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In hydraulic systems, why are Inverted Flare connections often used?

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Abstract:Inverted Flare is a commonly used pipe connection ...
Inverted Flare is a commonly used pipe connection method in hydraulic systems. Its reliable sealing performance provides a solid foundation for the stable operation of the hydraulic system. The reliability of sealing not only effectively prevents liquid leakage, but also ensures that the working fluid in the system is sealed, thus maintaining the efficiency and reliability of the system.
In hydraulic systems, vibration and shock are common working environments, and the Inverted Flare connection exhibits excellent anti-vibration performance through its unique design. This connection method can effectively absorb and alleviate the vibration and impact generated during system operation, ensuring the firmness and stability of the connection points, thereby extending the service life of the system.
The advantage of the Inverted Flare connection is also its simple installation process. No complex tools or professional training are required, which makes maintenance and repair of the hydraulic system more convenient, improving operational convenience and efficiency. This is of great practical value for hydraulic systems that require frequent maintenance or emergency repairs.
In hydraulic systems, high-pressure liquids are a common working state, and the connection points must have sufficient strength and durability to cope with the high-pressure environment in the system. The Inverted Flare connection ensures the strength and pressure resistance of the connection through its structure and thread design, meeting the requirements of the hydraulic system for high-pressure liquid handling.