42results about How to "Good moisture absorption and moisture conductivity" patented technology

The invention relates to a metal filament yarn dyed fabric and belongs to the textile fabric technical field. The invention is mainly characterized in that: warp threads adopt terylen after blend dyeing and regenerated cellulose modal as raw materials; weft yarns adopt metal filament with two colors; the fabric adopts weave structure of double layers of textile; the warp threads are arranged on the reverse side of the textile, and the weft yarns are arranged on the right side of the textile. After being weaved by a multi-jet weaving machine, the invention has good effects of moisture absorption and wet permeability and also has good softness and comfort level. Moreover, because the textile adopts the weave structure of the double layers and the blended yarns are arranged on the reverse side of the textile, sweat exhausted from the human body can be quickly absorbed and transferred to the surface of the textile, and dryness and comfort when the textile contacts the skin are always maintained and people feel comfortable as well even the textile is worn next to the skin, thereby the weaved fabric not only can be used in fields like military industry, protection, leisure garment and so on but also is more suitable for making leisure undergarments which are worn next to the skin.

The invention relates to a preparation method and application of a multifunctional health-care porous elastic big-belly yarn. The multifunctional health-care porous elastic big-belly yarn is prepared from two core yarns, two fixed yarns and a decorative yarn, wherein the fixed yarns are core-spun yarns obtained by carrying out blended processing on silver fibers, copper fibers, soft silk fibers and DOW-XLA elastic fibers; the core yarns are blended hollow yarns obtained by carrying out blended processing on Porel fibers, hollow polyester fibers and provilion; the decorative yarn is a blended rough yarn obtained by carrying out blended processing on nettle fibers, apocynum fibers and alpaca wool fibers. The multifunctional health-care porous elastic big-belly yarn not only has a special form, but also is rich in yarn colors, multiple in shapes and ever-changing; products developed by using the multifunctional health-care porous elastic big-belly yarns are natural and environment-friendly, have the health care functions of resisting bacteria and eliminating inflammation, protecting skin and keeping fitness, absorbing moisture and releasing sweat, deodorizing and resisting aging, and the like, are good in comfortableness, and do not cause adverse effects when being contacted with a human body; the multifunctional health-care porous elastic big-belly yarn is mainly used for various textiles such as yarn-dyed female lines, knitted fabrics, tweed, coarse worsted fabrics, decorative articles, hand knitted fabrics and shawls.

The invention discloses a Coolplus moisture-absorption sweat-releasing and warming Raschel woolen blanket. The Coolplus moisture-absorption sweat-releasing and warming Raschel woollen blanket is woven on a two-needle bar Raschel warp knitting machine by using blended yarns of Coolplus fibers and acrylic fibers as nap yarns and using polyester silk as basic silk. Special-shaped polyester fibers can be acquired by using a +-shaped herringbone or Chinese character mi-shaped spinning assembly; air plasma and alkali peeling treatment is performed on the polyester fibers; regular micro grooves and micro holes are formed in surfaces of the polyester, and the grooves and the holes can generate a significant capillary effect, moisture and sweat excreted by a human body are diffused and transmitted, and then are discharged out, and skins can keep dry; and noncurrent static air is stored in the regular micro grooves and micro holes, and the static air can significantly improve the warming performance of the Raschel woolen blanket.

The invention belongs to the technical field of chemical fibers, in particular to a moisture-absorbing rapid-drying composite polyester fiber filament. The composite polyester fiber filament comprises a core layer and an outer layer for coating the core layer, wherein the core layer is prepared from a polyester dacron slice A; the outer layer is prepared from the polyester dacron slice A and a modified polyester dacron slice B. The invention further discloses a process of machining the moisture-absorbing rapid-drying composite polyester fiber filament. The machining process comprises the following steps: (1) drying the polyester dacron slice A and the modified polyester dacron slice B; (2) physical preparation: a component I is taken as the materials of the outer layer, and is prepared by co-blending the polyester dacron slice A and the polyester dacron slice B according to the proportion; a component II is taken as the material of the core layer, and is prepared from the polyester dacron slice A; (3) feeding the component I and the component II into a screw rod for extruding to obtain the composite polyester fiber filament with the outer layer and the core layer. The prepared composite polyester fiber filament has high moisture-absorbing and rapid-drying performance.

