Application of metal bellows compensator in flue

The metal bellows compensator absorbs the displacement and vibration generated in the flue conveying process. When selecting the metal compensator, it is necessary to implement the compensation amount, working pressure, working temperature, medium type and other factors. When selecting the metal compensator, it is selected in combination with the use of the environment.

As the pipe system of exhaust gas and smoke, the flue will cause displacement, deformation or stress concentration and other problems due to the influence of media temperature change and mechanical vibration. In order to solve this series of problems in the management system. There is the appearance of the bellows compensator.

The bellows compensator is divided into round, rectangular and shaped according to the section shape of the pipe. The structure is composed of the main working elements bellows, pull rod, end nozzle, guide cylinder, hinge plate, vertical plate, limit ring and other mechanism parts. Specifications are different for different media, temperatures, and working conditions. The displacement in axial, lateral and angular direction is absorbed respectively.

Installed in the flue system to perform the following functions:

1. The bellows compensator can absorb the displacement of the flue due to thermal expansion and cold contraction through the expansion and deformation of its bellows. So as to avoid the damage caused by excessive deformation of the pipeline.

2, in the flue system, the equipment will produce vibration during operation, these vibrations may be transmitted to the pipeline, resulting in pipeline damage and affect the normal operation of the equipment. The installation of ripple compensators can absorb vibration and mitigate the impact of vibration on the piping system.

3, reduce the phenomenon of stress concentration, thereby improving the stability of the pipe system

When selecting the metal compensator, it is necessary to implement the compensation amount, working pressure, working temperature, medium type and other factors, and the selection is integrated with the use of the environment.