Abstract: Silicone gels are described that are adhesive to the skin. The gels are able to be used in particular for articles that are adhesive to the skin for medical or paramedical use.

Abstract: Silicone gels are described that are adhesive to the skin. The gels are able to be used in particular for articles that are adhesive to the skin for medical or paramedical use.

Abstract: Silicone gels are described that are adhesive to the skin. The gels can be used in particular for articles that are adhesive to the skin for medical or paramedical use.

Abstract: Items that can adhere to the skin for medical or paramedical use are described. Also described, is a skin-adhesive item.

Abstract: Silicone gels are described that are adhesive to the skin. The gels can be used in particular for articles that are adhesive to the skin for medical or paramedical use.

Abstract: Items that can adhere to the skin for medical or paramedical use are described. Also described, is a skin-adhesive item.

Abstract: The invention relates to a process for the adhesive bonding of fibrous supports using a silicone elastomer which is thermosetted by radical crosslinking using at least one peroxide. The silicone elastomer is inserted between the supports over at least a portion of the region of overlap of the supports, where the supports are held in contact in the region of overlap in an manner that prevents trapping of air at the interface between the supports. The supports containing the silicone elastomer are heated while in intimate contact to allow the adhesive bonding of the supports by crosslinking of the adhesive.

Abstract: This invention relates to silicon compositions particularly useful for the production of anti-fouling varnishes that can be applied to flexible or bulk supports. In particular, embodiments of the invention are directed to cross-linkable silicone composition that is cross-linkable by polyaddition and includes at least two inter-reactive polyorganosiloxane (POS) species (A) and (B) in the presence of a metal catalyst (C) in order to allow cross-linking by polyaddition; and optionally at least one particulate component (D); at least one cross-linking inhibitor (E); optionally at least one solvent (F), optionally at least one adhesion promoter (G); and optionally at least one functional additive (H) for imparting specific properties.

Abstract: A hydrosilylation (polyaddition)-vulcanizing elastomer silicone composition, including (a) a vinylated polyorganosiloxane (POS), (b) at least one hydrogenated POS, (c) a platinum catalyst, (d) optionally a coupling agent, (e) optionally a mineral filler, (f) optionally a crosslinking inhibitor, and optionally a POS resin and functional additives. The composition has a dynamic viscosity between 1,000 and 7,000 mPa·s, at 25° C. before crosslinking and, after overall crosslinking by thermal effect has at least one of the following properties: a Shore A hardness of at least 2, a breaking strength of at least 0.5 N·mm?1, and a breaking elongation of at least 50%. Also disclosed is a composite which is fully impregnated by means of a 100% bicomponent (RTV-2) silicone liquid.

Abstract: The invention relates to silicone compositions particularly useful for the production of anti-fouling varnishes that can be applied to flexible or bulk supports. The aim is to provide an anti-fouling silicone varnish for textiles coated with silicone elastomers which is economical, adhesive, non-slip and glossy. This aim is achieved by means of a crosslinkable silicone composition comprising: A—100 parts by weight of dry POS resin (A), preferably of formula MMViQ, B—35 to 150 parts by weight of POS (B), preferably of formula (MH)(2w+2) Qw with w=1 to 6, C—0.0005 to 0.

Abstract: The invention relates to the adhesive bonding of fibrous materials, in particular of flexible supports, such as woven supports or nonwoven supports, comprising at least one silicone coating obtained by the application of a coat or by impregnation. The aim of the invention is to provide an improved process for combining together fiber/silicone composite parts using a silicone elastomer, which process has to be economical and not very expensive to carry out. This aim is achieved by the invention, which relates to a process for the adhesive bonding of fibrous supports, this process being of the type of those consisting in causing the supports to be adhesively bonded to overlap one another, a silicone-based adhesive thermosetting by radical crosslinking using at least one peroxide being inserted between the supports over at least a portion of the region of overlap.

Abstract: A hydrosilylation (polyaddition)-vulcanizing elastomer silicone composition, including (a) a vinylated polyorganosiloxane (POS), (b) at least one hydrogenated POS, (c) a platinum catalyst, (d) optionally a coupling agent, (e) optionally a mineral filler, (f) optionally a crosslinking inhibitor, and optionally a POS resin and functional additives. The composition has a dynamic viscosity between 1,000 and 7,000 mPa·s, at 25° C. before crosslinking and, after overall crosslinking by thermal effect has at least one of the following properties: a Shore A hardness of at least 2, a breaking strength of at least 0.5 N·mm?1, and a breaking elongation of at least 50%. Also disclosed is a composite which is fully impregnated by means of a 100% bicomponent (RTV-2) silicone liquid.