| Customization: | Available |
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| Standard: | EN |
| Surface Treatment: | Hot DIP Galvanized, Hot Spray Zinc |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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The transportation framework for wind turbine blades employs S355-series high-performance steel alloys, fabricated through precision CNC machining and fusion welding techniques to maintain geometric precision and load-bearing integrity. To accommodate extended blade dimensions and unbalanced mass distribution, the structure integrates a reinforced cellular cross-section with UT-certified welded connections, ensuring reliable load transfer capabilities. Corrosion resistance is achieved via immersion metallization coating, providing superior anti-oxidation performance in marine climates compared to conventional spray painting systems. Strategic load-bearing interfaces incorporate viscoelastic polyurethane dampers, synergizing the sacrificial zinc coating's protection with energy-absorbing material properties to minimize surface stress concentrations on composite blade materials, thereby achieving compliance with international transportation specifications for oversized cargo.
| GE94M, GE98M, GE101M, GE114M, GE117M, GE128M, GE158M, etc |
| NORDEX--TS125,NORDEX--TS145, etc |
| GAMESA Galvanized Platforms, etc |
| Vestas Galvanized Platforms, etc |
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