Develop a longer wind turbine blade that will produce more power output without increasing blade weight, the load on the turbine or the costs for transportation to and assembly at the wind farm site.

As in years past, the Aimen Technology Centre (O Porriño, Spain) is participating as a co-exhibitor at the booth organized by the Spanish Association of Composite Materials (AEMAC), along with 10 ...

Composite materials are ideal for producing wind turbine blades because of their strength, light weight, and ability to be tailored to provide the precise mechanical properties needed for any blade ...

GE is looking to a new generation of carbon-fiber composites to make the fan blades for its GE9X jet engine. That engine is being developed for the Boeing 777X passenger airplanes that are set to ...

Shipped in parts: company’s massive modular blade systems (inset photo) are designed to be assembled on-site at wind farms in the U.S. and abroad A local manufacturing startup backed by an influential ...

Composites have for many years been widely used in highly demanding, safety-critical applications, from aerospace to rail, wind energy and industrial products. Huge, monolithic elements such as wind ...

On public display during the Dubai Airshow, the composite blades were successfully tested in the UAE by AAL Group Composite. AAL's team, in strategic partnership with Paramount, will continue the ...

The global wind turbine rotor blade market is poised for extraordinary growth, driven by the escalating demand for renewable energy solutions and significant technological advancements in wind turbine ...

Erickson Inc. developed a more resilient, and cost-effective composite rotor blade for its S-64 Air Crane® helicopter with materials from Toray Advanced Composites. A six-blade heavy-lift helicopter ...