Wind Turbine Shaft Forgings
Comprehensive Description
When wind flows across the blades, a distinct physical effect takes place: the air pressure on one side of the blades decreases, creating a pressure difference. This pressure disparity generates lift force far greater than drag force, which drives the rotor to rotate continuously. Depending on different turbine designs, this rotational power is transmitted to the generator in two ways: one is seamless direct-drive transmission; the other relies on precision-machined transmission shafts and gearbox assemblies. This sophisticated mechanical structure boosts rotating speed, enabling compact generators to produce electric power with remarkable efficiency and precision.
Backed by extensive experience in wind power engineering projects, we specialize in custom-manufacturing large-scale wind turbine transmission shafts that fully match your customized technical requirements.
Specifications
| Item | Parameters |
| Product Name | Wind Turbine Shaft Forgings |
| Material | Carbon Steel: 30#, 45#, 50#, etc. |
| Alloy Steel: 40Cr, 42CrMo, 20CrMnTi | |
| Stainless Steel: 304, 316, 321 | |
| Size Capacity | Max. Length: 20000mm |
| Max. Diameter: 1,850mm | |
| Max. Single Weight: 160 tons | |
| Heat Treatment Processes | Normalizing & Tempering; Quenching & Tempering; Hardening (Quenching); Carburizing; Nitriding |
| Application | Transmit motion and torque, and provide support for rotating components |