32results about How to "Improve the anti-drilling effect" patented technology

The invention discloses a process for producing a high-density nylon fabric. The process comprises the following steps of: unwinding and sewing; treating before desizing; presetting; dyeing; fixing color; dewatering; scutching; after-finishing; calendaring; detecting, folding and packaging. The process is characterized in that the phenomenon that the fabric gets yellow at high temperature can be reduced and the dyeing rate of the fabric can be improved because a yellowing resisting agent is used in the process of presetting, the ultraviolet resisting capacity of the fabric can be well improved because an ultraviolet absorbing agent is used in the process of dyeing, the tearing strength of the fabric can be improved because a right amount of a cross-linking agent and a tearing-fastness improving agent are added into a setting and finishing solution, and the excellent down penetration effect of the fabric can be achieved without using a chemical additive coating because the process of calender finishing is adopted.

The invention discloses a processing method of down-proof fabric. The invention belongs to the technical field of textile fabric processing. The method comprises a post-finishing step. The post finishing step comprises a water repelling step, a calendaring step, and a drying step. During the water repelling step, the fabric is delivered through a repelling tank containing a solution of a functional auxiliary agent; during the calendaring step, the surface of the fabric delivered through the repelling tank and processed by using a rolling liquid is calendared; during the drying step, the calendared fabric is dried by baking, such that the down-proof fabric is obtained. The method is characterized in that: the functional auxiliary agent comprises raw materials of, by weight: 5.5-6.5 parts of a water repelling agent, 0.8-1.2 parts of a bridging agent, 0.8-1.2 parts of resin, 0.08-0.12 parts of a promoting medium; the pH value of the functional auxiliary agent is 4-5; the pressure and the temperature of a calendaring roller of a calendaring machine, and the moving speed of the fabric are controlled during the calendaring step; and the temperature of a baking oven, and the moving speed of the fabric are controlled during the drying step. With the method, the down-proof effect is good, and the soft effect, the cold-resistance and the tearing resistance of the fabric can be ensured.

The invention discloses a warm, breathable and down-proof garment fabric. The warm, breathable and down-proof garment fabric comprises a base fabric body and a down-proof coating, wherein the base fabric body is interwoven by warp yarns and weft yarns; the warp yarns are twisted by 45-50 mass percent cotton fibers and 15-20 mass percent modal fiber; the weft yarns are twisted by 25-30 mass percent anti-bacterial moisture-guiding acrylic fibers and 10-15 mass percent bamboo carbon fibers; and the down-proof coating is an organic silicon high-elasticity coating. By the mode, the fabric is fine and compact in texture, has high heat retention property, high down-proof property and high breathability, has an anti-bacterial effect, and is non-toxic, harmless, environment-friendly and safe.

The invention provides a kawo kawo fiber and cotton fiber blended down-proof and anti-mite fabric and a weaving method for the same and relates to the technical field of textile production. The kawo kawo fiber and cotton fiber blended down-proof and anti-mite fabric is weaved via warp yarns and weft yarns. The warp yarns and the weft yarns are blended via kawo kawo fibers and cotton fibers; the weight percentage of the kawo kawo fibers is 20% to 30%; the weight percentage of the cotton fibers is 80% to 70%; the number of the warp yarns is 14.5tex; the number of the weft yarns is 9.7tex; and the fabric is in a plain weave structure. The weaving method comprises the following steps of a spooling procedure, a warping procedure, a slashing procedure, a denting procedure, a weaving procedure and a finishing procedure. Blended yarns formed by the kawo kawo fibers and the cotton fibers at a rational ratio are employed and weaved to form bedding article fabric with natural down-proof and anti-mite effects as well as great downproofness and great moisture absorbing and ventilating performance; the textile structure is tight, plain and fine and has smooth hand feeling and gloss; the fabric is ventilating and downproof and anti-mite as well as firm and abrasion-resistant; and great comfortableness and warming effect can be achieved.

The invention discloses light ventilation down garment fabric. The fabric comprises a basic layer, an isolation layer and a coating, the lower surface of the isolation layer adheres to the basic layer, and the coating is arranged on the upper surface of the isolation layer in a pressing fit mode. The basic layer is a textile layer and is formed by warp yarn and weft yarn in an interwoven mode. The warp yarn is formed by cotton fibers and coffee carbon fibers in a blended mode. The weft yarn is formed by weaving regenerated polyester fibers. The fibers comprise, by mass, 55-60% of the cotton fibers, 25-28% of the coffee carbon fibers and 15-17% of the regenerated polyester fibers. The isolation layer is a TTU isolation layer. The coating is a PU coating. In this way, the fabric is light and soft in texture, fine and compact, has good downproofness and ventilation performance, and meanwhile has excellent wind resistance and heat retention.

