Woven fabric factory process 2
Blank Inspection: After weaving, the finished cloth passes the inspection personnel's CNS inspection standard to complete the inspection action to understand the quality condition after the completion of the weaving to facilitate the functional fabrics dyed by the embryonic cloth: two or more than two groups The mutual vertical yarns are made of warp and weft intertwined fabrics at an angle of 90 degrees. The longitudinal yarns are called warp yarns, and the transverse yarns are weft yarns.
Each intersection between the warp and the weft is called a tissue point and is the smallest basic unit of the woven fabric. Because warp yarns and weft yarns are intertwined where they are slightly curved, and they bend in a direction perpendicular to the plane of the fabric, the degree of bending is related to the mutual tension between the warp and weft yarns, and the stiffness of the yarn. When the woven fabric is subjected to external tension, such as When tensioning, the tension of the warp yarn increases, bending decreases, and the warp of the weft increases, such as longitudinal stretching, until the warp yarn is completely straightened, and the fabric shrinks laterally. When the woven fabric is stretched laterally by external tension, the tension of the weft yarn increases, bending decreases, and warp yarn bending increases, such as horizontal stretching, until the weft yarn is completely straightened, and the fabric is longitudinally contracted. In the warp, weft yarns do not change, unlike knitted fabrics. Because of the shuttle fabric, the weft yarn does not have much relation with the extension and shrinkage, and no change occurs. Therefore, the fabric is generally relatively compact and stiff. The physics and mechanics of woven fabrics, including the yarn density of warp and weft yarns, cloth edges, front and back sides, direction of reverse and reverse hair, and fabric coverage.