Single-surface knitted fabric with water-proof and absorption functions
A knitted fabric and fabric technology, applied in knitting, weft knitting, textiles and papermaking, etc., can solve the problems of not having the permanent function of single anti-single suction, affecting the air permeability of the fabric, and not being permanent, and achieving quick drying Excellent performance, improved quick-drying function, and the effect of increasing surface area
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Embodiment 1
[0035] Such as figure 2 As shown, a single-proof single-absorption knitted fabric is characterized in that the fabric has a double-layer structure, the front side of the fabric uses water-absorbing yarn, the back side of the fabric uses water-generating yarn, and both the front and back sides of the fabric have a concave-convex mesh structure. The water-absorbent yarn on the front forms a tuck loop on the front of the fabric through a triangular tuck loop. A suspension arc composed of water-producing yarn is hung on the tuck loop. The suspension arc hangs on the reverse side of the water-absorbent yarn and stretches under the action of the elastic force of the yarn itself. Straight, so that the adjacent loops are pushed apart in wales, so that the fabric forms a mesh that is convex to the reverse side; the watery yarn on the reverse side forms a tuck loop on the reverse side of the fabric through a triangular tuck loop, and water-absorbing yarn is suspended on the tuck loop Su...
Embodiment 2
[0041] Such as figure 2 As shown, a single-proof single-absorption knitted fabric is characterized in that the fabric has a double-layer structure, the front side of the fabric uses water-absorbing yarn, the back side of the fabric uses water-generating yarn, and both the front and back sides of the fabric have a concave-convex mesh structure. The water-absorbent yarn on the front forms a tuck loop on the front of the fabric through a triangular tuck loop. A suspension arc composed of water-producing yarn is hung on the tuck loop. The suspension arc hangs on the reverse side of the water-absorbent yarn and stretches under the action of the elastic force of the yarn itself. Straight, so that the adjacent loops are pushed apart in wales, so that the fabric forms a mesh that is convex to the reverse side; the watery yarn on the reverse side forms a tuck loop on the reverse side of the fabric through a triangular tuck loop, and water-absorbing yarn is suspended on the tuck loop Su...
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