To provide a method for weaving and joining by which abnormal abrasion of a woven and joined part or joint falling off, etc., are prevented and to provide a woven and joined woven fabric.

The endless industrial woven fabric is obtained by weaving warp yarn ends of a woven fabric with the ends into a weft yarn and thereby providing an endless form. The industrial woven fabric is composed of each warp yarn of a weave in which the warp yarn passes through the upper side of at least one weft yarn on the top surface side and passes through the lower side of the one weft yarn on the undersurface side. The textile weave of the woven fabric has a part where the warp yarn passes through the lower side of the one weft yarn on the undersurface side and a part where the warp yarn passes through a space among ≥3 weft yarns on the undersurface side and the plurality of weft yarns on the top surface side. The weft yarn on the undersurface side forming the woven fabric on the undersurface side is a polyester filament yarn and a polyamide filament yarn alternately arranged. The industrial woven fabric is a multilayer woven fabric of shafts in an even number. The method for weaving and joining of the industrial woven fabric uses a method for weaving and joining comprising directing the warp yarn ends to the undersurface side of the woven fabric in the woven and joined part and a method for weaving and joining comprising passing the one warp yarn through the lower side of one weft yarn on the undersurface side to be passed in the textile weave of the woven fabric, making the warp yarn sandwich the one polyamide filament weft yarn on the undersurface side and exposing the warp yarn ends to both sides thereof in the part where the warp yarn passes through the space among the ≥3 weft yarns on the undersurface side and the plurality of weft yarns on the undersurface side.

COPYRIGHT: (C)2006,JPO&NCIPI