Anti-Vibration Compensator Flanged End: Essential for piping systems. Flanged rubber expansion joints for piping, also known as expansion compensators, expansion joints, or anti-vibration joints, are essential components in any fluid transport system. These components are designed to reduce vibrations generated by pumps, compressors, motors, etc., and are essential for preventing those vibrations from being transmitted to the rest of the piping system or to the surrounding structure. In addition, these joints can correct minor misalignments, absorb water hammer, and compensate for stresses in pipes caused by temperature variations in the fluids circulating through the system.
Code
7190111400
7190111200
7190100200
7190121200
7190100300
7190100400
7190100500
7190100600
7190100800
7190101000
7190101200
Nut
1.1/4″
1.1/2″
2″
2.1/2″
3″
4″
5″
6″
8″
10″
12″
PN
16
16
16
16
16
16
16
16
16
16
16
DN
DN32
DN40
DN50
DN65
DN80
DN100
DN125
DN150
DN200
DN250
DN300
Installation Benefits of the Anti-Vibration Compensator Flanged End
Using single wave flanged rubber expansion joints in installations provides unmatched benefits. Their single-wave design allows greater flexibility and improved capacity to absorb movements and vibrations, thus significantly extending the service life of the piping system. Furthermore, the integrated flanges allow faster and safer installation, reducing downtime and maintenance requirements.
Quality and Reliability
HECAPO single wave flanged rubber expansion joints stand out for their strength and durability. Manufactured with high-quality materials, they withstand the most demanding conditions of modern industrial systems. These joints are among the best options on the market, as their robust design ensures optimal sealing and efficient absorption of vibrations and thermal expansions.
Versatility for Multiple Applications
The wide range of available sizes and specifications allows the appropriate expansion joint to be selected for each application, ensuring efficient performance under different conditions and with various types of fluids.
