Aerospace and turbines
Thermal barrier, wear-resistant and abradable coating systems for hot and highly loaded components.
Learn more →Engineering approach
Surface engineering solutions for durability, reliability and process resilience
We integrate powder selection, surface preparation, thermal spray processing and quality control into one engineering workflow. Each coating system is tailored to temperature, wear, corrosion, friction and impact conditions.
Solutions for your industry
View all industries → Industry solutions
Drilling and exploration
Coatings for components exposed to abrasive media, drilling fluids and solids.
Learn more →Oil and gas
Corrosion- and wear-resistant coatings for shafts, sleeves, valves, pumps and sealing components.
Learn more →Chemical processing
Coatings for components exposed to aggressive media, erosion and cavitation.
Learn more →Metallurgy and manufacturing
Dimensional restoration, wear resistance and protection of industrial working surfaces.
Learn more →Technologies
Coating processes
Process selection is based on coating material, component geometry, operating temperature and required coating structure.
HVOF / HVAF
Dense carbide and metallic coatings with high bond strength and low porosity.
APS
Ceramic, oxide and thermal barrier coatings for high-temperature service.
ASP
Metallic spray coatings for restoration and protection of large components.
Laser Cladding
Localized deposition of functional layers with a limited heat-affected zone.
FS
Flame Spraying (FS) is a conventional thermal spray process that uses the heat generated by the combustion of a gas mixture to melt and apply protective coatings.
LH
Laser Hardening is a surface heat-treatment process in which a laser beam locally heats the metal above its austenitising temperature. The surface is then rapidly cooled through heat conduction into the colder interior of the component—a process known as self-quenching.
Portfolio
Coatings and materials portfolio
Explore engineered coating systems and powder materials by application, composition, operating temperature, service environment and deposition process.
Select a coating
Wear-resistant coatingsWC-Co, WC-Co-Cr, Cr₃C₂-CoCr
Thermal barrier coatingsYSZ, bond coat, MCrAlY
Corrosion-resistant coatingsNiCr, CoCr, stainless and specialty alloys
Low-friction coatingsNi-Graphite and self-lubricating systems
Electrical and specialty coatingsInsulating, conductive and functional layers
Materials & process
From powder material to a verified coating system
Our engineering scope includes powder formulation, binder selection, microstructure assessment, porosity and bond-strength control, and validation in the intended service environment.
- analysis of component operating conditions;
- selection of composition and deposition process;
- surface preparation and coating application;
- thickness, bond strength and microstructure evaluation;
- technical reporting and recommendations.