 |
| Quantity: | |
|---|---|
These CNC milled aluminum turbine blades are designed for use in renewable energy systems. Manufactured from AL5052 aluminum alloy, they combine low weight with structural strength and corrosion resistance. The CNC milling process enables the production of complex 3D shapes that support energy conversion efficiency, with controlled material waste during production.
AL5052 aluminum alloy exhibits fatigue resistance, a favorable strength-to-weight ratio, and corrosion resistance in outdoor environments. These properties make it suitable for turbine components that operate under variable weather and load conditions. The blades are produced to meet dimensional and performance requirements for energy generation equipment.
The blade profiles are designed using computational fluid dynamics (CFD) software to support energy capture from wind and hydroelectric sources. Multi-axis CNC milling technology produces smooth surface finishes that reduce drag. The designs are tested across a range of operating speeds and flow conditions to ensure consistent performance.
The strength-to-weight ratio of AL5052 aluminum alloy allows for blade construction that is lighter than equivalent steel components. This reduced weight lowers mechanical load on turbine bearings and shafts, which can extend the service life of associated system parts. Lighter blades also simplify installation and maintenance procedures for commercial operations.
All blades receive a natural color anodizing surface treatment. This treatment enhances the base corrosion resistance of AL5052 aluminum, providing protection against UV radiation, moisture, and atmospheric pollutants. The surface finish maintains its properties in marine and industrial environments, reducing the frequency of maintenance interventions.
Critical dimensions of the blades are held to a tolerance of ±0.015mm. This level of precision ensures proper balance and alignment within turbine assemblies, minimizing vibration and noise during operation. The CNC equipment can produce thin-walled sections and internal structures that are not achievable with traditional manufacturing methods.
Parameter | Specification |
Material | Aluminum Alloy AL5052 |
Dimensions | φ150 × 33.5mm |
Tolerance | ±0.015mm |
Surface Treatment | Natural color anodizing |
Manufacturing Process | CNC processing |
Minimum Order Quantity | 1 unit |
Production begins with the selection of AL5052 aluminum alloy billets that meet specified material composition standards. The blades are machined in climate-controlled production facilities to maintain dimensional stability throughout the manufacturing process. High-speed CNC milling centers with advanced tooling systems are used to achieve the required surface finish and dimensional accuracy.
Each blade undergoes three quality checks before shipment: 3D scanning to verify dimensional conformity, balance testing to ensure smooth rotational performance, and material analysis to confirm alloy composition. These checks are performed for every production run to maintain consistent output.
These aluminum turbine blades are used in multiple renewable energy systems, including small to medium-scale wind turbines, hydroelectric power generation systems, and tidal energy converters. They are also suitable for solar tracking systems and auxiliary power generation units.
Beyond energy applications, the blades can be used in aerospace components, ventilation systems, and industrial cooling towers. The customization capabilities allow for design adjustments to meet the specific requirements of different industrial applications.
Comprehensive customization services are available to meet the unique needs of industrial clients. The engineering team can adapt blade designs based on customer-provided specifications. Available customization options include alternative aluminum alloy materials, custom blade profiles and dimensions, specialized surface treatments, heat treatment for modified mechanical properties, and custom packaging and labeling.
Technical support is provided throughout the entire product lifecycle, from initial design consultation to post-delivery assistance. The manufacturing facilities support both prototype and production orders with flexible turnaround times to accommodate varying volume requirements.
The minimum order quantity is 1 unit, making these blades suitable for prototype development and small-scale production runs.
The standard surface treatment is natural color anodizing. Custom surface treatments can be provided upon request to meet specific application requirements.
Detailed, no-obligation quotes are provided within 24 hours of receiving customer drawings or specifications.
Contact the engineering team to discuss your custom aluminum turbine blade requirements. Competitive pricing and fast lead times are available for all CNC milled aluminum components. Send your drawings or specifications today to receive a detailed quote and begin optimizing your energy generation systems.
