Wind

The demand for carbon fiber in the wind energy market continues to grow, driven by the need to produce turbines capable of generating electricity at costs that compete with — or outperform — traditional energy sources such as coal and natural gas. As wind blades become longer, reducing weight while maintaining strength and stiffness is essential to maximize efficiency and overall energy output.

Carbon fiber composites provide the high stiffness, low weight, and optimized cost-performance balance required to meet these challenges. With its commitment to advancing the use of carbon fiber in industrial applications, Aksa Carbon delivers enabling technologies for the next generation of wind turbine blades.

We supply carbon fiber–reinforced pultruded profiles (laminates) for spar caps in new-generation, longer wind turbine blades. Produced using advanced pultrusion technology, these laminates deliver the strength, stiffness and lightness necessary for higher efficiency, reliability, and durability in turbine operation.

With deep expertise spanning precursor development, carbon fiber production, and composite engineering, Aksa Carbon collaborates with wind industry partners to enhance blade efficiency, structural integrity, and production performance — helping build a more sustainable future powered by wind.