The structure of a thermosleeve compensator usually consists of a sleeve, a sealing material, and a plain bearing. The sleeve is the main part of the compensator, which is usually made of high-temperature, corrosion-resistant material, and is filled with plain bearing material to reduce the frictional resistance of the pipe during the sliding process. The sealing material is a critical part of the compensator, which can effectively seal the pipe and prevent the leakage of the medium. Plain bearings play the role of support and guidance, ensuring the stable operation of the pipe during the sliding process.
The advantages of the thermal sleeve compensator include simple structure, compactness, easy use, and strong adaptability. It can be applied to a variety of different piping systems, such as steam, hot water, oil and gas, etc., and can operate stably in the environment of high temperature, high pressure and corrosive media.
As an important thermal piping equipment, the thermal sleeve compensator has been widely used in industrial production and urban construction. By understanding its working principle, structural characteristics and precautions for use, we can better play its advantages and extend its service life, and provide a reliable guarantee for the normal operation of various thermal piping systems.