A method for extraction of metal reinforcement from rubber tyres provides for placing the tyre with a metal reinforcement into a high-frequency electromagnetic field, heating it and separating the metal reinforcement from the rubber.

The present invention provides an intraluminal stent comprising a metallic reinforcing component and a biodegradable polymeric material covering at least a portion of the metallic reinforcing component.

The invention also relates to a metal/rubber composite comprising such a composition and at least one metal reinforcement, as well as to a tyre comprising such a composition or such a composite.

The invention also relates to a metal/rubber composite comprising such a composition and at least one metal reinforcement, as well as to a tyre comprising such a composition or such a composite.

The invention also comprises a metallic reinforcement (1.9) and an external mesh (2.1).

The invention also relates to a metal reinforcement such as a wire, cable, film, or plate that is coated with a polymer according to the invention.

The invention also concerns a metal reinforcement such as a wire, cable, film or plate, coated with a polymer according to the invention.

A reinforcing metal stip (105) is embedded in at least one thin wall.

The card socket further includes a metal reinforcement to strengthen the socket housing.

An adhesion promoting layer is interposed between the metal reinforcement element and the polymer material.

The modules contain attachment features that allow them to be organized on a metal stiffener.

Benefit from 30% at ravnozamene metal reinforcement on composite

At the normal temperature, the inner dimension of the metal reinforcing ring is smaller than the periphery dimension of the reinforced portion of the non-metal.

CES Multigates are metal-reinforced cable entry plates.

Said conductive layer (2) is conductively connected to the metallic stiffener (8) by means of solder.