FABRIC EXPANSION JOINTS

Ferlam Compensateurs manufactures all type of expansion joints intended to absorb movements of your ducts according your working conditions and meeting your requirements. We have in stock over 80 technical fabrics, which once assembled, can resist to temperatures going from -50°C to 1200°C.

Good to know

Expansion joint design depend of your technical specifications, mediums and operating conditions of your installations. It is recommended to consult us to define the best solution for your needs.

FABRIC EXPANSION JOINT IT IS...

Whether axial, angular or lateral movements, fabric sleeve can compensate various displacements of your duct.

Fabric expansion joint reduce various vibrations generate by working piping systems. 

Flexible fabric compensator decreases noise generated by ducts and contributes to a quieter environment.

They are able to withstand corrosive environments and chemical substances, extending thereby life of your installations.

The materials used in this type of compensator are very resistant to high temperatures.

Textile gaskets are flexible and prevent fluid or gas leaks.

SELECT THE RIGHT DESIGN

Manchette sans bords

Flat edge sleeve

Compensateur à plat

Outlet flat expansion joint 

Compensateur à plat

Inlet flat expansion joint

Compensateurs avec bourrage

Flat expansion joint with bolster and ears

Compensateur à bords tombés

Outlet U-Type expansion joint 

Compensateur à bords tombés

Inlet U-Type expansion joint 

COMPOSITION

  • Expansion joint, sleeve, compensastor, flexible joint…
  • Including or not bolster with or without ears giving maximum temperature resistance and dust protection
  • Bolster reinforced or not with wire mesh
  • Flanges and counter-flanges
  • Steel and stainless steel inner sleeve…
  • Metallic ring (optional)
  • Tie-rods (optional)

DESIGNS

Tailor-made, round, square, spiraled, conical, pyramidal…

PROPERTIES

RESISTANCE

  • Temperatures resistance from -50°C to 1200°C
  • Pressure resistance up to 5000mmCE
  • Wide corrosive flow resistance

MOVEMENTS

  • Compression or axial elongation

  • Lateral

  • Twisting

QUALITY INSPECTION

  • Dimensional inspection
  • Visual inspection

SOME ACHIEVEMENTS