Composite Components for

Next-Generation  Wind  Power Systems

B&T Composites provides lightweight, high-strength composite solutions designed to support the performance, reliability, and serviceability of modern wind energy platforms. Our components reduce weight, improve efficiency, and extend operational life – from nacelle systems to maintenance infrastructure.

Main Applications

Carbon Fiber Couplings

High-strength torque couplings for transferring mechanical power between gearbox and generator shafts, offering superior vibration dampening and minimal rotational mass.

Glass Fiber Couplings

Cost-effective, durable solutions for medium-load applications where weight savings and corrosion resistance remain critical without the full cost of carbon fiber.

Carbon Fiber Shafts

Lightweight, durable transmission shafts engineered for high-torque, high-cycle operation in wind turbine drivetrains.

Lightweight Crane Arms

Composite lifting arms integrated into nacelles for maintenance operations, enabling safer and easier handling of heavy components with minimal added weight.

Telescopic Tubes for Maintenance Tools

Carbon fiber telescopic systems for safe, ergonomic maintenance access in offshore and onshore wind farms.

Composite Structural Supports

Frames, covers, and interior structures inside the nacelle made from composites to reduce mass and simplify installation.

Protective Composite Casings

Corrosion-resistant composite housings protecting critical equipment like hydraulic units, cooling systems, and sensors within the nacelle.

Why Composites in Wind Energy?

>Weight Reduction improves overall turbine efficiency and reduces load on support structures.

>Corrosion Resistance against marine and coastal environments extends service life.

>Fatigue Resistance under continuous high-load cycles ensures reliability.

>Lower Maintenance Costs thanks to durable, weather-proof materials.