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Compensators serve the function of flexible connections for pipes, absorbing axial, lateral, or angular movements. The elastic part of the compensator is made from rubber, steel, or PTFE, depending on the temperature and medium. We also offer fabric compensators, which are mainly used for gaseous and powdered media

The application areas for compensators are very broad: chemical and processing industries, power plants, paper industry, food and beverage industry, rolling mills, gas and water supply systems, and more. Compensators are flexible joints used in pipelines and systems for transporting liquids, gases, or steam to compensate for thermal, mechanical, or geometric stresses arising from changes in temperature, pressure, or vibrations in the system. These joints allow for flexibility and movement within the pipeline, reducing stress on connections and preventing damage to the pipeline or related components.

Main Types of Compensators:

Rubber Compensators:

Rubber expansion joints are used to compensate for movements and mitigate the transfer of vibrations and noise in industrial equipment, machines, and pumps, as well as in piping systems. They can accommodate axial, lateral, angular, and universal movements. The expertise in the design and construction of Stenflex rubber compensators is reflected in their long service life and high operational reliability. They are widely used in industries such as machinery construction, engine manufacturing, industrial equipment production, nuclear power plants, conventional power plants, shipbuilding, food and beverage industry, ventilation and air conditioning technology, as well as in drinking water and wastewater technology.

Steel Compensators:

Steel expansion joints are used as flexible pipe joints in machinery and the construction of industrial equipment and pipelines. They serve to compensate for movement, reduce system stress, mitigate the transfer of vibrations and noise, equalize ground settling, and address installation inaccuracies. They are characterized by high pressure resistance, thermal durability, tested vacuum stability, and good chemical resistance. They can accommodate axial and lateral movements and are noted for their above-average service life and high flexibility in installation location and application areas. Applications include machinery manufacturing, pipeline construction, chemical industry, gas and water supply, building services engineering, and exhaust system engineering.


PTFE Compensators:

PTFE (Teflon) expansion joints are particularly suitable for aggressive media. Practically fire-resistant, PTFE is universally resistant to nearly all chemicals and solvents. They can accommodate universal and lateral movements and are used to compensate for movement, thermal expansion, and to mitigate the transfer of vibrations and noise. They are characterized by high reliability, long service life, maximum chemical and solvent resistance, and electrical insulation. Applications include the chemical and pharmaceutical industries, food and beverage industry, and wastewater treatment sector.