88results about How to "Not easy to fluff" patented technology

The invention provides a manufacturing method of a fuzz-pilling resistant cellulose fiber weft-knitted fabric, comprising the following steps: (1) processing spun yarn: synchronously drawing and spinning two ribbons consisting of cellulose fiber and cotton to obtain a blended yarn of the cellulose fiber and cotton fiber; (2) taking the blended yarn of the cellulose fiber and the cotton fiber, which is obtained in the step (1), as a wire gauze, and knitting the blended yarn with a naked spandex yarn by a weft plain knitting method, wherein each knitting system knits one wire gauze and one naked spandex yarn plating yarn together to obtain a weft-knitted single-face plain knitting platedwork fabric; and (3) heating and pre-shaping the weft-knitted single-face plain knitting platedwork fabric, and then dyeing and shaping the weft-knitted single-face plain knitting platedwork fabric to obtain the fuzz-pilling resistant cellulose fiber weft-knitted fabric. The invention not only solves the problem of fuzz-pilling resistance of a blended fabric taking the cellulose fiber as the main part, but also has large elastic extension and small elastic-restoring force, and also has soft and comfortable hand feeling after being knitted into clothes and trousers.

The invention discloses a silk hot-air non-woven fabric which prepared by fine-denier fibers, silk fibers and ES fibers through a hot-air bonding technology.Non-hot melting silk fibers are adopted as the silk fibers, and the melting point of the ES fibers is 130 DEG C.A preparation method of the silk hot-air non-woven fabric comprises the following steps that 1, the ES fibers and the silk fibers are mixed and carded into a web to obtain a fiber web; 2, hot-air bonding reinforcing is performed on the fiber web obtained in the step 1 to obtain the hot-air non-woven fabric; in the carding process of the step 1, the obverse side of the fabric adopts messy carding, and the reverse side of the fabric adopts a dual-carding technology comprising messy carding and vertical carding.The non-woven fabric is comfortable in handfeel, silky and not prone to be fluffed, and the silk fibers can directly make contact with the skin, so that the skin friendliness is achieved; the breakthrough of producing a natural fiber non-woven fabric through a hot-air technology is achieved, the using performance of the silk hot-air non-woven fabric is improved, and the great application prospect is achieved.

The invention provides an antibacterial hygienic material made from bamboo proto fibers and a manufacturing process and application thereof. The material consists of the following raw materials in percentage by mass: 30 to 60 percent of one of waste bamboo proto fibers or bamboo proto fibers or mixture of waste bamboo proto fibers and bamboo proto fibers, 10 to 60 percent of viscose fibers, 0 to 30 percent of polyester fibers, and 8 to 12 percent of one of hot melt fibers or hot melt powder or latex. The material is prepared according to different raw material formulas and manufacturing processes; the high-permeable moisture-transfer natural antibacterial hygienic material is mainly applied to disposable hygienic products, ensures comfort of the human excretion part, can effectively inhibit bacteria from infringing upon the human body, and is safe, efficient, healthy and environment-friendly; and the process has the advantages of short production flow, simple operation, high efficiency and low cost. The waste bamboo proto fibers are reclaimed wastes generated in the textile processing process, so environmental pollution is lightened, and resources are saved.

The invention discloses an elm timber softening treatment method and belongs to the technical field of timber processing. The elm timber softening treatment method comprises the following steps of 1 timber preprocessing, 2 steam explosion treatment, 3 soaking treatment, 4 drying treatment, 5 ultrasonic treatment and 6 secondary drying treatment. The softening treatment has the remarkable softening effect on elm timbers, has the smaller influence on the original properties of the elm timbers and has a better usage value, the cracking rate is lower during processing, and fluffing is not likely to occur.

The invention discloses a production technique of the dressing of high soft and elastic novel spunlaced clothes, which pertains to the technical field of textile materials. The technique essentially comprises the following steps: weighing and supplying, loosening mixed cotton, fine loosening, precise mixing, fine loosening, automatically leveling cotton supplied, porous drum-type fast carding, multistage rotary drum spunlaced tangling, drying, defect examination, winding, dividing and packaging. The production technique has few limitations to raw materials and can meet the production of different raw materials. A produced product has good performance of suspending weight, air permeability, soft touch feeling, small shrinking rate, high strength and wide thickness changing scope, is not easy to have fuzz or pick, does not contain chemical adhesives and is a relatively ideal base fabric for manufacturing the adhesive interlinings of high-grade clothes.