The invention relates to a preparation method for three-layer anti-down elastic down feather fabric of a displacement structure. The preparation method comprises the steps that polyester POY high-elastic yarn is used as warp and weft for weaving; after an overflow technology is adopted for dyeing, super positioning formation is conducted; high-temperature preshrinking is conducted; two-time primary press polish treatment and one-time mirror surface press polish treatment are conducted in sequence; the yarn and knitted cloth are subjected to dotted bonding and compounding through bonding glue to prepare fabric V; the fabric V is used as fabric I, knitted fabric is used as fabric II, a carved decoration press roller is used for pressing the fabric I, and the pressed surface of the fabric IIis bonded to the pressed surface of the fabric I; the fabric V is used as fabric III, the carved decoration press roller is used for pressing the fabric II, and the pressed surface of the fabric III is bonded to the pressed surface of the fabric II to prepare the three-layer anti-down elastic down feather fabric of the displacement structure; the glue residual parts of two-time pressing are displaced and staggered, and the carved decoration press roller is provided with pattern-type texture strips which are composed of small sunken blocks and small raised blocks, wherein the small sunken blocks and the small raised blocks are arrayed through a staggered mode in sequence. The technology is simple; the product is good in anti-down performance and wearing comfort.

The invention discloses a down filling technology for garment processing, and belongs to the technical field of garment processing technologies, a plurality of long-column-shaped down sleeves are used for filling down filling materials, compared with the mode that the down filling materials are directly filled into an interlayer, the down sleeves play a role in limiting the down filling materials, and after down filling is completed, a plurality of elastic binding bands arranged on the down sleeves in a sleeving mode are used for tightening the down sleeves in a segmented mode, the down sleeves are divided into a plurality of down filling parts, the down filling in the down sleeves is further limited, down running is effectively prevented, meanwhile, after the elastic binding bands are matched with an external suction body, the elastic binding bands are used for sucking the down filling parts in a segmented mode. Air can be extracted easily, down feather filling materials on the inner sides of the down sleeves are not easily brought out, the down sleeves filled with down feather are distributed in the interlayer in an array mode, the down sleeves and the interlayer are subjected to sewing positioning through the two sets of sealing lines, displacement of the down sleeves is effectively prevented, the experience effect is improved, and the down feather drilling phenomenon is effectively reduced.

The invention discloses a double-layer down quilt fabric. The fabric comprises a fabric body; the fabric body has a double-layer weaving structure and comprises an upper-layer fabric and a lower-layerfabric; the fabric body is woven by adopting a double-layer plain weave structure, and the upper-layer fabric and the lower-layer fabric both adopt fine-denier polypropylene yarn as warp yarn and fine-denier nylon yarn as weft yarn. In a weaving process of the fabric body, an exterior-and-interior layer changing structure is adopted, first interweaving lines in the warp direction are formed by secondary exterior-and-interior layer changing of weft yarn, and second interweaving lines in the weft direction are formed by secondary exterior-and-interior layer changing of warp yarn; the first interweaving lines and the second interweaving lines are mutually staggered to form velvet filling cells arranged in an array. An interruption is positioned at the portion, between the two corresponding adjacent second interleaving lines, of each first interweaving line. According to the double-layer down quilt fabric, the production steps are simplified, the production efficiency is improved, the production cost is reduced, the sealing property is good, a down deviation phenomenon is unlikely to occur, and the down permeation prevention effect is great.

The invention discloses an environment-friendly breathable downproof garment plus material. The environment-friendly breathable downproof garment plus material comprises a basic plus material and a downproof film layer disposed outside the basic plus material, wherein the basic plus material comprises the following ingredients by weight percent: 32 to 35 percent of cotton fibers, 7 to 12 percent of alginate fibers, 30 to 32 percent of polyester fibers, 13 to 18 percent of bamboo charcoal fibers and 8 to 13 percent of coffee carbon fibers, wherein the plus material is provided with 40 yarns; and the downproof film layer is press-fit onto the basic plus material by virtue of waterproof glue, and the thickness of the downproof film layer is 7 to 8 micrometers. By virtue of the above way, the plus material is fine and tight in texture, has good downproof property and breathability, also has excellent antibacterial property and health property, and is non-toxic, harmless, environmentally friendly and safe.