The invention discloses a yarn dyed fabric, which comprises warps and wefts, and is characterized in that: blend dyed terylene and regenerated cellulose modal are used as raw materials for the warps of the fabric; and the raw materials are formed by processing wood pulp meal prepared by using spruce and beech into fibers through a special spinning process. A gray 100 D low-elasticity round weave material is selected and used by the wefts; a breathable and moisture permeable anti-flocking transparent adhesive is coated on the surfaces of the wefts; the weight ratio of the terylene to the regenerated cellulose modal is 58-62/38-420; the latitude of the fabric is 62 shuttles per centimeter; the fabric has a double-layer fabric organization structure; and the warps are arranged on the back face of the fabric and the wefts are arranged on the front face of the wefts. The yarn dyed fabric has excellent moisture absorption and guide effects and excellent softness and comfort; and since the fabric has the double-layer organization structure, the blended yarn is arranged on the back face of the fabric, and sweat discharged by a human body can be quickly transferred to the surface of the fabric, and dryness and comfort for contact of the fabric and the skin are kept all the time, and the fabric is also extremely comfortable to wear even though the fabric is close-fitting to a human body; and thus, the woven fabric can be used for the fields of military industry, defense, leisure coats and the like and is more suitable for manufacturing leisure underwear for close-fitting wear.

The invention relates to a preparation method of recyclable ultra-clean wiping cloth, which belongs to the technical field of textile preparation. In the present invention, after the coconut shell is pretreated, it is soaked in the supernatant liquid prepared by composting plant ash, vermicompost and deionized water, filtered, the filter cake is beaten, washed and dried to obtain dried coconut fiber, which is then carbonized and pulverized Finally, it is mixed with self-cultivated yeast mycelium suspension, heated and stirred, filtered, and the filter cake is dried, mixed with polyethylene terephthalate, and melt-spun and other steps to obtain recyclable ultra-clean wipe cloth. Add coconut charcoal powder in the wiping cloth prepared by the present invention, make it form microporous shape on fiber surface, increase the specific surface area of ​​fiber, make wiping cloth have good moisture absorption and moisture conductivity, improve its wiping performance; And after washing, Sun exposure and other methods, its adsorption capacity can be regenerated, and it can be recycled for many times.

The invention provides a preparation method of multifunctional health-care fancy yarn with antibacterial and skin-care functions. The yarn is composed of two pieces of core yarn, one piece of decorative yarn and two pieces of fixed yarn, wherein the core yarn is blended yarn formed by blending and processing calotropis gigantea fibers, mulberry bark fibers, Amicor antibacterial fibers and copper fibers, the fixed yarn is composed of far-infrared polyester filaments and tourmaline fiber filaments, and the decorative yarn is blended rough yarn formed by blending and processing tea leaf fibers, banana stem fibers, antibacterial odor-resistant acrylic fibers and rabbit hair fibers; or the core yarn is blended yarn formed by blending and processing sarcandra glabra fibers, luminous fibers, pineapple leaf fibers and silver fibers, the fixed yarn is negative ion polypropylene filaments, and the decorative yarn is blended rough yarn formed by blending and processing lotus fibers, anti-ultraviolet polyester fibers, double-resistant acrylic fibers, yak wool fibers and alpaca fibers. The yarn developed through the method does not generate adverse effects when making contact with the human body, products are not easy to damage by worms or rot, and the yarn is mainly used for various textiles such as yarn-dyed cotton suiting for women, roved and spun fabrics, decorative articles, hand knitted products and shawls.

The invention discloses a cool sweat-absorbing summer clothing fabric. The fabric is formed by interweaving warp and weft in a one-up one-down plain weave, honeycomb micro-pore modified polyester/jade fiber/viscose blended yarn is adopted as the warp, modified bamboo fiber/hemp fiber/soy protein fiber blended yarn is adopted as the weft, and the fabric is prepared after heat setting and wrinkle-resistant softening post-finishing. The cool sweat-absorbing summer clothing fabric has the advantages that the fabric has excellent sweat-absorbing property and excellent breathability, can effectively control the adhesion feel caused by sweating from exercises, and has a good cool sense, anti-bacterial property and anti-ultraviolet property; the fabric is good in anti-wrinkling effect and easy to color, has a smooth soft hand feel and wash durability, and has a good wearing comfort, so that it is healthier for people to wear; it is not necessary to consider contraction after cloth cutting, sewing and ironing, the fabric is easy to produce, simple in processing technology, easy to operate and control, stable in quality, high in production efficiency, and easy for large-scale industrialized production.

