Composite materials

Composite materials

We specialize in design and manufacture of components in all-composite materials. These deliver high-strength, very low structural weight vessels and large structures for a variety of advanced applications in marine, offshore, aquaculture, land-based and defense industries.

For close to three decades, we have been perfecting design and production of vessels and large advanced structures in composite sandwich materials. We have delivered components and vessels built in a variety of Fibre-reinforced polymer composites (FRP), such as resins (polyesters, vinyl ester, epoxy, phenolic), fibers (glass, aramid, carbon), roving (uni- and multi-axial fabrics, woven roving, etc.) with core materials of PVC and PMI foam, balsa and honeycombs.

An advanced manufacturing process allows for unique combination of various core materials and different skin alternatives to meet custom requirements. We combine the intelligent adaptability of the materials and our expertise to offer products, which are the best match for your operational requirements and regulatory standards.

Composites are ultra-light, strong yet malleable, and contribute to a product’s lifespan, sustainability and lifetime economy with low maintenance and overall lower lifecycle cost. Composite structures may be designed and manufactured to meet individual operational requirements, including strength and stiffness specifications, high temperature properties and integrated sensor and stealth technologies. Composite materials add to structural strength and endurance, and offer light environmental footprint.

Panel production

Intelligent materials, tailored performance.

Light, yet robust

  • high strength/weight and stiffness/weight ratios
  • 2/3 the weight of aluminum and ¼ the weight of steel
  • resist fatigue and impact
  • offer dimensional stability


  • malleable, easy to embed sensor and stealth technology
  • low-signature
  • non-conductive with high dielectric capability
  • thermal and conductive properties
  • insulate against heat and frost


  • non-toxic
  • resistant to chemicals
  • non-corrosive
  • can be recycled into concrete
  • lighter vessels – less CO2 emissions


  • less consumption, less maintenance, less replacement