Abstract: In a lower surface side layer of an industrial two-layer fabric, warps are formed by sequentially arranging a repeating design unit, in which one warp passes over six successive lower surface side wefts, passes under one lower surface side weft, passes over two lower surface side wefts, and passes under one lower surface side weft while shifting the design by three lower surface side wefts. Two adjacent lower surface side warps simultaneously weave therein, from the lower surface side, one lower surface side weft, whereby the lower surface side weft passes over two lower surface side warps and then passes under eight lower surface side warps to form a weft long crimp corresponding to eight lower surface side warps on the lower surface side surface.

Abstract: An industrial two-layer fabric which comprises eight pairs of warps obtained by arranging eight upper surface side warps and eight lower surface side warps, and a plurality of upper surface side wefts and lower surface side wefts, and has an upper surface side layer and a lower surface side layer bound with warp-direction yarns. In the lower surface side layer, warps are formed by successively arranging a design in which one warp passes over four successive lower surface side wefts, passes under one lower surface side weft, passes over two lower surface side wefts, and passes under one lower surface side weft while shifting the design by three lower surface side wefts, and two adjacent lower surface side warps simultaneously weave therein, from the lower surface side, one lower surface side weft.

Abstract: An industrial two-layer fabric obtained by alternately arranging, on an upper surface side thereof, (a) a warp complete design made of a design in which a warp passes over one upper surface side weft and then passes under one upper surface side weft, and any one of the following warp complete designs of: (b) a warp complete design made of a design in which a warp passes over two upper surface side wefts and then passes under two upper surface side wefts, (c) a warp complete design made of a design in which a warp passes over one upper surface side weft and then passes under three upper surface side wefts, (d) a warp complete design made of a design in which a warp passes over three upper surface side wefts and then passes under one upper surface side weft, and others.

Abstract: A dewatering and thickening belt having an endless fabric woven with synthetic resin filaments, a bending-resistant element and a guide protrusion, wherein the guide protrusion is fusion-bonded to a bending-resistant portion to which the bending-resistant element has been attached so that the outer end portion of the guide protrusion is located inside the end portion of the fabric. The inner end portion of the guide protrusion is located 20 to 50 mm outside the inner end portion of the bending-resistant element.

Abstract: A dewatering and thickening belt having an endless fabric woven by a synthetic resin filament, a bending-resistant element and a guide protrusion, wherein the fabric is a two-layer fabric obtained by binding an upper surface layer composed of upper surface side warps and upper surface side wefts and a lower side layer composed of lower surface side warps and lower surface side wefts with warp binding yarns for weaving the upper and lower layers. The bending-resistant element has a width of from 30 to 60 mm and is attached to the fabric by filling a urethane resin in at least 85% of the space of the fabric at the selvage portion thereof. The guide protrusion is attached by fusion-bonding to a bending-resistant portion to which the bending-resistant element has been attached.

Abstract: In an industrial two-layer fabric, running surface side wefts constituting the running surface side layer each has a design in which the running surface side weft passes over a running surface side warp, passes under two successive running surface side warps, passes over a running surface side warp and passes under at least four successive running surface side warps, thereby forming a long crimp of the weft on the running surface side surface. A running surface side weft adjacent to the above-described weft or adjacent to the above-described weft with one weft sandwiched therebetween is arranged with a design obtained by shifting the design of the above-described weft by two running surface side warps. The design of the running surface side warps is formed of a portion passing under a running surface side weft and a portion passing over at least two running surface side wefts.

Abstract: An industrial two-layer fabric having a lower surface structure excellent in water drainage property, fiber supporting property, rigidity and wear resistance, obtained by binding an upper layer fabric and a lower layer fabric, wherein each of lower surface side wefts has a design in which it passes over one lower surface side warp, passes under one lower surface side warp, passes over one lower surface side warp and then passes under five successive lower surface side warps, while lower surface side warps each has a design in which it passes over four successive lower surface side wefts, passes under one lower surface side weft, passes over three successive lower surface side wefts, passes under one lower surface side weft, passes over two successive lower surface side wefts, passes under one lower surface side weft, passes over three successive lower surface side wefts and then passes under one lower surface side weft.

Abstract: In an industrial two-layer fabric, one upper surface side warp and three warp binding yarns are disposed adjacent to each other. Each of the three warp binding yarns appears on the upper side surface in turn and passes over different one or two successive upper surface side wefts. At least one upper surface side weft exists between knuckles formed on the upper side surface by the three warp binding yarns. Adjacent to the upper surface side warp, these three warp binding yarns get together to form on the upper side surface a design which is the same design formed by an upper surface side warp.

Abstract: In an antifouling papermaker's fabric woven from a warp and weft made of synthetic resin filament, the fabric is coated with a resin composition made by blending a two-liquid reaction type epoxy resin with a prepolymer of phenolsulfonic acid as a curing agent to form on the surface of a constituent yarn an antifouling coating film constituted by a reaction product of the composition.

Abstract: An industrial two-layer fabric comprises pairs of warps obtained by vertically stacking an upper side warp to be woven with an upper side weft and a lower side warp to be woven with a lower side weft and having, as at least one of the pairs. A pair of binding warps composed of warp binding yarns to be woven with both an upper side weft and a lower side weft constitutes a portion of an upper side surface design and a portion of a lower side surface design. As a lower side surface warp design formed by the weaving of a warp binding yarn and a lower side warp with a lower side weft, two or three designs different from each other and has, as a weft design, a design of passing over two warps adjacent to each other and then passing under a plurality of warps to form a long crimp on the lower side surface.

