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10 results for Wind Energy

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WINDSTRAND® 4000
Wind Energy Solutions Glass (Roving)

WINDSTRAND® 4000

WINDSTRAND® 4000 H² Glass roving pairs weaving and pultrusion processability with higher modulus for longer blades.

ULTRABLADE® 2
Wind Energy Solutions Fabrics, Kits, & Preforms

ULTRABLADE® 2

ULTRABLADE® 2 fabrics use H² Glass to raise laminate modulus for lighter, longer, stronger wind turbine blades.

WINDSTRAND® 3200
Wind Energy Solutions Glass (Roving)

WINDSTRAND® 3200

WINDSTRAND® 3200 H-Glass roving offers high modulus, long fatigue life and multi-resin sizing for wind blade fabrics.

WINDSTRAND® 3000
Wind Energy Solutions Glass (Roving)

WINDSTRAND® 3000

WINDSTRAND® 3000 H-Glass roving raises 0° modulus and weaving efficiency for lighter blades, cutting weight 3-6%.

WINDSTRAND® 2000
Wind Energy Solutions Glass (Roving)

WINDSTRAND® 2000

WINDSTRAND® 2000 single-end roving with epoxy sizing enables high fiber volume and efficient weaving for blade design.

ULTRASPAR®
Wind Energy Solutions Pultruded Planks

ULTRASPAR®

ULTRASPAR® pultruded planks combine WINDSTRAND® 3000 H-Glass with pultrusion consistency for efficient blade spar caps.

ULTRASPAR® 2
Wind Energy Solutions Pultruded Planks

ULTRASPAR® 2

ULTRASPAR® 2 pultruded planks combine WINDSTRAND® 4000 H² Glass with pultrusion consistency for longer blade spar caps.

ME3060
Glass Reinforcements Multi-End Roving

ME3060

ME3060 choppable multi-end roving gives stitched fabrics an impressive surface for pipes, tanks, marine and wind.

SE3030
Glass Reinforcements Type 30® Single-End Roving

SE3030

SE3030 single-end roving gives versatile, high-fatigue performance in NCF, prepregs, filament winding and pultrusion.

SE2020
Glass Reinforcements Type 30® Single-End Roving

SE2020

SE2020 single-end roving bonds well with epoxy for high-fatigue non-crimp fabrics, wind blades and filament winding.