The cross section of the tube of a tubing section of the tubing system is thus used as an indicator for identifying the tubing system.

It is characterised in that it consists further in heating said flexible metal tube (2) upstream of the extruding means at a temperature less than 100 °C.

The invention relates to a flexible pipe and a method of producing such a pipe.

An improved flexible flowline (1) for conveying fluids.

The clamp (60) is operable to compress the flexible line (11) against the force sensor (70) by a predetermined degree of deformation of the flexible line (11).

Methods of providing flexible duct are provided.

A flexible pipe (11) for subsea installation has a fluid impervious tube (13) surrounded by a structure pipe (21).

The invention concerns a underwater connection assembly, and a connection method, for connecting a riser (12) and a flexible pipe (26).

A material feed for supplying suspensions to a web-type support is subdivided across its width into module-like segments each of which is supplied by a distributor through a flexible duct.

The invention concerns a method and a facility for producing a flexible instrumented pipe (10).

The invention relates to a device for limiting the lateral buckling of tensile armouring plies of a flexible pipe.

A hose tracking system having a hose assembly with an attached RF ID tag imbedded therein during manufacture, molded thereon or permanently attached.

The invention relates to a flexible pipe element, in particular for the exhaust gas system of a motor vehicle.

The invention also relates to a flexible pipe comprising at least one unbonded armouring layer and at least one unbonded sealing layer wherein at least one armouring layer of the flexible pipe is of this duplex steel.

The invention relates to an assembly for connecting a flexible line (20) to an underwater installation (18).