Circular fabric compensator, as a kind of non-metallic compensator, is mainly used in circular pipeline system, and its main functions include:
Displacement compensation：
Axial compensation: Expansion and contraction of the absorption pipe in the axial direction.
Lateral compensation: Offset in the lateral direction of the absorption pipe.
Angular compensation: Absorbs the displacement of the pipe due to steering or angle changes.
Vibration and noise reduction：
The material of the fabric compensator usually has a certain degree of flexibility, which can effectively absorb vibrations in the pipeline system and reduce the propagation of mechanical noise.
Sealability：
In the environment of high temperature, high pressure or corrosive media, the fabric compensator can maintain good sealing and prevent media leakage.
Medium resistance：
The materials used such as PTFE and silicone rubber have the characteristics of high temperature resistance and corrosion resistance, which are suitable for various harsh working conditions.
Easy to install and service：
Compared to metal compensator , fabric compensators are generally lighter and easy to install and replace, simplifying the maintenance work of the plumbing system.
Cost savings：
The use of non-metallic materials can reduce the need for heavy-duty support structures and reduce design and construction costs.
Adapt to environmental changes：
Fabric compensator can better adapt to temperature changes, avoid pipe stress caused by thermal expansion and contraction, and prolong the service life of pipe system.
Environmental Protection：
In some sensitive areas, such as hospitals, schools, etc, the use of round fabric compensators can reduce noise and vibration, which is beneficial to create a quiet working and living environment.
Circular fabric compensators are widely used in electric power, chemical industry, metallurgy, cement, environmental protection and other industries, especially in pipeline systems with high temperature, high pressure and corrosive media such as boilers, fans, chimneys, flues, hot air ducts, etc. They can effectively reduce the stress caused by thermal expansion and mechanical movement, and ensure the safe operation of pipeline systems.