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CFM56 Engine Parts: Lock Plate Aircraft Engine Components

The Lock Plate, also known as the Turbine Locking Plate or Blade Retention Plate, is a critical component for the CFM56 engine, widely used in aircraft such as the Boeing 737 and Airbus A320 series. Designed to secure turbine blades and guide vanes within the low- and high-pressure turbine systems, this component prevents displacement during high-speed operations. Manufactured from advanced heat-resistant alloys such as Inconel 718, the Lock Plate ensures durability, reliability, and optimal performance under extreme conditions. Its precision engineering enhances turbine efficiency, minimizes wear, and supports prolonged engine life, making it a trusted choice for airlines worldwide.

Aircraft Engine Components for CFM56 Engine Parts: Lock Plate(3841 TO SF) 

The Lock Plate, also known as the Turbine Locking Plate or Blade Retention Plate, is an indispensable component in the CFM56 engine. It plays a crucial role in ensuring the stability and reliability of the engine's turbine system under extreme operational conditions. Designed for use in low-pressure and high-pressure turbine assemblies, this part secures turbine blades or guide vanes, preventing dislocation during high-speed rotation and high-temperature operations.

Key Features of the Lock Plate

1. Advanced Material Composition

The Lock Plate is manufactured from high-performance heat-resistant alloys, such as Inconel 718, to withstand the extreme temperatures and pressures of turbine operation. These materials exhibit excellent tensile strength and thermal stability, ensuring the component performs reliably in demanding environments. Additionally, surface treatments, such as anti-corrosion coatings, are applied to enhance the part's resistance to oxidation and chemical degradation.

2. Precision Engineering

Each Lock Plate is meticulously crafted to meet the stringent tolerances required by CFM International specifications. The exact dimensions ensure a secure fit within the turbine assembly, eliminating potential micro-movements that could lead to mechanical wear or failure.

3. Structural Integrity

The Lock Plate evenly distributes mechanical stress across the turbine assembly, reducing localized strain and extending the lifespan of adjacent components. Its robust design is optimized to withstand high-frequency vibrations, ensuring the turbine system operates smoothly and safely.

4. Compliance with Aviation Standards

All Lock Plates are produced in accordance with FAA and EASA certification requirements, making them suitable for critical aviation applications. Their design and manufacturing processes undergo rigorous quality checks to ensure reliability and consistency.

Applications in the CFM56 Engine

The Lock Plate is specifically engineered for use in the CFM56 engine series, widely utilized in aircraft such as the Boeing 737 and Airbus A320 families. By securing the turbine blades, this component prevents displacement during operation, maintaining the integrity of the entire turbine system and optimizing energy conversion efficiency.

Why the Lock Plate Matters in Modern Aviation

  1. Enhanced Engine Performance
    By maintaining precise blade positioning, the Lock Plate optimizes airflow dynamics within the turbine system. This improves the engine's overall efficiency, reducing fuel consumption and emissions.

  2. Prolonged Engine Lifespan
    The component minimizes wear on critical turbine parts, reducing the frequency of repairs and replacements. This directly translates to lower maintenance costs for airlines.

  3. Operational Safety
    By preventing blade dislodgment, the Lock Plate mitigates the risk of catastrophic engine failure, ensuring safer flight operations.

Maintenance and Replacement: Keeping Engines Running Smoothly

Regular maintenance of the CFM56 engine is critical for ensuring safety and performance. Replacing worn-out Lock Plates prevents potential issues such as turbine blade misalignment, which can compromise engine efficiency and safety.

Benefits for Airlines:

  • Ease of Replacement: Our Lock Plates are designed for seamless integration with turbine assemblies, reducing maintenance downtime.

  • Readily Available Parts: We ensure a consistent supply of high-quality spares, minimizing delays during repairs.

  • Cost Savings: Durable construction and precision design reduce the need for frequent replacements, lowering long-term operational costs.

Unlock Turbine Reliability with Liyan International

Запчасти для авиационных двигателей: Опора подшипника CFM56

Looking for Reliable Lock Plates?

At Liyan International Manufacturing Co., Ltd., we deliver precision-engineered Lock Plates for the CFM56 engine. Trusted by airlines worldwide, our components are designed to enhance turbine reliability and efficiency.

Why Choose Liyan International?

  • Uncompromising Quality: Our Lock Plates meet international certifications, including AS9100D and NADCAP, ensuring exceptional reliability.

  • Global Reputation: We are a trusted supplier to leading airlines and engine maintenance operators.

  • Comprehensive Support: Our team provides tailored solutions to meet your fleet’s specific requirements.

Looking to enhance your fleet's performance? Our Lock Plates are engineered to provide unmatched durability and precision. Whether you need replacements for routine maintenance or upgrades to improve engine efficiency, Liyan International has you covered.


Contact us today to learn more about our products and how we can support your aviation needs. Optimize your engines with our Turbine Locking Plates, the perfect solution for reliability and performance.


Get a free quote now!


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