The invention discloses a process for producing natural elastic yarn-dyed fabrics with mulberry boiled-off silk wefts, and belongs to the technical field of production of natural elastic yarn-dyed fabrics with mulberry silk. The process includes warp preparation, weft processing, yarn dyeing and after finishing. Warps are made of 23 dtex mulberry raw color silk f1, weft processing sequentially includes steps of doubling, primary twisting, primary type approval, coiling, degumming, dyeing, sizing, heavy twisting and secondary type approval, and doubling includes carrying out zero-twist doublingon every four 4 pieces of 23 dtex mulberry raw silk f1; primary twisting is carried out under the condition of 500 twist/meter in S twist directions; primary type approval is carried out at the temperature of 80 DEG C for 40 min; sizing slurry comprises sodium alginate with the mass concentration of 5 g/L, the bath ratio is 1:15, and heat is preserved at the temperature of 50 DEG C for 20 min; the twist directions of strong twisting are identical to the twist directions of primary twisting, and strong twisting is carried out under the condition of 2600 twists/meter; secondary type approval iscarried out at the temperature of 90 DEG C for 60 min; after finishing includes hot water loose type low-tension type approval, the bath ratio is 1:10, water is heated until the temperature of the water reaches 60 DEG C, heat is preserved at the temperature of 60 DEG C for 30 min, and after finishing is carried out to obtain the natural elastic yarn-dyed fabrics which are finished products. The process has the advantages that the natural elastic yarn-dyed fabrics are easy to weave, the mulberry boiled-off silk wefts for weaving the natural elastic yarn-dyed fabrics are low in type approval temperature and little in strength damage after being twisted, and the natural elastic yarn-dyed fabrics have good hand feeling.

The invention provides a bobbin. The bobbin comprises a base and a bobbin core, wherein, the surface of the bobbin core is equipped with a locking slot and a yarn unwinding slot, and a yarn guide head is arranged on the front end of the bobbin core. The bobbin has the beneficial effects that strength is high, surface is smooth, and the phenomena such as fuzzing, bubbling and the like can be avoided on yarn during the production process in procedures, thus effectively ensuring the quality of the finished yarn; and the bobbin can be reused, thus being convenient for collection, greatly lowering production cost and improving economic benefit.

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.

Provided is a liquid crystal resin composition for camera modules, which is used for the purpose of producing a camera module component. The surface of a molded body of this liquid crystal resin composition for camera modules is not easily raised. This resin composition is obtained by blending at least one kind of (B) an inorganic filler that is selected from among (B1) fibrous fillers and (B2) non-fibrous fillers and at least one kind of (C) a copolymer that is selected from among (C1) olefin copolymers and (C2) styrene copolymers into (A) a liquid crystal resin, so that the component (A) is 65-93% by mass, the component (B) is 5-20% by mass and the component (C) is 2-10% by mass. The component (B1) has an average fiber diameter of 1.0 mum or less and an average fiber length of 5-50 mum, and the component (B2) is at least one filler that is selected from among plate-like fillers and granular fillers having an average particle diameter of 50 mum or less. The component (C1) and the component (C2) are respectively configured of specific components.

The invention discloses an antibacterial infant wet tissue capable of being scattered through washing. The antibacterial infant wet tissue comprises two parts, namely, a wet tissue body and wet tissue liquid, wherein the wet tissue body is prepared by taking wood pulp cellulose and cellulose acetate fibers as raw materials through airflow wet formation and spunlace sizing; the wet tissue liquid is prepared from the following components: alkyl polyglucoside, a preservative, radix scutellariae extract, fructus gardeniae extract, folium artemisiae argyi extract, peach leaf extract, propylene glycol, glycerol and deionized water. The wet tissue can be washed to be scattered by water flow, therefore, after use, the wet tissue can be directly abandoned in a closestool, and the blockage of the closestool and a sewer can not be caused. In addition, the infant wet tissue is soft and mild, can not stimulate the skin of the infant, and has the sterilizing and disinfecting effects.

The invention provides a blood pressure cuff which comprises a main body made from a cuff wrapping cloth material. The fiber distributing direction of the cuff wrapping cloth material is inclined by a certain angle relative to the periphery of the blood pressure cuff. After the crossed direction between the fibers of a fiber layer of the blood pressure cuff and the periphery of the blood pressure cuff is changed, a certain inclined angle is available between the fiber distributing direction and the periphery of the blood pressure cuff rather than a parallel or perpendicular relationship, and the friction resistance of the blood pressure cuff can be improved due to the fiber direction. Therefore, the phenomena, i.e. the fuzzing and the fiber falling, hardly appear at the periphery of the blood pressure cuff.

The invention discloses an embedded terry-type towel and a manufacturing process thereof. The towel is woven by ground warp and napping warp with weft yarn, wherein the ground warp is divided into two layers which are woven with the weft yarn to form two layers of foundation fabric; the napping warp is woven with the weft yarn on the two layers of foundation fabric to form terry to make the upper and lower layers of foundation fabric tied; moreover, the interwoven terry is positioned between the two layers of foundation fabric. The towel product manufactured by the process has smooth and flat surface and is soft and rich in flexibility; moreover, laddering and fluffing occur infrequently during use.