119results about How to "Not easy to pill" patented technology

The invention relates to the field of detergents and particularly relates to a three-effect liquid laundry detergent composition and a preparation method thereof. The three-effect liquid laundry detergent composition has the three effects of washing, softness and puffiness and comprises the following components: 0.02-15% of cationic softener, 0.01-10% of modified silicon oil, 2-50% of nonionic surfactant, 0.02-6% of enzymic preparation and 0.01-12% of enzymic preparation stabilizer. The preparation method comprises the following steps of: adding the nonionic surfactant into the heated deionized water, adding the enzymic preparation stabilizer, stirring while adding, and heating the mixture to 55-65 DEG C; adding the pre-molten cationic softener, stirring until the pre-molten cationic softener is completely dispersed and the system is uniform, and cooling to 45-55 DEG C; adding the modified silicon oil, stirring and uniformly dispersing, and cooling to 30-40 DEG C; adding the enzymic preparation, stirring to dissolve the enzymic preparation until the system is uniform; and complementing the deionized water, and uniformly stirring the mixture.

The invention discloses a light fabric and a production method thereof. The light fabric consists of long terylene fiber or long nylon fiber with the fineness between 10 and 40 deniers, wherein the monofilament fineness of the long terylene fiber or the long nylon fiber is between 0.2 and 6 deniers. The production method of the light fabric comprises the steps of material selecting, warping, starching, warp rebeaming, weaving and post-finishing processing to finally obtain finished products. The fabric produced by the invention has the characteristics of light weight, softness, good downproofness, snagging resistance and the like, is difficult to generate pilling, has simple processing process and stable quality and is applicable to light sport suit and high-grade down coat.

The invention relates to an auxiliary agent in the printing and dyeing industry, in particular to a surface finishing auxiliary agent for fabric. An anti-pilling finishing agent for the fabric is nonionic macromolecular polymer, and is characterized in that the anti-pilling finishing agent for the fabric is formed by copolymerizing 10 to 20 portions of high-hydro silicone oil, 30 to 50 portions of polyurethane prepolymer and 30 to 50 portions of polypropylene ester copolymer under the conditions of catalyst and heating; and the portion is weight portion. The fabric anti-pilling finishing agent is suitable for various fibers and fabrics; and in particular, polyester fabric treated by the anti-pilling finishing agent has basically unchanged tone and handfeel, improves the fastness to washing and light fastness, greatly improves the antistatic performance, has certain dust resistance and obviously improves the anti-pilling performance.

The invention provides a spinning process of polyester fleece knitted fabric. The spinning process mainly uses polyester filaments and polyester staple fibers as the raw materials to prepare the weft-knitted fabric. The spinning process includes: preprocessing gray fabric; dyeing and printing; softening and pre-forming; napping; carding; shearing; turning naps into granular naps; performing kinetic energy finishing; performing finished-product forming. The polyester fleece knitted fabric spun by the spinning process is soft and fluffy in touch, breathable and warm-keeping, less prone to pilling and fading, excellent in water resistance, oil resistance and fouling resistance and durable in flame retardance and can still have excellent three proofing and flame retardance after being washed at normal temperature.

The invention relates to a processing process of lustrous trilobal profiled polyester pre-oriented color yarn. The pre-oriented color yarn processing process comprises the following steps of: drying large lustrous PET (polyester) chips in a drying machine; adding the dried large lustrous PET chips and coloring masterbatch into a screw extruder for heating and melting; filtering heated and molten melt through a CPF (catalyzed particulate filtering) double-cylinder melt filter; adding the filtered melt into a spinning manifold for distributing and preserving heat; metering the heated and molten melt through a metering pump of the spinning manifold, and pressing the melt into a spinneret plate, wherein the ejection hole of the spinneret plate is in the shape of Y; ejecting the melt through the spinneret plate to form melt thin flows, and performing air cooling by means of an air cooling device; and oiling after cooling; and winding the oiled yarns through a winding head. According to the pre-oriented color yarn processing process, the product quality is improved by optimizing the process, and the products have stable tension, high profile degree and high color fastness in the post-processing process.

The invention relates to the technical field of nonwoven fabrics, in particular to a spunlaced nonwoven fabric production technology and an application thereof. The spunlaced nonwoven fabric production technology comprises processes of opening and mixing, carding to form webs, cross lapping, drafting, pre-wetting, spunlace reinforcement and the like. By regulating type, proportion, denier, pre-wetting treatment process parameters and reinforcement treatment process parameters of fibrous materials, the spunlaced nonwoven fabric production technology relieves the phenomenon of pilling of nonwoven fabric prepared by an existing spunlace method, prepared nonwoven fabric products have flat surfaces, touch soft and are not prone to pilling, the strength of low-gram-weight nonwoven fabric products is improved, so that the pull rate of products is up to 95% or above, and the products can be applied to medical and sanitary products.

