
Composite Solutions for Subsea & Offshore Applications

Composite Solutions for Subsea & Offshore Applications
Subsea and offshore operations require materials that combine extreme durability, chemical resistance, and long service life. Sky Composites delivers advanced reinforcements and core materials for demanding underwater and offshore environments – from ROVs and AUVs to diving systems, submarines, and renewable energy platforms.
Our closed-cell composites provide superior mechanical strength, impact resistance, and chemical durability, ensuring reliable performance under high pressure and in corrosive environments. With additional thermal and acoustic insulation properties and easy machinability, Sky Composites materials enable efficient production and long-lasting reliability. From offshore energy systems to subsea defense and exploration, our solutions are designed to perform in the most challenging marine conditions.
Why choose Sky Composites for subsea & offshore?
Extreme strength & durability
High-performance composites withstand mechanical stress and harsh marine environments.
Long-term resistance
Closed-cell cores prevent water absorption and resist chemical degradation over extended service life.
Wide range of applications
Ideal for subsea vehicles, diving systems, offshore structures, and renewable energy projects.
Engineered for harsh environments
Reliable solutions that maintain performance under pressure, corrosion, and thermal challenges.

Certified quality with DNV Certification
Sky Composites’ composites solutions, including PVC core materials, PET foam, and carbon fiber fabrics, are DNV certified, ensuring compliance with the highest global standards for safety, reliability, and performance. This certification guarantees that our materials are suitable for demanding marine applications, providing peace of mind and unmatched quality for your projects.

Ready to build stronger solutions together?
Partner with Sky Composites to bring innovative, high-performance materials to your industry. Let’s shape the future, one composite at a time.