Abstract: The invention relates to a flat gasket, having at least one metallic layer in which at least one port is formed, the metallic layer or at least one of the metallic layers (1) being formed at least in regions in the form of an undulating and/or serrated profiling (2) around the port(s).

Abstract: A gasket may have at least one metallic layer with at least one combustion gas through-opening and at least one fastener through-opening. The fastener through-opening may be at least partially circumferentially bounded by a deformation limiter having a plurality of troughs and crests. All of the troughs and crests are substantially aligned with one another.

Abstract: The invention relates to a flat gasket, having at least one metallic layer in which at least one port is formed, the metallic layer or at least one of the metallic layers being formed at least in regions in the form of an undulating and/or serrated profiling around the port(s).

Abstract: A gasket may have at least one metallic layer with at least one combustion gas through-opening and at least one fastener through-opening. The fastener through-opening may be at least partially circumferentially bounded by a deformation limiter having a plurality of troughs and crests. All of the troughs and crests are substantially aligned with one another.

Abstract: The present invention concerns a metallic flat gasket with at least one sealing layer with at least one port, with a sensor layer corresponding to the ports being deposited on at least one surface of the sealing layer. This sensor layer consists of a compression protection layer and at least one break, in which a sensor element is at least partially installed.

Abstract: The inventive flat cylinder head seal ring consists of at least one metallic layer (1, 2) and at least one cylinder through hole and another through hole embodied therein. A first deformation limiting element (6) is formed at least partially around at least one cylinder through hole and a bead (5) which extends along the entire length of the periphery of the cylinder through hole for forming a seal on the side of the first deformation limiting element (6) opposite to the said cylinder through hole. In addition, a second deformation limiting element (7) provided with a wave or trapeze-shaped profile is arranged on the side of the bead (5) opposite to the first deformation limiting element (6) in the area of the edge periphery and/or at least in the area of the other through hole.

Abstract: The invention relates to a flat gasket, having at least one metallic layer in which at least one port is formed, the metallic layer or at least one of the metallic layers (1) being formed at least in regions in the form of an undulating and/or serrated profiling (2) around the port(s).

Abstract: The invention relates to a flat gasket comprising at least one metallic layer, in which at least one continuous opening is made, whereby the or at least one metallic layer (1) is provided, at least in areas, in the shape of an undulated and/or serrated profiling (2) around the continuous opening(s).

Abstract: The present invention relates to a multi-layered steel gasket,for example a cylinder head gasket, having at least one through opening, for example for a combustion chamber of an internal combustion engine, in which at least three active metallic gasket layers are disposed one above the other; beads being formed in at least two gasket layers around the through opening(s); and a first bead-shaped, plastically deformable deformation limiter being disposed in a spacer sheet, which is disposed between these two gasket layers, on the side adjacent to the beads.

Abstract: The present invention concerns a metallic flat gasket with at least one sealing layer with at least one port, with a sensor layer corresponding to the ports being deposited on at least one surface of the sealing layer. This sensor layer consists of a compression protection layer and at least one break, in which a sensor element is at least partially installed.

Abstract: The invention concerns a cylinder head gasket for sealing the region between cylinder head and a cylinder block having a cylinder liner of an internal combustion engine, comprised of at least one sealing sheet that has at least one combustion chamber passage opening and a combustion chamber crimp running around the combustion chamber passage opening, where a stop serving as a path limiter for the combustion chamber crimp is provided on the side of the combustion chamber crimp facing away from the combustion.chamber passage opening and which stop encloses the combustion chamber crimp laterally, where at least one sealing sheet has at least two concentric combustion chamber crimps, which are enclosed laterally by the stop.

Abstract: The invention relates to a flat gasket comprising at least one metallic layer, in which at least one continuous opening is made, whereby the or at least one metallic layer (1) is provided, at least in areas, in the shape of an undulated and/or serrated profiling (2) around the continuous opening(s).

