Gurit has secured a two-year supply contract valued at >CHF 10 million (nearly USD 13 million) for its glass-fiber pultruded blade root reinforcement solution with a leading wind turbine manufacturer in the Asia-Pacific region. The agreement highlights the growing role of advanced composite reinforcement systems as wind turbine blades scale toward larger dimensions and higher structural loads.

Blade roots represent one of the most structurally demanding sections of a wind turbine blade, transferring aerodynamic and mechanical loads from the blade to the hub. As rotor diameters continue to increase, OEMs are increasingly adopting engineered composite reinforcement solutions to maintain structural integrity while controlling blade weight and manufacturing complexity.

Gurit s pultruded glass-fiber reinforcements are custom-engineered for individual blade models to enhance bonding performance at the critical root-end connection interface. The design aims to reduce the risk of bushing shear-out while enabling tighter bushing spacing and more efficient root geometries.

According to the company, the reinforcement architecture allows turbine manufacturers to achieve smaller root diameters and lighter blade structures without compromising structural performance, an important factor as next-generation turbines push toward longer blades and higher power outputs.

The contract reinforces Gurit s strategic focus on its glass pultrusion technology portfolio, which is increasingly being adopted by Western and Chinese blade manufacturers seeking advanced composite solutions for next-generation wind turbine designs. Gurit s engineering capabilities and established supply track record have positioned the company as a key supplier of composite reinforcement systems across the global wind energy market.

Source Gurit