Abstract: The present invention relates to a paper machine fabric, especially a forming fabric, including a top woven fabric layer and a bottom woven fabric layer which are connected with each other by paired binder yarns. The present invention is characterized in that at least one of the binder yarn pairs is formed by machine direction yarns (binding machine direction yarns) and at least one of the other binder yarn pairs is formed by cross machine direction yarns (binding cross machine direction yarns).

Abstract: The present invention relates to a paper machine fabric, especially a forming fabric, including a top woven fabric layer and a bottom woven fabric layer which are connected with each other by paired binder yarns. The present invention is characterized in that at least one of the binder yarn pairs is formed by machine direction yarns (binding machine direction yarns) and at least one of the other binder yarn pairs is formed by cross machine direction yarns (binding cross machine direction yarns).

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, having a printed material at least in some regions on a web material contact side.

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard. The transport belt includes a web material contact side having a substantially smooth unstructured web material surface and having printing material thereon.

Abstract: This invention relates to a machine for the production of a paper web, paperboard web or tissue web, having a roller with a circumferential surface and having an endless belt, in particular a transfer belt, which is wrapped around the circumferential surface of the roller in sections and has a bottom side which in the wrap zone can be brought into contact with the circumferential surface, as the result of which the endless belt and/or the roller provide a storage capacity suitable for accommodating at least in part the fluid which gets into the wrap zone between the bottom side and the circumferential surface.

Abstract: The invention relates to a papermachine fabric for dewatering and drying a fibrous web in a machine producing a fibrous web, including a plurality of layers with at least one carrier structure and a fiber batt having at least one fiber non-woven. The papermachine fabric according to the invention includes a fiber batt provided with a coating on at least one side.

Abstract: A covering for a machine for the production of a fibrous web has, at least in some sections, a two-dimensional structure which is formed by a multiplicity of polymer-based regions which differ from each other at least in part by virtue of a different fraction of filler material and/or by virtue of a different type of filler material.

Abstract: A woven belt for a machine for producing web material, in particular forming mesh, including at least two woven layers with warp threads extending in a belt longitudinal direction and weft threads extending in a belt transverse direction, wherein a first of the woven layers provides a web material contact side and a second of the woven layers provides a machine contact side and the woven layers are joined together by tie warp threads, wherein the first woven layer is woven with at least 26 different warp runs, the structure-forming warp threads woven into the first woven layer and the weft threads of the first woven layer having a maximum floating length of 3 in relation to each other, wherein, when the tie warp threads for providing structure-forming tie thread pairs are arranged in pairs relative to each other so that where a tie warp thread of a respective structure-forming tie warp thread pair is integrated into the first woven layer then the other tie warp thread of this structure-forming tie warp thread

Abstract: A method for the production of a paper-machine screen with a paper-side ply of weft threads and a run-side ply of weft threads and with at least two warp thread systems interwoven in each case with the paper-side weft threads and/or the run-side weft threads, each warp thread system being assigned a group of heald frames, by means of which the warp threads of the warp thread systems are to be moved for shedding, including the generation of a draft diagram with a draft repeat for the warp thread systems, in which draft repeat a subrepeat recurring in the draft repeat is provided for at least one of the warp thread systems.

Abstract: A woven belt for a machine for producing web material, in particular forming mesh, including at least two woven layers with warp threads extending in a belt longitudinal direction and weft threads extending in a belt transverse direction, wherein a first of the woven layers provides a web material contact side and a second of the woven layers provides a machine contact side and the woven layers are joined together by tie warp threads, wherein the first woven layer is woven with at least 26 different warp runs, the structure-forming warp threads woven into the first woven layer and the weft threads of the first woven layer having a maximum floating length of 3 in relation to each other, wherein, when the tie warp threads for providing structure-forming tie thread pairs are arranged in pairs relative to each other so that where a tie warp thread of a respective structure-forming tie warp thread pair is integrated into the first woven layer then the other tie warp thread of this structure-forming tie warp thread

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, which on a web material contact side (18) includes at least two material layers (20, 22, 24) of different material arranged one above the other, wherein prior to starting up for the first time the transport belt (10) is subjected on its web material contact side (18), at least in some regions, to a material-removing process such that the transport belt (10) has on its web material contact side (18) a web material contact surface (26) provided by various material layers (20, 22, 24).

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, which on a web material contact side (18) includes at least two material layers (20, 22, 24) of different material arranged one above the other, wherein prior to starting up for the first time the transport belt (10) is subjected on its web material contact side (18), at least in some regions, to a material-removing process such that the transport belt (10) has on its web material contact side (18) a web material contact surface (26) provided by various material layers (20, 22, 24).

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, the transport belt including a web material contact side having surface depressions, such that the surface depressions are filled with filler material to provide a substantially flat web material contact surface.

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, has, on a web material contact side, depressions of which the majority has a depression opening with a dimension smaller than 20 ?m in at least one direction.

Abstract: A transport belt, in particular for machines for the production of web material such as paper or paperboard, having a printed material at least in some regions on a web material contact side.

Abstract: A transport belt and method of making a transport belt for a web-processing machine, in particular a paper machine, paperboard machine or tissue machine, is provided. The transport belt has a load-bearing carrier structure which is covered at least in sections by a polymer areal structure, as the result of which the polymer areal structure and the load-bearing carrier structure make contact with each other in sections either indirectly or directly. The contact region between the load-bearing carrier structure and the polymer areal structure comprises sections in which the carrier structure can move relative to the polymer areal structure.

Abstract: A paper machine wire for dewatering and sheet forming purposes is structured such that the tendency of causing wire marks is decreased and simultaneously a greater wearing capacity is gained by exchangeably working threads. The multi-layer paper machine wire includes an upper fabric layer and a lower fabric layer with each layer being connected to one another by binding thread. The lower fabric includes a weft thread that extends from a running side of the lower fabric to a center position and overlaps a warp thread. The weft thread protects the warp thread against wear and forms a cushion against wire marking.

Abstract: A multi-layer paper machine wire includes an upper fabric layer, a lower fabric layer and an additional layer disposed between the upper and lower fabric layers. The additional layer includes weft threads that alternate with binding threads. Warp threads of the upper fabric layer run over the weft threads of the additional layer and are interwoven with binding threads of the additional layer. Likewise, weft threads of the lower fabric layer run below the weft threads of the additional layer and are interwoven with binding threads of the additional layer.

Abstract: The invention relates to a paper machine wire for the wet end section of a paper machine, comprising a textile or non-texile fabric, especially a woven fabric, the one side of which is directed to the paper and the other, opposite side of which is directed to the paper machine, the one side of the fabric directed to the paper being at least partly covered by a fiber layer. The fiber layer is permanently compressed in some regions less intensively than in other regions.

Abstract: The invention relates to a paper machine wire for the wet end section of a paper machine, comprising a textile or non-textile fabric, especially a woven fabric, the one side of which is directed to the paper and the other, opposite side of which is directed to the paper machine, the one side of the fabric directed to the paper being at least partly covered by a fiber layer. The fiber layer is permanently compressed in some regions less intensively than in other regions.