced or eliminated protective chemicals and their waste.
Longer maintenance intervals, and maintenance that can be automated.
New finishes and products on a conventional metal.

Development status

Proof of concept in progress; application-specific performance remains to be established.

Where it applies

Each application needs specific validation. Qualification or commercial availability of the final product is not implied.

Tell us the material, the application and the main challenge.

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