The invention discloses a high water vapor transmission rate coating film paster for an automobile lamp. The high water vapor transmission rate coating film paster comprises a film carrier strip and a high water vapor transmission rate coating film. The high water vapor transmission rate coating film comprises an expanded polytetrafluoroethylene film layer and a coating containing superfine cannabis sativa stalk core micro-powder hydrophilic groups, wherein the surface on one side of the expanded polytetrafluoroethylene film layer is covered with the coating containing the superfine cannabis sativa stalk core micro-powder hydrophilic groups; the coating containing the superfine cannabis sativa stalk core micro-powder hydrophilic groups is compositely connected with the film carrier strip. By adopting a mode, the high water vapor transmission rate coating film paster is good in moisture absorption and guide performance, so that a shell of the automobile lamp is internally free of fogging or condensation phenomenon, the lighting performance of the lamp is not affected by a wet air environment, and the circuit shortcut caused by condensation on the surface of an electric element is avoided; the permeation of rainwater and dust is prevented, and the shell of the automobile lamp can be in a non-pollution dust security classification state; meanwhile, superfine cannabis sativa stalk core micro-powder can adsorb volatile matters generated when the plastic shell of the automobile lamp is heated, so that the light ray reflecting property of a mirror surface of the automobile lamp can be kept.

The invention discloses a fire-resistant and anti-bacterial cotton fabric. The fabric is set as a double-sided structure and comprises a fabric lining layer and a fabric surface layer, wherein the fabric lining layer is made by ramie, cotton and a Coolplus staple fiber via blending; the fabric is made by anti-flaming viscose, an anti-flaming acrylic fiber, ramie and cotton via blending; in the fabric lining layer, the specification of the ramie is 1.67 dtes * 38 mm, the specification of the cotton fiber is 1.85 dtex * 33 mm and the specification of the Coolplus staple fiber is 1.56 dtex * 38 mm; in the fabric surface layer, the specification of the anti-flaming viscose is 1.72 dtex * 36 mm and the specification of the anti-flaming acrylic fiber is 1.56 dtex * 28 mm. The invention furthermore discloses a preparation method of the fire-resistant and anti-bacterial cotton fabric. The cotton fabric is set as the double-sided structure and comprises the fabric lining layer and the fabric surface layer; the fabric lining layer undergoes antibacterial treatment in aloe extracting solution and organic germanium treatment solution; an anti-flaming thin film layer is sprayed on the surface of the fabric surface layer, so that the cotton fabric has more excellent anti-flaming and anti-bacterial properties.

The invention reveals a natural warm-keeping fiber blended fabric. The natural warm-keeping fiber blended fabric is formed by soybean protein fiber, nanometer antibacterial regenerated protein fiber, cashmere fiber and kapok fiber in a blended woven mode. According to the weight percent of each kind of fiber of the natural warm-keeping fiber blended fabric, the soybean protein fiber accounts for 23% to 27%, the nanometer antibacterial regenerated protein fiber accounts for 16% to 20%, the cashmere fiber accounts for 27% to 31% and the kapok fiber accounts for 22% to 34%. The fabric is formed by the soybean protein fiber, the nanometer antibacterial regenerated protein fiber, the cashmere fiber and the kapok fiber in the blended woven mode, the woven fabric is environmentally friendly and free of pollution and can be degraded after being discarded, and the woven fabric has the advantages of being soft, comfortable, capable of keeping warm, light, and good in moisture absorbing and conducting performance.

The invention discloses an antibacterial medical yarn for vortex spinning. The antibacterial medical yarn comprises a yarn body which adopts a composite core-spun yarn structure and comprises a plurality of first core yarns, a plurality of second core yarns, a middle coating layer and an outer coating layer, wherein the first core yarns and the second core yarns are untwisted and are arranged in parallel; the first core yarns are antibacterial moisture absorption core filaments; the antibacterial moisture absorption core filaments are of skin-core structures and comprise moisture absorption short fibers and silks spirally wound outside the moisture absorption short fibers; the second core yarns are bamboo fibril yarns; the middle coating layer is spirally wound and coated outside the firstcore yarns and the second core yarns; the middle coating layer adopts PLA fibers; the outer coating layer is spirally wound and coated outside the middle coating layer; and the outer coating layer adopts industrial hemp fibers. The antibacterial medical yarn has very good moisture absorbing and transferring performance, is soft in touch, is good in skin friendliness, is high in strength, is goodin antibacterial performance, and is an excellent medical yarn.

The invention relates to a preparation method of a double-sided different-velvet fiber fabric. Cationic polyester fully-drawn yarns are adopted as velvet yarn raw materials, CDP FDYs are adopted as bottom yarn raw materials, the cationic polyester fully-drawn yarns and the CDP FDYs are subjected to beaming, warp knitting and slitting to prepare a gray fabric, and the gray fabric is subjected to napping, front ironing, back carding, shearing, first-time anti-pilling treatment, presetting, ironing, second-time anti-pilling treatment and setting to obtain the double-sided different-velvet fiber fabric, wherein a preparation process of the cationic polyester fully-drawn yarns comprises the steps of performing cooling by cross air blow after a CDP melt is extruded from trilobal spinneret holesin a spinneret plate, and preparing the FDYs according to an FDY process, namely, obtaining the cationic polyester fully-drawn yarns. The prepared double-sided different-velvet fiber fabric has the gram weight being 200-250 g/m<2>, the wicking height being 11. 6-12.7 cm, the thermal resistance being 0.40-0.43 K.m<2>/W, the fullness being 4.5-5.0 and the softness being 4.5-5.0.

