Rubber CompensatorAlso known as flexible rubber joints, shock absorbers, pipeline shock absorbers, vibration dampers, and soft connectors, they typically consist of smooth wave-shaped compensating elements with rubber flanges at both ends, assembled with metal flanges. Metal flanges often feature a loose fit structure. The surface of the wave-shaped compensating element is rubber, with a reinforced layer of multiple fibers or steel strips extending to the rubber flanges at both ends, containing a rigid steel wire frame inside the flanges.

Rubber CompensatorThe product significantly reduces vibration and noise in pipeline systems and fundamentally solves issues such as interface displacement, axial expansion, and eccentricity in various pipelines. Depending on the material, it can be made into various types like acid-resistant, alkali-resistant, corrosion-resistant, oil-resistant, and heat-resistant, suitable for a wide range of media and environments. The material is a very elastic rubber with good sealing properties, light weight, easy installation and maintenance, and a long service life. However, it should be avoided from contacting sharp metal tools to prevent piercing the sphere. For overhead use, an elastic bracket can be used, and the bolts should be tightened diagonally during installation. If the pipeline pressure is too high, use a tension-limiting bolt to connect the flanges at both ends.

Rubber CompensatorThe rubber compensators have been widely applied in desulfurization systems, commonly used on inlet and outlet pipelines of slurry systems, oxidizing air system pipelines, and water system pipelines, such as the inlet and outlet pipelines of slurry circulation pumps and slurry discharge pumps. They offer high pressure resistance, good elasticity, and can withstand certain amounts of axial, lateral, and angular displacements, as well as reduce noise and vibration. Additionally, they possess advantages such as corrosion resistance and wear resistance.