The invention discloses a preparation method of high-density and high-physical-property suede superfine fiber artificial leathers, which comprises the following steps: 1, preparing a ferris wheel type superfine fiber non-woven fabric from ferris wheel type sea island composite fibers; 2, soaking the non-woven fabric in a polyurethane DMF (dimethyl formamide) solution; 3, carrying out solidification and foaming processing on the non-woven fabric so as to prepare an elastomer with micro-foamed holes; 4; carrying out water washing on the elastomer; 5, removing a LDPE (low-density polyethylene) part through dissolving by using an organic solvent; 6, drying and formalizing the obtained product so as to obtain a high-density and high-physical-property suede superfine fiber artificial leather based fabric; and 7, carrying out peached finish and dyeing processing on the fabric. The ferris wheel type superfine fiber non-woven fabric can be a non-woven fabric prepared through short fiber needling, and also can be a superfine fiber non-woven fabric covered with ferris wheel type sea island filament woven mesh cloth. Because the proportion of the island phase of the ferris wheel type sea island composite fiber is as high as 70%, PE phases required to be extracted are correspondingly reduced. Naps of a fixed island fiber part are uniform in length and distribution, and can be prepared into high-strength and high-physical-property high-grade suede superfine fiber artificial leathers.

This invention discloses a terylene core-spun thread twisted by two or many terylene core-spun yarns composed of terylene long silk wrapped by terylene short fibers, the process method is as follow: 1) the processed long silks and the short fibers after middle and rear roller drawing are fed into a front roller. 2) the short fibers wrap the long silks in the front roller to become the terylene core-spun yarn to be output from the roller clamp, 3) two or many terylene core-sun yarns are twisted to terylene core-spun threads. The long silk tension is stabilized and controlled by godet hook and a tension disk then to be fed into the front roller after positioning by the carrier rod and the locationing guide wheel.

The invention discloses a woolen sweater. The woolen sweater is manufactured by blending the following components in parts by weight: 60-70 parts of wool, 5-10 parts of cashmere, 10-20 parts of artificial cotton, 10-20 parts of soybean protein fiber and 5-10 parts of composite seaweed carbon fibers. The woolen sweater is manufactured by blending the soybean protein fibers and the composite seaweed carbon fibers, is of friendliness with the skin of a human body, contains various amino acids required by the human body, and has excellent healthcare functions; and the composite seaweed carbon fiber has a function of absorbing far infrared ray, and the far infrared ray not only has an excellent heating function, but also can activate cells to discharge old or dead cells or to apply regeneration capability to old or dead cells so as to be capable of reinforcing energy of the cells, functions of the cells, activities of the cells and the like. The woolen sweater disclosed by the invention utilizes the artificial cotton so as to be smooth relative to fluffs and to be unlikely to pill, and the artificial cotton has excellent heat and electricity conductivity and does not generate static electricity so that the whole woolen sweater is unlikely to generate static electricity.

The invention discloses a production technology of a wool cotton dyed yarn fabric. Raw materials of the wool cotton dyed yarn fabric comprise wool cotton blended yarns of 40 counts. The production method of the wool cotton dyed yarn fabric is that cotton and wool are spun and then made into the fabric through dyeing, beaming, filament sizing, re-beaming, sectional beaming, drafting and weaving. The production technology of the wool cotton dyed yarn fabric provided by the invention is advantageous in that the wool cotton dyed yarn fabric produced in the invention effectively combines functions of a cotton fabric and a wool fabric, has better moisture absorption and air permeability, will not get wrinkled, deformed or pilling easily, feels smooth, fine and comfortable, has a soft texture, can be worn comfortably, greatly increases wearability, and has a wider sales market.

The invention relates to an energy saving type primary crushing apparatus, which comprises a vibration sieve, a permanent magnet cylinder, a crushing device, a cyclone separator, an air closing device, a powder enzyme cylinder, an auger conveyor, a stirring tank, a powder slurry pump, an evaporator, a hot water tank, a fan and other components, and is characterized in that the vibration sieve is connected with the permanent magnet cylinder, the permanent magnet cylinder is connected with the crushing device, the crushing device is connected with the cyclone separator, the cyclone separator is communicated with the stirring tank through the air closing device and the auger conveyor, the stirring tank is further provided with the powder enzyme cylinder, and is connected with the powder slurry pump, and a steam circulation system is further arranged, comprises the evaporator, the hot water tank and the fan, and is provided for providing steam and hot water for the part of the equipment. The energy saving type crushing apparatus has advantages of energy saving, consumption reduction, good crushing quality, high cooking efficiency and the like.

