Robust Integral Turbine Parts Custom Precise Turbine Blade
Product Details
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turbine parts custom,precise turbine blade,custom turbine blade |
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Product Description
Custom Precise Turbine Blade
General Function
Key Features
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Aerodynamic Excellence: Our blades are optimized using full three-dimensional aerodynamic calculations, incorporating high-efficiency aft-loaded blade profiles. For specific high-pressure stages, an integral self-nozzle splitter cascade is utilized to maximize flow efficiency.
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Robust Integral Design: The moving blades feature a newly designed integral shroud at the blade tip. This shroud is pre-twisted and assembled to form a continuous, full-ring connection, completely eliminating the risks associated with riveted shroud detachment.
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Vibration Control: The blades are engineered for exceptionally low vibration stress, ensuring that resonant frequencies are kept far away from the unit's operating frequency and its multiples.
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Minimized Steam Leakage: An increased number of tip seals on the moving blades significantly reduces steam leakage losses. Furthermore, the steam passage dimensions are machined with high precision, guaranteeing a smooth and unobstructed flow.
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Comprehensive Manufacturing Range: We manufacture high, intermediate, and low-pressure (HP, IP, LP) moving and stationary blades. Our advanced facilities support machining heights ranging from 50 mm to 1200 mm, achieving the best accuracy within the 60-650 mm range.
Technical Parameter Table
| Parameter | Specification |
| Product Name | Turbine Blade |
| Blade Types |
Moving Blade, Stationary Blade
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| Application Range |
HP, IP, and LP turbine stages
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| Machining Height Capability |
50 - 1200 mm
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| Optimal Accuracy Range |
60 - 650 mm
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| Design Feature |
Integral shroud, pre-twisted full-ring connection
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Frequently Asked Questions (FAQ)
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How does the integral shroud design improve turbine reliability? By using an integral shroud that forms a pre-twisted, full-ring connection at the blade tip, we eliminate the need for riveted shrouds. This removes a common failure point (shroud detachment), greatly enhancing mechanical integrity and reducing maintenance needs.
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Can you manufacture replacement blades for different pressure stages? Yes, we fully support the manufacturing of both moving and stationary blades for High-Pressure (HP), Intermediate-Pressure (IP), and Low-Pressure (LP) sections.
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What measures are taken to ensure the aerodynamic efficiency of these blades? We employ full 3D aerodynamic optimization and advanced machining techniques to ensure precise steam passage dimensions. This minimizes flow disruption and maximizes energy extraction from the steam.
Product Highlights
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