Abstract: The invention refers to gaskets suitable for usage in internal combustion engines. The gaskets according to the invention comprise at least one metal layer, the metal layer having one or several openings in accordance with the number and location of the combustion chambers, and, if present, coolant and lubricant passageways of the internal combustion engine, and a metal ring located around the combustion chamber opening(s), the metal ring being laminated on the metal layer and joined to the latter over a plastic layer. The plastic layer provides the gasket in the region of the metal ring with plastic, plastic/elastic or elastic characteristics. Furthermore the invention refers to a method for manufacturing the gasket according to the invention.

Abstract: The invention relates to a multi-layered steel gasket, for example, a cylinder head gasket, with at least one through opening (7,7′), for example, for the combustion chamber of an internal combustion engine, with at least three active metallic sealing layers (2, 2′, 2″) arranged one on the other. In at least two sealing layers (2, 2″) beads (3, 3″) are formed around the through openings and in a spacer sheet (6) arranged between the both sealing layers a bead-shaped plastically deformable deformation limiter (4) is arranged on the side adjacent to the beads.

Abstract: The invention pertains to a cylinder head gasket (1) for sealing a region between the cylinder head and the cylinder block of a combustion engine, comprising at least one sealing plate (2) that features several adjacent combustion chamber passages (3, 4) and a corresponding combustion chamber bead (5) running around the combustion chamber passage (3), wherein there is a stopper (6) that acts as a displacement limiter for the combustion chamber bead, wherein the stopper is interrupted in the region (10) between two combustion chamber passages (3, 4) and extends essentially over the entire area of the sealing plate (2) where there are no openings.

Abstract: A metal gasket is proposed, especially a cylinder head gasket for a combustion engine, which comprises a sealing plate having a combustion chamber through-hole, a deformation-limiting device lying adjacent to the combustion chamber through-hole and respectively one top and one bottom layer. The deformation-limiting device is configured as a symmetrical bead in relation to the top and bottom layers. A protrusion preferably provided with a radius is orientated towards one of the top and bottom layers and opposite thereto a depression facing the other of the top and bottom layers is provided which is surrounded by two raised portions projecting opposite the surface of the sealing plate. A filling is accommodated in the depression.

Abstract: The invention pertains to a cylinder head gasket (1) for sealing a region between the cylinder head and the cylinder block of a combustion engine, comprising at least one sealing plate (2) that features several adjacent combustion chamber passages (3, 4) and a corresponding combustion chamber bead (5) running around the combustion chamber passage (3), wherein there is a stopper (6) that acts as a displacement limiter for the combustion chamber bead, wherein the stopper is interrupted in the region (10) between two combustion chamber passages (3, 4) and extends essentially over the entire area of the sealing plate (2) where there are no openings.

Abstract: A metal flat gasket is provided that includes at least one sealing plate on which a bead and a deformation limiter for the bead are arranged around at least one through opening. The deformation limiter comprises a thickened part produced by upsetting the edge of the sealing plate in the region of the through opening. The thickness of the deformation limiter is substantially uniform over its entire length.

Abstract: The invention concerns a cylinder head gasket for sealing the region between cylinder head and a cylinder block having a cylinder liner of an internal combustion engine, comprised of at least one sealing sheet that has at least one combustion chamber passage opening and a combustion chamber crimp running around the combustion chamber passage opening, where a stop serving as a path limiter for the combustion chamber crimp is provided on the side of the combustion chamber crimp facing away from the combustion chamber passage opening and which stop encloses the combustion chamber crimp laterally, where at least one sealing sheet has at least two concentric combustion chamber crimps, which are enclosed laterally by the stop.

Abstract: The invention refers to gaskets suitable for usage in internal combustion engines. The gaskets according to the invention comprise at least one metal layer, the metal layer having one or several openings in accordance with the number and location of the combustion chambers, and, if present, coolant and lubricant passageways of the internal combustion engine, and a metal ring located around the combustion chamber opening(s), the metal ring being laminated on the metal layer and joined to the latter over a plastic layer. The plastic layer provides the gasket in the region of the metal ring with plastic, plastic/elastic or elastic characteristics. Furthermore the invention refers to a method for manufacturing the gasket according to the invention.