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Contact Person : Mrs. Sunny Song
Phone Number : 15865556906
fiberglass Blades for off/on grid vertical&horizontal axis Wind Turbines for house use
| Minimum Order Quantity: | 1 | Price: | $1200 |
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| Packaging Details: | plywood case | Delivery Time: | 10-15days |
| Payment Terms: | T/T | Supply Ability: | 1000units/month |
| Place of Origin: | CHINA | Brand Name: | BF-H-BLADES |
| Certification: | 9001/CE | Model Number: | BF-H-BL |
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Detail Information |
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| Cut-In Wind Speed: | 2.2m/s | Blade Material: | Fiberglass |
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| Rotor Diameter: | 4meters | Rated Wind Speed: | 13 M/s |
| Installation: | Roof Or Ground Mounted | Voltage: | 24V/48V/110V/220VDC |
| Application: | Residential, Small Commercial | Starting Torque: | Low |
| Weight: | 145kg | Type: | Vertical Axis Wind Turbine |
| Blade Number: | 5 | Power Output: | 5 KW |
| Noise Level: | < 35 DB | Survival Wind Speed: | 55 M/s |
| Highlight: | fiberglass wind turbine blades for house,off grid vertical axis wind turbine blades,horizontal axis wind turbine blades fiberglass |
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Product Description
Fiberglass Blades for Off/On Grid Vertical & Horizontal Axis Wind Turbines for House Use
Fiberglass Blades for Off/On Grid Vertical & Horizontal Axis Wind Turbines for House Use
Product Overview
Our glass fiber reinforced plastic blades are engineered specifically for vertical axis wind turbines, offering exceptional strength, durability, and performance in demanding wind energy applications.
Key Features
- High-strength glass fiber composite construction
- Optimized for vertical axis wind turbine applications
- Superior durability and weather resistance
- Lightweight design for improved efficiency
- Precision-engineered aerodynamic profile
- Corrosion-resistant materials for long service life
Technical Specifications
These advanced composite blades are manufactured using state-of-the-art processes to ensure consistent quality and performance. The glass fiber reinforcement provides the structural integrity needed for reliable operation in various wind conditions while maintaining optimal weight-to-strength ratios.
