Abstract: An insulation material for use on a heat-conducting pipe is disclosed. The insulation material has an exterior surface and an interior surface which, when used, lies on the pipe to be insulated. The exterior surface, when used on the pipe to be insulated, defines an exterior circumference of the insulation material which varies over the axial length of the insulation material.

Abstract: An insulating strip is disclosed. The insulating strip includes a support layer and an insulating material strip secured to the support layer. The insulating material strip includes a first insulating material strip part and a second insulating material strip part where the first insulating material strip part and the second insulating material strip part are spaced apart from each other.

Abstract: An insulating strip is disclosed. The insulating strip includes a support layer and an insulating material strip secured to the support layer. The insulating material strip is divided into a first portion and a second portion and the first portion and the second portion are comprised of a same material.

Abstract: A joint-sealing element for sealing building-structure joints is described, especially for sealing against sound and/or smoke and if necessary against fire. In particular, a joint-sealing element for sealing on a building construction and/or on a building structure is described, especially for sealing a joint between a first building part and a second building part, with a carrier element and a sealing profile disposed on this carrier element, wherein the disposed sealing profile has a predetermined geometry. Furthermore, a sealing arrangement as well as a method for sealing building-structure joints is described, especially for sealing against sound and/or smoke and if necessary against fire, with such a joint-sealing element.

Abstract: A method for sealing an interstice, in particular a joint between two walls, is disclosed. A sealant which is covered with a film upon being applied is used for sealing purposes. A sealing system is also disclosed.

Abstract: A fire-protection tape (24) to be laid into gaps (12) in walls or ceilings (10) of buildings, having at least two main plies (26a, 26b) composed of an intumescent material, and at least one intermediate ply (30a) composed of a second intumescent material disposed between adjacent main plies (26a, 26b), wherein the second intumescent material has a lower intumescence temperature than the material of the main plies (26a, 26), and wherein the main plies (26a, 26b) have a first longitudinal edge (32a, 32b) on one outer side and a second longitudinal edge (34a, 34b) on the opposite outer side, in each instance.

Abstract: A closure element for a fire-protection sleeve is disclosed. The closure element has a body, a connecting element, and at least one locking element for a form-fitting connection to an intumescent strip. The body and the connecting element are designed in one piece.

Abstract: A sealing element for sealing a gap or joint between a support structure and a track is disclosed. The track includes a web and legs that extend vertically from the web. The sealing element includes a cover layer and an insulating strip disposed on the cover layer. The insulating strip includes a portion with a round, an oval, or a triangular cross-section.

Abstract: A mounting holder for a line bushing, by which the line bushing can be incorporated into a component, in particular a wall or a ceiling, is disclosed. The mounting holder has a circumferential wall which is closed at the circumference and has a flange section for fastening to a formwork projecting outward from its first axial end and has an insertion opening which extends axially through the mounting holder for a tubular line bushing emerging from its second, opposite, axial end. A first fastening structure for engaging on an outer circumference of the line bushing projects into the insertion opening.

Abstract: The invention relates to a device for passing pipes or cables through an opening in a building. Said device comprises a sleeve-like housing that has an axial passage channel that is open at its opposite ends; bristles that are mounted on the walls of the passage channel in such a way that they are opposite each other and that are extended inwards in such a way that they mesh with one another in order to close the passage channel; and flexible strips of material that are mounted in the passage channel and that are coated with an intumescent material.

Abstract: An insulation material for use on a heat-conducting pipe is disclosed. The insulation material has an exterior surface and an interior surface which, when used, lies on the pipe to be insulated. The exterior surface, when used on the pipe to be insulated, defines an exterior circumference of the insulation material which varies over the axial length of the insulation material.

Abstract: A sealing element for sealing a gap or joint between a support structure and a track is disclosed. The track includes a web and legs that extend vertically from the web. The sealing element includes a cover layer and an insulating strip disposed on the cover layer. The insulating strip includes a portion with a round, an oval, or a triangular cross-section.

Abstract: A sealing element for sealing a gap or joint between a support structure and a track is disclosed. The track includes a web and legs that extend vertically from the web. The sealing element includes a cover layer where the cover layer has a first portion that is adhesively attached to the support structure and a second portion that is adhesively attached to a leg of the track. The cover layer has a flexing point where the flexing point is disposed near a gap or joint between the support structure and the leg of the track.

Abstract: Described is a sprayable, stable composition containing at least one organopolysiloxane containing hydroxyl groups and/or hydrolyzable groups, at least one cross-linking agent on the basis of a functionalized silane, at least one filler on the basis of silicon dioxide, and at least one condensation catalyst, the use of said composition as a coating, and a method for sealing openings or gaps in building components.

Abstract: One or more embodiments of the present invention relate to a holder for a fire protection sleeve, having a mounting portion, a supporting portion and a holding portion, characterized in that the holding portion is provided with anchoring structure, which may positively interlock with the cover of a fire protection sleeve. One or more embodiments of the present invention also relate to an assembly of such a holder and a fire protection sleeve comprising a strip of an intumescent material, which is surrounded by a cover at least on one flat side and a longitudinal edge, characterized in that the anchoring structure may dig into the cover in the region of the longitudinal edge.

Abstract: A sealing element for sealing a gap between a support structure and a track is disclosed. The track includes a web and legs that extend vertically from the web. An embodiment of the sealing element has an insulating strip that includes an insulating material strip and a cover layer.

Abstract: A sealing element for sealing a gap between a support structure and a track, where the track includes a web and legs that extend vertically from the web. An embodiment of the sealing element has an insulating strip that includes an insulating material strip and a cover layer.

Abstract: A sealing element for sealing a gap between a support structure and a track, where the track includes a horizontal main track section and track side sections that extend vertically from the main track section, is disclosed. The sealing element includes an insulating material strip which at least partially contains an intumescent material. The insulating material strip abuts the horizontal main track section of the track and is disposed between the track and the support structure.

Abstract: A firestop collar including a support band made of sheet metal and an intumescent strip that runs along the support band and is connected to it. The support band is provided with several pre-defined cutting zones which are at a distance from each other in the lengthwise direction and which run crosswise to the lengthwise direction. The intumescent strip has cutting areas that are oriented in the same manner and in which the intumescent strip is thinner than it is in the adjacent areas in the lengthwise direction. The cutting areas coincide with the cutting zones of the support band.

Abstract: A method is described for the production of a dispersion, especially a coating or sealing compound, having a viscosity of less than about 30,000 mPas, whose viscosity increases to more than 50,000 mPas or that becomes firm as a result of its application, whereby a shear-thickening additive is added to a precursor composition of the dispersion at a shear rate that does not activate the shear-thickening additive. Consequently, it is possible to formulate dispersions, especially sealing and/or coating compounds, in such a way that they have a low viscosity for storage and processing, and only at the time of the use of the dispersion is the final viscosity set by suitable equipment.