This invention relates to the field of functional
textile fabric technology, specifically to a silk blended
skin-friendly fabric with intelligent
humidity regulation function and its weaving method, comprising: an inner layer formed of highly
moisture-wicking and low-absorption swelling synthetic fibers, wherein the
skin-contact surface of the inner layer has a
honeycomb-shaped raised dot structure, the raised dot structure consisting of raised parts and grooved parts, the raised parts forming
point contact with the
skin, and the grooved parts forming
moisture-wicking channels; an outer layer formed of a blend of silk fibers and highly absorbent fibers, wherein the outer layer is a combination of
plain weave and satin weave, the
plain weave area and the satin weave area being alternately distributed; the inner layer and the outer layer are connected by joints to form a double-layer structure; by controlling the degumming rate of the silk at 18%-22%, the
moisture absorption and swelling rate of the silk fibers is reduced from the conventional 10%-15% to 6%-8%, which retains the luster and hand feel of the silk while appropriately reducing the swelling range. The addition of alginate fibers significantly enhances the
moisture storage capacity of the outer layer.