Abstract: A method for the production of a functional layer of a building shell (2), whereby the building shell (2) has a sheathing (11) on the inside of the building and a large number of rafters (12) with roof bays (14) provided between the rafters (12) and the sheathing (11). It is provided, in this case, that the functional layer is applied at least in some places by painting and/or spraying on the outside (15) of the sheathing (11), and an air-tight and/or water-tight foil (10), made especially as a vapor barrier, forms after application.

Abstract: A functional layer for a building shell, a method for production of the functional layer, and a building shell with the functional layer applied thereto. The building shell has a sheathing on its inside and a large number of rafters with roof bays provided between the rafters and the sheathing. The functional layer is applied at least in some places by painting and/or spraying on the outside of the sheathing, and an air-tight and/or water-tight foil, made especially as a vapor barrier, forms after application.

Abstract: For producing a creped material, especially a sealing material for connections and transitions on buildings, with this material being provided with crepe folds, wherein the crepe folds run in different directions, a method is disclosed with the steps of: a) preparing a deformable material web (9) with a main expansion direction (90); b1) forming a longitudinal profile (91) in at least one region of the deformable material web (9), wherein the longitudinal profile runs essentially parallel to the main expansion direction (90); c) forming a transverse profile (94) in at least one region of the deformable material web (9), wherein the transverse profile (94) runs at an angle other than 180° relative to the main expansion direction (90); and d) pressing at least one section of the deformable material web (9) that has at least one region with a longitudinal profile (91) and a transverse profile (94), so that the material web (9) is provided with the crepe folds.

Abstract: A functional layer for a building shell, a method for production of the functional layer, and a building shell with the functional layer applied thereto. The building shell has a sheathing on its inside and a large number of rafters with roof bays provided between the rafters and the sheathing. The functional layer is applied at least in some places by painting and/or spraying on the outside of the sheathing, and an air-tight and/or water-tight foil, made especially as a vapor barrier, forms after application.

Abstract: A part which is extremely high-temperature resistant and has an extremely high-temperature resistant coating having at least one silicate, the coating being stable at an operating temperature of more than 1,000° C. up to 2,000° C. For an extremely high-temperature resistant part having an extremely high-temperature resistant coating, which is stable at operating temperatures of over 1000° C. and can be applied simply and economically, it is provided that a coating means including a silicate or a mixture of silicates and water or solvent be used and be baked at temperatures of from 300° C. to 2000° C.

Abstract: The invention relates to a method for producing an adhesive connection between workpieces, comprising the steps of: providing a workpiece having a metal surface, said workpiece comprising a coating at least on a melt surface, said coating comprising a thermoplastic; providing a workpiece having a thermoplastic surface; placing the melt surface and the workpiece having the thermoplastic surface against each other, welding the workpiece having a metal surface and the workpiece having the thermoplastic surface to the melt surface under the effect of ultrasonics.

Abstract: A sheet (1), preferably for use in the building sector, and in particular, for sealing the shell of a building, comprising a planar sheet body (2) that has at least one elastic layer as a sealing layer (17) made of a material of such elasticity and such restoring force that, when the sealing layer (17) is penetrated by a fastener (4), the material of the sealing layer (17) surrounding the fastening means (4) encloses the fastener (4) and provides sealing in the region of the fastener (4). Alternatively, the sheet body contains a sealing material which, upon perforation of the sheet body, is able to automatically emerge or swell to an extent sufficient to close or seal the perforation.

Abstract: The invention relates to an attachment element for studded plastic sheets comprising a base body with at least one stud projecting from a front of the base body. To provide an attachment means that results both in a tear-resistant attachment of the studded plastic sheet to the building wall and in extensive surface contact at a top edge of the studded plastic sheet, it is provided that a head portion is arranged on the base body, which fully or at least partially projects from the front of the base body with a resiliently deformable area.

Abstract: A method is provided for the production of an active-breathing composite in the form of a web, consisting of a nonwoven made of synthetic material and a layer fully or mainly consisting of polyurethane for utilization as counter ceiling webs for roofs and as facade webs. PU or a mixture of materials with a high fraction of PU is heated to melting temperature and extruded on a nonwoven made of PP in order to form a diffusion-open coating of the PP nonwoven and then pressing the PP nonwoven in order to form an active-breathing composite.

