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In order to develop the multi-functional high-end apparel fabrics, the paper used materials, organization, patterns and colors to achieve a reasonable design to make cool fabrics, and when using Honeycomb UV fiber/ Tencel/ honeycomb jade fiber (50/30/20) blended yarn and machine warp density is 40 root/cm, weft density is 33 root/cm, fabrics havemost cool nature. This project combined with today's Fabric trends and used a sense of cool colors such as green and blue, has designed cool multifunctional composite high-end fabrics and showed the appearance of cool fabrics more comprehensively in the form of clothing simulation results.

In the present work, authors have studied the effects of different fiber component on tensile properties of bi-component fiber reinforced composites. The plain preforms were woven. Basalt/polypropylene wrapped yarn and glass fiber/polypropylene wrapped yarns with different component were used as warp and wefts, respectively. The unified molding process was used to form fibre reinforced composites.The tensile properties of composites were tested and analyzed. Results show that the average fracture stress and elastic modulus of composites in weft direction tend to be the best when the volume ratio of glass fiber to polypropylene in the wrapped yarns is 55/45. The maximum fracture stress is 74.79 MPa. The maximum modulus of elasticity is 2.399 GPa.

In order to study the mechanical property for the combining yarn of BF/GF and polypropylene, 8 groups of combining yarn were designed and prepared. Through testing the mechanical property of the yarns, the affection of some parameters on the property of the yarns was analyzed. And following conclusions can be gotten. For BF/polypropylene combining yarn, when the fiber content of basalt is about 50.7%, the mechanical property of the yarn is the best. When the fiber content of basalt is about 43.7%, the mechanical property of the yarn is the worst. For GF/polypropylene combining yarn, the optimal and worst ratio is 55.42% and 44.4%, respectively.

In order to study the influence of factors on the released anion concentration, the factors include the fiber content of negative oxygen ions, warp and weft density, organizational structure and friction time. Fabrics for A and B series were blended with modified polyester negative oxygen ions fiber and viscose fiber in different blending ratio. The released anion concentration were tested and analyzed. From the test results, following conclusions can be gotten. 1) In the same circumstance of other process conditions, with increasing of negative oxygen ions fiber content, the released anion concentration increased; 2) The honeycomb weave fabric B5 released the highest anion concentration in the other same process conditions, while plain weave fabric B1 released the least concentration; 3) More negative oxygen ions were produced when the warp and weft density were greater; 4) As the time of friction increased, the released anion concentration of fabric was increased until it reached a stable value; 5) Organizational structure had a great effect on releasing anion concentration through friction between woven fabric of negative oxygen ions and other knitted fabric. When the organization structure had bumpy effect, it was more conducive to release negative oxygen ions.

In order to study on the anti-electromagnetic radiation performance of fabrics with silver-plated fibers, five sets of samples with polyester DTY and silver-plated nylon filament were manufactured for the experiment. The anti-electromagnetic radiation property of fabrics was tested with Flange coaxial method. The influence of different silver-plated fiber contents on the anti-electromagnetic radiation performance of fabrics was analyzed in this paper. The experimental results show that when silver-plated fibers are distributed by a network, anti-electromagnetic radiation performance of fabrics is better than that the silver-plated fibers are distributed only along the warp in fabrics. Meanwhile, the anti-electromagnetic radiation performance of fabrics improves as the increasing of the silver-plated fibers content. The anti-electromagnetic radiation performance of fabrics increases slowly when silver-plated fibers content is from 40% to 80%. The shielding effectiveness of fabrics for 10MHz~1000MHz electromagnetic waves increases not obviously when silver-plated fibers content is more than 80%, but that for 3000MHz is still rising. The anti-electromagnetic radiation performance of fabrics is the best when silver-plated fibers content reaches to 100%.

To study the influence of negative oxygen ions fiber content on the released negative oxygen ions concentration of the fabric and the effect of different organizational structures on wearability of negative oxygen ions fabrics, the blended yarns of modified polyester negative oxygen ions fiber and viscose fiber in different blending ratio were selected, two series of fabrics were manufactured for the experiment. The released amount of negative oxygen ions and wearability of the blended fabrics were tested and analyzed in this paper. The results showed that with the increasing of negative oxygen ions fiber content in fabrics, the released negative oxygen ions concentration had increased. When the blended ratio of negative oxygen ions fiber and viscose fiber in fabric was 50/50, the released negative oxygen ions concentration of the fabric reached up to 4810/cm3 and was close to that of the field. Wearability of honeycomb weave fabric was best and suitable for home textiles through comprehensive analysis, followed by satin fabric. The conclusion from this research can be used as a reference to design and develop negative oxygen ions home textiles.

For fabrics, the diversification and superior of the properties and the styles can be achieved by blending fibers. To keep up with the demand of the market, PTT, PLA and Rayon were selected as the materials and 10 kinds of PTT/PLA/Rayon blended fabrics with different fiber content were designed and woven. And then the wearabilities of the fabrics were tested respectively. At last, fuzzy evaluation wad used to discuss the affection of the blended ratio on the fabric’s wearability. The results show that various kinds of wearabilities of the fabric are the best when the blending ratio is PTT/ PLA/Rayon 40/30/30.

In order to study the influence of anti-mite and antibacterial fibers content on the anti-mite property of fabrics, yarns of antibacterial moisture absorption & perspiration elimination fibers, photocatalytic moisture absorption & perspiration elimination fibers and their blended yarns with hemp fiber, bamboo fiber, Tencel, cotton fiber were selected, and six sets of samples were manufactured. The anti-mite properties of these six fabrics were tested with the repellent method and analyzed, the relationship between the content of these two anti-mite and antibacterial fibers and the anti-mite property of fabrics was obtained. The experimental results indicated that with the content of anti-mite and antibacterial fibers increasing, the anti-mite property of fabrics improved gradually. When the content of antibacterial moisture absorption & perspiration elimination fiber was 100%, the repellent rate of the fabric for dust mite was 80.51%; when the ratio of photocatalytic moisture absorption & perspiration elimination fiber and bamboo fiber in fabric was 65/35, the repellent rate of the fabric for dust mite reached to 82.05%, the two kinds of fabrics both owned better anti-mite performance. The conclusions from this research can be used as a reference to design and develop fabrics for home textiles with better anti-mite effect and comfortability.