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Learn how composites in sports improve sports equipment through lower weight, higher stiffness, fatigue resistance and advanced core materials.

Explore quadriaxial non-crimp fabrics: advanced architecture for maximum stiffness, reduced weight, and faster production in composite manufacturing.

Sky Composites participated in JEC World 2026 in Paris, the world’s largest exhibition dedicated to composite materials and technologies. The event brought together material suppliers, manufacturers, and innovators from across the global composites industry.

The advantages of carbon fiber are particularly important in modern offshore racing yachts and foiling sailboats, where structural loads are high and performance margins are small. This article explores why carbon fiber is widely used in race sailboat construction, where it is applied, and what makes it such an effective material for high-performance sailing.

Today, aircraft interiors and non-structural components represent a growing application area. Airlines and manufacturers continuously seek materials that help reduce weight, improve durability, and support efficient manufacturing processes. This is where carbon fiber fabric for aerospace interior components becomes especially relevant.

When high performance is required at minimal weight, sandwich structures are the ideal solution. By bonding thin, strong skins to a lightweight core, they achieve an outstanding stiffness-to-weight ratio and excellent buckling resistance. Sky Composites supplies a full portfolio of structural core materials for marine, wind, transportation, and construction applications, supporting engineers from concept through production.

The Polymethacrylimide (PMI) foam sheet has become a widely used high-strength core solution designed to meet demanding requirements in the automotive and wind energy sectors.

Sky Composites is proud to be part of JEC World 2026, the leading global composites show, taking place in Paris, March 10–12, 2026.

Carbon non-crimp fabrics (NCF), also called multiaxial fabrics, solve this by laying 1–4 layers of unidirectional carbon fibers in load-aligned orientations (typically 0°, 90°, ±45°) and stabilizing them with a stitched, non-crimp architecture so the fibers stay straight.

Balsa core remains one of the most trusted materials in structural composite manufacturing — valued for its natural strength, low weight, and renewable origin.