Abstract: A method for applying at least one anticorrosive, liquid, metal-particle-containing coating agent to a workpiece (2) with the steps application of a first layer of a coating agent to the workpiece (2) application of a second layer of a coating agent to the first layer. In order to suggest measures that permit a time-efficient application of a two-layer coating made of anticorrosive, liquid, metal-particle-containing coating agent, it is provided that the second layer is applied while the first layer still needs to dry.

Abstract: A method for the production of a functional layer of a building shell (2), whereby the building shell (2) has a sheathing (11) on the inside of the building and a large number of rafters (12) with roof bays (14) provided between the rafters (12) and the sheathing (11). It is provided, in this case, that the functional layer is applied at least in some places by painting and/or spraying on the outside (15) of the sheathing (11), and an air-tight and/or water-tight foil (10), made especially as a vapor barrier, forms after application.

Abstract: The invention depicts and describes a panel heating device (1) for placing in the area of floors, walls or ceilings, comprising an electrically conductive layer (2), another first layer (3), and electrical supply lines (5, 6). The invention provides that the first layer (3) is made of an electrically insulating and liquid-tight material.

Abstract: A method for producing a coating powder is provided, including the steps of providing a powdery basic composition, comprising binders, and mixing at least one powdery aggregate with the powdery basic composition to produce a finished coating powder, wherein, during mixing, a powdery state of the aggregate and the basic composition is maintained, and wherein at least one lubricant is used as said powdery aggregate which does not melt as the binder cures.

Abstract: In a foundation assembly, a moisture barrier is placed on a footing and a foundation wall is on the moisture barrier. The moisture barrier thus isolates the foundation wall from the footing. The footing defines a keyway. The moisture barrier comprises a waterproof layer, a bottom layer attached to bottom side of the waterproof layer, and a top layer attached to the top side of the waterproof layer. The waterproof layer blocks passage of water therethrough. The bottom layer is for attaching the moisture barrier to the footing, and comprises a material that attracts water and binds to cement. The moisture barrier comprises a keyway portion sufficiently flexible and configured to fit the keyway in the footing. When the keyway portion fits to the keyway on the footing, it defines a secondary keyway for receiving a key portion of the foundation wall.

Abstract: The invention relates to a method for adjusting the friction coefficient of the surface of a metallic workpiece by applying and hardening a single-layer or multi-layer coating having a boundary surface facing toward the workpiece and having a boundary surface facing away from the workpiece, wherein one or more base coats each having at least one binding agent and metallic particles, is/are applied in layers, and at least one of the base coats has at least one lubricant.

Abstract: The invention relates to a coating method for a workpiece, including the following method steps: a) applying a coating liquid to the workpiece, wherein the coating liquid comprises an ionic liquid containing ions of at least one element, b) electrochemically depositing a layer of the at least one element from the coating liquid on the workpiece, c) removing the workpiece from the coating liquid, d) removing excess coating liquid from the workpiece. In order to suggest an industrially suitable coating process, particularly for workpieces having at least a partial metal surface, using stable, durable baths, it is provided that the temperature of the workpiece is set such that the temperature of the coating liquid deviates by no more than 10° C.

Abstract: A vapor-permeable laminate (1) with at least one first outer layer (2) and at least one second outer layer (3), the outer layers (2, 3) having perforations (4, 5) and being joined to one another in such a way that the perforations of the first outer layer (2) do not coincide with the perforations (5) of the second outer layer (3), and a structure (6) having pores (7) being provided between the outer layers (2, 3). In order to achieve sufficient vapor permeability with at the same time sufficient hydrostatic seal-tightness, it is provided that each of the pores (7) has a clear cross-sectional area (A) of less than 200 ?m2.

Abstract: The invention relates to a system (1) for conducting lightning currents and/or fault currents away from a roof area (2) and/or façade area of a building (3) to the ground (4). According to the invention, the system is equipped with at least one strip (5), which is laid in the roof area (2) and/or façade area of the building (3) and at least one potential compensation system for the building (3). The strip (5) comprises at least one electrically conductive layer for shielding electromagnetic radiation and the strip (5) is connected to the potential compensation system in such a way that lightning currents and/or fault currents can be conducted away via the strip (5) and the building potential to the ground (4).