Architecture and construction have established themselves as key sectors for the application of composite materials, as architects, designers, and engineers seek to take advantage of their low weight, high strength, and virtually unlimited design freedom. Facades, domes, roofs, and cladding systems, as...

MEL Composites was a pioneer in Spain in the application of sandwich structures for blades and cabins of wind turbines, incorporating lightweight, strong, and highly durable solutions against demanding weather conditions, with minimal maintenance requirements during the structure's lifespan (over 25...

The use of composite materials is widely established in the nautical sector, where they allow for the manufacture of lighter, faster, more durable, and efficient vessels. Their high strength-to-weight ratio, corrosion resistance, and design freedom make them an optimal solution for high...

The automotive sector shows a growing projection in the use of carbon fiber and other composite materials for essential vehicle structure components, driving the development of fast, automated manufacturing processes adapted to high-efficiency productions. The...

The use of advanced composite materials is increasingly established in the aerospace industry due to their high strength-to-weight ratio, high specific stiffness, and excellent resistance to fatigue and corrosion. These materials allow for the design of lighter structures and...

The use of composite materials is widely established in the sports and leisure sector, where the demands for performance, lightness, and durability are ever-increasing. Thanks to their excellent strength-to-weight ratio, stiffness, impact absorption capacity, and design freedom, the...

State-of-the-art materials are used to optimize patient comfort and ensure maximum mechanical stability, structural strength, and durability of prosthetics. Thanks to their high strength-to-weight ratio, adjustable stiffness, and good mechanical compatibility with bone, these materials...