The invention discloses a thermal, breathable and down-proof garment fabric which comprises a base-layer fabric and a down-proof coating. The base-layer fabric is made of warp yarns and weft yarns by means of interweaving, the warp yarns are made of, by weight, 45%-50% of cotton fibers and 15%-20% of modal fibers by means of twisting, and the weft yarns are made of, by weight, 25%-30% of antibacterial moisture-conductive acrylic fibers and 10%-15% of bamboo charcoal fibers by means of twisting; the down-proof coating is an organic silicon high-elasticity coating. Owing to the mode, the thermal, breathable and down-proof garment fabric has the advantages that the thermal, breathable and down-proof garment coating is fine and firm in texture and excellent in thermal protection, down-proof property and breathability, and is nontoxic, harmless, environmental friendly and safe, and bacterial inhibition and antibacterial effects can be realized.

The invention discloses a soft and breathable down garment fabric, the fabric comprises: a base layer, an isolation layer and a coating, the lower surface of the isolation layer is adhered to the base layer, and the upper surface of the isolation layer is bonded with The coating; the base layer is a fabric layer, which is formed by interweaving warp yarns and weft yarns, and the warp yarns are formed by blending cotton fibers and coffee carbon fibers, and the weft yarns are formed by weaving recycled polyester fibers The mass percentage of each fiber is: cotton fiber 55%-60%, coffee carbon fiber 25%-28%, regenerated polyester fiber 15%-17%; the isolation layer is a TTU isolation layer; the coating For PU coating. Through the above method, the fabric of the present invention is light and soft, dense and compact, has good down-proof property and air permeability, and has excellent windproof property and heat retention property at the same time.

The invention discloses a production process for down jacket cloth. The production process comprises the following steps of: (1) warping porous fine fibers; (2) sizing the warped fibers; (3) drying the sized fibers; and (4) weaving the dried fibers. In such a way, the cloth produced by the production process for the down jacket cloth is soft, light, thin and high in wind resistance, air permeability, downproofness and wearing comfort.

The invention discloses light and thin anti-perspective down-proof cloth and a preparation method thereof. Warps of the down-proof cloth adopt anti-perspective polyester DTY filaments, wefts of the down-proof cloth adopt cotton fiber and anti-transparent polyester staple fiber blended yarns, high-density weaving is performed, and meanwhile, an interwoven fabric is subjected to anti-transparent finishing, so that the fabric is light, thin and soft, and the disadvantage that heterochromatic velvet is visible is effectively prevented. According to the invention, the warps and the wefts adopt the superfine polyester filaments and the polyester and cotton blended yarns respectively; compared with a same-yarn-count all-cotton down-proof fabric, the down-proof cloth has the advantages that the hand feeling and the draping feeling are better, and the washing shrinkage rate is greatly improved; and a non-ionic down-proof finishing agent and heavy calendaring treatment are adopted in the after-finishing process stage, so that the covering capacity of the polyester and cotton down-proof cloth can be effectively enhanced, and the whiteness and the down-proof performance are not influenced.

The invention relates to a downproof nonwoven fabric for a down jacket. The downproof nonwoven fabric orderly comprises a waterproof breathable layer, a nonwoven fabric layer and a lining layer from outside to inside; in mass percent, the waterproof and breathable layer comprises 30-40% of macromolecule waterproof and breathable film and 60-70% of silk fabrics; the nonwoven fabric layer comprises60-80% of terylene and 20-40% of conductive fiber; and the lining layer is cotton fabric. By arranging three layers of fabrics for the down jacket, the protection effect of the whole down jacket fabric is enhanced, and the downproof effect of the down jacket fabric is better; by adding the macro-molecular water and breathable film in the waterproof and breathable layer, the outermost layer of thedown fabric is waterproof and breathable when the downproofness is reached, and the hand feeling of the outer layer fabric is more silky after combining with the silk fabric.

The invention discloses a numerical control anti-nap-jump automatic template sewing and processing device and a control system thereof. The numerical control anti-nap-jump automatic template sewing and processing device comprises a sewing machine, a template sewing material clamping and dragging mechanism, two upper parallel guide rails, two lower parallel guide rails, and a control system of the numerical control anti-nap-jump automatic template sewing and processing device. The numerical control anti-nap-jump automatic template sewing and processing device can be used for sewing a plurality of stitches and a plurality of patterns, the work efficiency can be raised. The numerical control anti-nap-jump automatic template sewing and processing device is low in production cost and easy to mount and debug, the sewing machine is easy to maintain, and a sewed nest can be easily avoided.