Epsilon Composite

Technip N-power

Epsilon Composite Sarl

José Portoles

Anh Tuan Do

Stéphane Lull

Denis Ferrer

Dominique Nogues

Yann Chaumet

Matthieu Landais

Maxime Dos Santos

Valentin Albistur

The invention relates to a reinforcement, containing fibers and resin, for an element made of a composite material, particularly a wind turbine blade, characterized in that the reinforcement is produced by stacking at least two parts produced by pultrusion. A reinforcement, containing fibers and resin, for an element made of a composite material, particularly a wind turbine blade, is characterized in that the reinforcement is produced by stacking at least two parts produced by pultrusion.

Mechanical reinforcement for a part made of composite material, in particular for a wind turbine blade of large dimensions

The invention relates to a reinforcement, containing fibers and resin, for an element made of a composite material, particularly a wind turbine blade, characterized in that said reinforcement is produced by stacking at least two parts produced by pultrusion. A reinforcement, containing fibers and resin, for an element made of a composite material, particularly a wind turbine blade, is characterized in that the reinforcement is produced by stacking at least two parts produced by pultrusion.

A hybrid tube, in particular for an aircraft seat structure includes ribs intended to receive the hybrid tube. The hybrid tube includes a monolithic carbon tube and at least one sleeve made from a ductile material and connected to the carbon tube by means of gluing, shrink-fitting or over-molding.

Tube having a hybrid-type structure, in particular for an aircraft seat

The object of the invention is a process for the production of a tube of high stiffness, characterized in that it comprises the following steps:

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Queyrac, France

José Portoles