Abstract: An industrial single-layer fabric having a concave-convex upper side surface and a lower side surface comprises warps, wefts and auxiliary wefts having a smaller diameter than the wefts. On the upper side surface in a repeating unit, at least two kinds of upper side knuckles are formed by each of the warps that passes over one weft and zero to two auxiliary wefts. On the lower side surface in the repeating unit, at least two kinds of lower side knuckles are formed by each of the warps that passes under one weft and zero to four auxiliary wefts. The wefts form a plain weave design by alternatively passing over one warp and passing under one warp.

Abstract: In a repeating unit of a two-layer fabric, a first upper surface side warp forms a first upper surface side warp design. A second upper surface side warp forms a latent portion in which the second upper surface side warp passes between the two layers of the fabric. A first lower warp binding yarn and a second lower warp binding yarn form first and second knuckles respectively by passing over one or two upper surface side wefts at a position not adjacent to two knuckles of the second upper surface side warp in the latent portion. The first and second knuckles are formed at different positions. The first lower warp binding yarn, second upper surface side warp and second lower warp binding yarn cooperatively form a second upper surface side warp design similar to the first upper surface side warp design.

Abstract: An industrial two-layer fabric having eight upper side warps and eight lower warps are stacked vertically forming upper and lower layers which are bound by a warp binding yarn of these warps. In a repeating unit of the upper layer, one of the warps has repetition of a design in which it passes over one upper side weft, passes under four successive upper side wefts, passes over one upper side weft, and passes under two upper side wefts, and an upper side weft has a design in which it passes over three upper side warps and then passes under one upper side warp to form, on the upper side, a weft long crimp corresponding to three warps, whereby forming an industrial fabric excellent in running stability, surface property and wear resistance.

Abstract: An industrial two-layer fabric comprises an upper layer fabric having upper surface side warps and upper surface side wefts and a lower layer fabric having lower surface side warps and lower surface side wefts. The upper layer fabric and the lower layer fabric are bound at least one spot in a repeating unit where an upper surface side warp weaves a lower surface side weft without weaving an upper surface side weft which should have been woven by the upper surface side warp based on the fabric structure, and where a lower surface side warp weaves the upper surface side weft which should have been woven by the upper surface side warp, without weaving the lower surface side weft which should have been woven by the lower surface side warp.

Abstract: It is an object of the present invention to provide a fabric having superior surface property, fiber supporting property, wear resistance, water removing property, and rigidity. The fabric according to the present invention comprises an upper layer comprising an upper surface side warp, an upper surface side weft, an auxiliary weft binding yarn, and an auxiliary weft; and a running face layer disposed under the upper layer and comprising a running face side warp and running face side weft.

Abstract: A diagonally joined cylindrical fabric in the form of a cylindrical endless fabric is obtained by shifting ends of facing wefts of a non-endless fabric leftward or rightward and joining together the ends of the wefts to thereby form a joining portion inclined relative to an axis of a cylinder. The cylindrical fabric comprises a weave pattern in which warp passes over continuous two or more wefts, then passes under a less number of wefts, the joining portion at ends of the fabric formed into an endless cylindrical shape is inclined relative to the axis at 25° to 5°. The surface of the cylindrical fabric is formed with crimps that are longer in a face length direction than in a circumferential direction.

Abstract: In a fabric to assist a vehicle to run in the presence of snow, sand, or mud, or in an unleveled land, a core fabric is formed by weaving the weft and the warp. An upper convexity warp which is disposed over the core fabric forming warp and is woven with an upper convexity weft disposed on the core fabric forming weft, and/or a lower convexity warp which is disposed under the core fabric forming warp and is woven with a lower convexity weft disposed under the core fabric forming weft, to form a convexity. The upper or lower convexity warp is woven with one or plurality of the core fabric forming wefts to form a woven portion.

Abstract: A press fabric for a pulp machine is a weft-abrading type fabric manufactured by weaving a warp monofilament and a bundled yarn. The bundled yarn has fine water-sucking spaces formed between raw filaments of a small diameter by bundling up the raw filaments. Monofilaments may also be used as the wefts in combination with the bundled yarns. The bundled yarn forms the most protuberant crimp to the surface of the fabric which results in improved water-sucking ability, washing ability, showering resistance, and abrasion resistance.

Abstract: A transfer fabric for conveying wet paper from a sheet forming part to a hydro-extracting part and a papermaking machine using the same are disclosed. A transfer fabric for receiving from a paper forming fabric the wet paper formed by a sheet forming part and delivering the wet paper into a hydro-extracting part as the subsequent step. The transfer fabric is a clothed net produced by preparing as wefts such yarns having both monofilaments and plain threads of a small diameter so bound as to interpose water absorbing gaps therebetween on the running side face side and plain threads of a small diameter so bound as to interpose water absorbing gaps therebetween on the wet paper receiving face side, and as warps monofilaments or twisted monofilaments, laying the wefts in a plurality of layers and the warps in a single layer, and weaving the wefts and said warps.

Abstract: A forming belt and/or a transfer belt which are belts for a forming part of an apparatus for manufacturing a construction material, prevent stains caused by entry of raw material particles and has excellent rigidity and cleanability.