| Only nine kind of functional fabrics are mentioned here 1. Comfortable inside, anti-ultra violate outside Components: 16.7tex/72f anti- ultraviolate polyester fiber, 18.4tex soybean fiber yarn Stitch structure of the fabric: polyester fiber cover soybean fiber yarn Function: The outside part can prevent body from skin cancer effectively, the percentage of shielding the ultraviolate (wavelength: 290-400mm) is above 90%; the inside part feels soft, air-pervious, and comfortable. 2. Moist conductive, thermal fabric Components: 11.1tex/72 far infrared polypropylene fiber, 18.4tex soybean fiber yarn Stitch structure of the fabric: soybean fiber yarn cover far infrared polypropylene fiber Function: The inner part can absorb the energy of the out world, at the same time radiate far infrared rays with the same wave spectrum as that of human body's biologic wave. The emissivity of far infrared rays is up to 80% to improve the rate of warm retention by 10%. The outside part has absorbent quality so that the farics can keep dry. 3. Air pervious, thermal fabric Components: <=16 tex wool yarn, 18.4tex soybean fiber yarn Stitch structure of the fabric: wool yarn cover soybean fiber yarn Function: The two kind fibers are both hydroscopic, air pervious and thermal to make the whole fabric soft, smooth, dry, comfortable. 4. Air pervious, dry, soft, comfortable fabric Components: <=16 tex silk, 18.4tex soybean fiber yarn Stitch structure of the fabric: silk cover soybean fiber yarn Function: Soybean fiber and silk are both hydroscopic, air pervious, soft, smooth, dry and have color elegance, comfortable wearing, health function. Simultaneously, with the two fibers knitted together, we improve the water retentivity and perspiration of silk fabric and cut down the cost. 5. Moist conductive, air pervious and dry fabric Components: 18.4tex soybean fiber single yarn and 14.8 tex soybean fiber compound yarn Stitch structure of the fabric: soybean fiber compound yarn cover soybean fiber single yarn Function: The twists of the outside yarn is bigger than that of the inside one, so that the differential capillarity can be formed. Moist conductivity is better than single soybean fiber. 6. Moist conductive, dry fabric Components: 14.9tex/148f polypropylene fiber, 18.4tex soybean fiber yarn Stitch structure of the fabric: soybean fiber yarn cover polypropylene fiber Function: The sweat are conducted by the polypropylene fiber to the outside part, then reserved and vaporized by it to keep the inner part dry and comfortable. 7. Moist conductive, air pervious fabric Components: polyester or polypropylene fiber, soybean fiber Stitch structure: Compound mix of different capillary effect with silk covering soybean fiber. 8. Moist conductive, fast-drying fabric Components: polyester or polypropylene fiber, polyester/soybean fiber blended yarn Stitch srtructure: Compound mix of different capillary effect with lampwick. 9. Moist conductive, dry, negative oxygen ionic health fabric Components: soybean fiber, negative oxygen ionic polyester or polypropylene fiber Stitch structure of the fabric: soybean fiber cover polyester or polypropylene fiber Function: a. air negative oxygen ion¡¯s everlasting effect b. action of emitting infrared rays c. function of bacteria resistance |
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