Designed to withstand saltwater, pressure fluctuations, and cyclic loading — our trim tab and foil prototypes show promising performance for small vessels and offshore platforms. Their low weight and corrosion resistance reduce maintenance and enable smoother hydrodynamic control.

CMCs maintain structural integrity beyond 250 °C and offer fire resistance without coatings. We're developing impact- and heat-resistant barriers for battery rooms, engine compartments, and exposed offshore systems under thermal stress.

For sensors used in marine or hydrogen environments, we’re creating non-conductive, corrosion-proof housings that protect against salt, heat, and mechanical shock — ideal for long-term deployments in offshore monitoring and control systems.

Need a nonstandard geometry or function? Our additive process enables tailored ceramic components — from one-offs to small series — including inserts, enclosures, or insulating structures with built-in reinforcement and minimal tooling time.

Offshore pumps are often the first to corrode. We're developing ceramic impellers, housings, and valve bodies with excellent resistance to saltwater, erosion, and pressure — extending service life and reducing unplanned downtimes.