The invention relates to a method for manufacturing polyester double-point low-temperature high-strength adhesive lining cloth, comprising the following steps of: coating a punctiform high melting point polyester glue layer on treated base cloth; pouring low melting point polyester rubber powder when the high melting point polyester glue does not solidify completely; removing redundant low melting point polyester rubber powder which is not poured on the high melting point polyester glue line; and finally carrying out high-temperature molding. The method has the advantages that original color and luster of the cloth can be remained after bonding, and the cloth has better shape stability, washing size stability, moisture absorption and moisture conductivity and alkali resistance and solves the problem that fabric foaming of clothing occurs after daily washing for many times.

The invention relates to the technical field of textiles, and discloses a moisture-proof and mildew-proof fiber, a preparation method thereof and a fabric. The moisture-proof and mildew-proof fiber comprises a hollow fiber and a mildew-proof and moisture-proof agent arranged in a cavity of the hollow fiber; the hollow fiber is a chitosan modified hollow viscose fiber; the mildew-proof and moisture-proof agent comprises a calcined shell powder inner core and a modified hydroxyapatite shell; the modified hydroxyapatite shell coats the calcined shell powder inner core in a dotted manner; the modified hydroxyapatite is hydroxyapatite which is subjected to graft modification by gamma-aminopropyl triethoxysilane; and camphor tree essential oil is loaded in the calcined shell powder inner core. According to the moisture-proof and mildew-proof fiber, the release rate of the camphor tree essential oil can be adjusted according to the environment humidity, the mildew-proof requirements under different humidity degrees can be met, meanwhile, excessive release of the camphor tree essential oil is avoided, and long-acting mildew prevention is achieved.

The invention discloses an environment-friendly functional jacket. The environment-friendly functional jacket comprises a shell fabric layer, a splicing layer and a lining layer, wherein the shell fabric layer, the splicing layer and the lining layer are sequentially distributed from outside to inside and are adhered to one another. The shell fabric layer is formed by blending and weaving of 50-70wt% of Dacron and 50-30wt% of soft-filament fibers. The splicing layer is formed by blending and weaving of 20-40wt% of silk floss and 80-60wt% of cotton. The lining layer is formed by blending and weaving of 50-70wt% of cotton and 50-30wt% of soybean protein fibers. The environment-friendly functional jacket is formed by adhesion of the shell fabric layer, the splicing layer and the lining layer which are formed by blending, the shell fabric layer is high in moisture absorption capability, bright in dyed color, soft in gloss and degradable, the lining layer has excellent moisture absorption and guide effects, and heat insulation performance of the jacket is further improved by the splicing layer.

The invention provides a preparation method of a skin-friendly polyester cotton blended hemp-like fabric. The preparation method comprises the following steps of S1, preparing a soybean protein polypeptide aqueous solution; S2, preparing aloe powder; S3, preparing modified aloe powder; and S4, adding the modified aloe powder prepared in the step S3 into a soybean protein polypeptide aqueous solution, uniformly mixing to obtain a finishing solution, adding a fabric into the finishing solution, then adding acrylamide, fully stirring, and adding N, N, N', N'-tetramethylethylenediamine and ammonium persulfate to obtain the modified fabric with the surface grafted with aloe gel and soybean protein. The soybean protein polypeptide and the aloe vera gel are uniformly distributed on the surface of the fabric, the fabric is a functional fabric which is friendly to skin and has relatively good mechanical performance, and when the fabric is worn, protein and aloe vera gel are in contact with the skin of a human body, so that the wearing comfort is improved.

The invention discloses an anti-ultraviolet light soft warm fabric which is of double-side weave structure and which comprises inner yarns and outer yarns. The inner yarns and the outer yarns are subjected to double-side knitting to obtain a double-side fabric body; the double-side fabric body is subjected to padding with an anti-ultraviolet treating liquid; the inner yarns are high twist yarns; the outer yarns are soft siro-spun yarns. The siro-spun yarns are made with, by weight 60-70 parts of cotton fibers, 15-17 parts of regenerated fibers and 3-6 parts of banana fibers. The anti-ultraviolet light soft warm fabric has the advantages that the double-side fabric body is subjected to padding with the anti-ultraviolet treating liquid, the ingredients of the anti-ultraviolet treating liquidcoordinatively promote one another through compatibility, and therefore, the prepared fabric has good ultraviolet resistance and better wearing comfort.