Nexans

Sophie Barbeau

Michael Meyer

Jérôme Fournier

Claus-Friedrich Theune

Daniel Guery

Michel Martin

Corinne Poulard

Lazhar Kebbabi

Jerôme Fournier

An electric cable () includes at least one composite reinforcement element () including one or more reinforcement element(s) at least partially embedded in an organic matrix. A coating () surrounds the composite reinforcing element(s) (). The coating () is sealed all around the composite reinforcing element(s) (). At least one conducting element () surrounds the coating (), where the thickness of the sealed coating () does not exceed 3000 &#x3bc;m.

High voltage electric transmission cable

An electrical cable () includes at least one central reinforcing element () extending along the cable, said reinforcing element being encircled by at least one electrically conductive element () extending along the cable, where the central reinforcing element () is a tubular body.

High-voltage electrical transmission cable

The present invention relates to a power and/or telecommunications cable including at least one component element made of a material extruded from an extrudable composition, wherein said extrudable composition comprises a biopolymer selected from polymers of cellulose ester, polymers of starch complexed with a biodegradable polyester, polymers of polyhydroxyalkanoate, and/or polymers of polylactic acid comprising a mixture of polylactic and of polyester.

Biopolymer-based composition for a power and/or telecommunications cable

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Genas, France

Sophie Barbeau