The invention discloses nano antibacterial vortex spinning yarns and a production technology thereof. Each nano antibacterial vortex spinning yarn comprises a yarn body, wherein the yarn body is of acore spun yarn structure and comprises core yarns and wrapping yarns; the wrapping yarns are wrapped outside the core yarns; the core yarns comprise irregular-cross-section polyester filaments, and tencil fibers and silver fibers which are located outside the irregular-cross-section polyester filaments; the surfaces of the irregular-cross-section polyester filaments are coated with a nano titaniumdioxide photocatalyst; the wrapping yarns are prepared from natural plant fibers formed by mixing soybean protein fibers and bamboo fibers. The nano antibacterial vortex spinning yarns disclosed by the invention have a soft texture, do not easily balling up and have good skin-friendly performance and air permeability; the irregular-cross-section polyester filaments are adopted and the wet permeability is good; the nano titanium dioxide photocatalyst and the silver fibers are matched so that the antibacterial performance is good; the soybean protein fibers and the bamboo fibers are provided with irregular grooves in the longitudinal direction and are matched with the irregular-cross-section polyester filaments to form a heat-dissipation and wet-conduction groove with a stereoscopic structure, so that bacterium breeding can be avoided.

The invention discloses a bamboo fiber sock and a yarn forming process of the bamboo fiber sock, and belongs to the technical field of the bamboo fiber textile technology. Main yarns of the bamboo fiber sock are 100 percent of bamboo fiber yarns, in addition, double-yarn splicing is carried out after the single-yarn twisting, and the bamboo fiber yarns are prepared through seven steps: loosening, combing, drawing, roving, spinning, dying and spooling. The bamboo fiber sock has high bamboo fiber content, the special functions of ventilation performance, antibacterial performance, deodorization performance and the like of the bamboo fiber are preserved for the maximum degree. In addition, the bamboo fiber sock has the advantages that the pilling is not easy to occur, the intensity is good, the color is vivid, the color difference is small, and the like.

The invention discloses a method for spinning and weaving novel antibacterial thermal home textile yarns. The novel antibacterial thermal home textile yarns comprise, by weight, 35%-65% of coffee carbon fibers, 15%-25% of modal fibers and 15%-25% of PTT (polytrimethylene terephthalate) fibers. The coffee carbon fibers, the modal fibers and the PTT fibers are blended to form the novel antibacterialthermal home textile yarns. The method for processing the novel antibacterial thermal home textile yarns includes working procedures of blowing, cotton carding, drawing, roving, spinning and the like. The method has the advantages that the method includes simple processes, and the novel antibacterial thermal home textile yarns can be automatically produced by the aid of the method on a large scale; the novel antibacterial thermal home textile yarns are skin-friendly, comfortable, antibacterial and thermal, and are high in yarn strength, low in hairiness and excellent in moisture absorption and breathability, pilling can be prevented, requirements of consumers in family, hotels and the like can be met, home textile fabrics woven by the aid of the method are fluffy and thermal, and accordingly the method has an excellent application prospect.

The invention discloses a lightweight antibacterial sportswear fabric. The lightweight antibacterial sportswear fabric is weaved by warps and wefts. The warps are 40-60% of the fabric in weight; the wefts are 40-60% of the fabric in weight; the warps and the wefts are blended yarns of tencel fibers and linen fibers, wherein the tencel fibers are 40-50% of the blended yarns in weight, and the linen fibers are 50-60% of the blended yarns in weight. Therefore, the fabric has the advantages of excellent hygroscopicity, flexicity and elegant property, light weight, comfort, good toughness, antibacterial property and environmental protection and cannot pill easily.

The invention discloses a production technology of a novel antibacterial home textile fabric. The novel antibacterial home textile fabric is produced through interweaving of warp and weft; the patternis one of taffeta, satin and jacquard, the warp is blended yarn of graphene chinlon/viscose, and the weft is blended yarn of coconut carbon/combed cotton and wrap yarn of sliver fiber/honeycomb dacron; graphene in the graphene chinlon is added before spinning, and the adding proportion is 1-2%; the blended yarn of coconut carbon/combed cotton and the wrap yarn of sliver fiber/honeycomb dacron aresubjected to wefting insertion by the specified picking proportion of 3:1 or 4:1 to complete weaving; 2-4% of silane coupling agent is used for preprocessing the sliver fiber, obtained sliver layersare good in homogeneity and high in binding force, the coating crystal structure is complete, and the depth is 1-2 micrometers. The technology is simple, the novel home textile fabric is smooth, soft,skin-friendly, comfortable, antibacterial and warm, is not likely to pill, has good hygroscopicity and air permeability, and meets the needs of families, hotels and other consumers.