30results about How to "High single yarn strength" patented technology

The invention discloses a cotton fiber and jutecell fiber blended yarn and a spinning process thereof. The blended yarn comprises jutecell fiber with fiber content blending ratio as 70% and 30% fine staple cotton. The fibers are spun into yarns through the blended spinning process. Raw materials of the yarns are composed of the jutecell fiber and the fine staple cotton. Compared with the prior art where long staple cotton and jutecell fiber are used for blended spinning, the process is low in cost and high in cost performance. The blending mode of one pre-blending and three mixed-blending is adopted, so that the blending spinning ratio is accurate, and components are even. The blended yarns produced in the production process are high in single yarn strength, even in yarn levelness and few in nep and yarn fault. The yarn structure can further improve textile comfortableness, improve textile hand feel and improve lining grade.

The invention discloses novel blended yarn and a production process thereof. The novel blended yarn is formed by blending cotton fibers with the blending ratio being 50%, bamboo pulp fibers with the blending ratio being 40% and soybean protein fibers with the blending ratio being 10%. The novel blended yarn has the advantages that a compact Siro spinning technology is adopted, raw materials are reasonably mixed, the defect of poor crease resistance of the soybean protein fibers is overcome, the soybean protein fibers are prevented from pilling to a large extent, and the size stability of fabric is improved. The problems that the bamboo pulp fibers are poor in hand feel, skin friendliness and cohesive force are solved. The produced yarn is good in strength, high in evenness, good in breathability, fluffy and soft, and has good skin friendliness and health care functions. The three-blending mode is adopted, the blending ratio can be more accurate, ingredients are even, produced single yarn is high in evenness, the strength of the single yarn is high, the number of cotton neps is small, and the number of yarn faults is small. The yarn variety enables fabric to have good breathability, to be fluffy and soft and to have good skin friendliness and a health care function.

The invention discloses cotton fiber, aloe fiber and viscose fiber blended yarn and a yarn spinning process thereof. The blended yarn comprises the components by fiber-content blended ratio: 50 percent of cotton fiber, 30 percent of aloe fiber and 20 percent of viscose fiber, and the fibers are spun into the yarn through a blending process. The aloe fiber and the viscose fiber are subjected to coating mixing, and card slivers formed through working procedures such as blowing and cotton carding and cotton-fiber fine combing slivers are subjected to sliver mixing to form the yarn. A compact Siro spinning technique and the reasonable raw material collocation are adopted, so that the problems that the fiber of the aloe fiber is short, the viscose fiber is easy to deform, the elastic recovery properties are poor, the abrasive resistance is poorer, the fiber is not resistant to acid and the like are solved, and the advantages of the aloe fiber, the viscose fiber and the cotton fiber are exerted. A mixing mode of one pre-drawing and three mixing-drawing is adopted, the accurate blending ratio is favored, and the components are uniform. The produced single yarn evenness is uniform, the single yarn strength is high, the neps are less, and the yarn defects are less.

The invention provides an organic cotton fiber bunchy yarn and a manufacturing process thereof. The process includes the procedures of scutching, cotton carding, drawing, roving, spinning and winding.The scutching procedure includes application coordination of an automatic bale plucker, a mixing bale opener and a bale opener after parameter adjustment, a cotton roll enters the cotton carding procedure after the scutching procedure, and is changed into a cotton sliver under the action of a carding machine and then divided into a few parallel slivers, and the parallel slivers enter a drawing frame, are drawn, pass a roving frame and a spinning frame and finally enter a bobbin winder. The yarn made of novel environment-friendly materials is provided for the market by the aid of the manufacturing process, clothes made of the yarn can improve the clothing experience of people, market requirements are met, and economic and social development is promoted.

The invention discloses mildew-proof yarn and a spinning process. The mildew-proof yarn comprises first yarn and second yarn. The process comprises the following steps of S1, preparing corn fiber raw materials and cotton fiber raw materials, and performing a corn fiber balance treatment process: storing the corn fiber raw materials in a 58% storage environment at 30 DEG C in advance for balance treatment; and S2, performing a cotton cleaning process: loosening the cotton fiber raw materials into small cotton blocks or cotton bundles through a cotton slitter so as to facilitate mixing and impurity removal, then, removing most impurities, defects and short fibers which are not suitable for spinning in the cotton fiber raw materials after cotton opening through a cotton cleaning machine, fully and uniformly mixing the cleaned cotton fiber raw materials with different components through a cotton mixing machine, making the mixed cotton fiber raw materials into cotton rolls which can support a certain weight, are uniform in length and thickness and are good in appearance through a lapper; and feeding the corn fiber raw materials into the cotton slitter after the corn fiber raw materials are opened by a bale plucker. The yarn has a mildew-proof function, the mildewing phenomenon of the yarn can be avoided, and therefore the service life of the yarn can be prolonged.

The invention discloses a cotton fiber and jutecell fiber blended yarn and a spinning process thereof. The blended yarn comprises jutecell fiber with fiber content blending ratio as 70% and 30% fine staple cotton. The fibers are spun into yarns through the blended spinning process. Raw materials of the yarns are composed of the jutecell fiber and the fine staple cotton. Compared with the prior art where long staple cotton and jutecell fiber are used for blended spinning, the process is low in cost and high in cost performance. The blending mode of one pre-blending and three mixed-blending is adopted, so that the blending spinning ratio is accurate, and components are even. The blended yarns produced in the production process are high in single yarn strength, even in yarn levelness and few in nep and yarn fault. The yarn structure can further improve textile comfortableness, improve textile hand feel and improve lining grade.

The invention relates to a kapok fiber processing technology. The technology comprises the following steps: at first, loosening the kapok fibers, removing impurities from the kapok fibers, then sealing the kapok fibers in a cotton warehouse to stew the kapok fibers in the presence of a first aid, then wetting the kapok fibers in the cotton warehouse, spraying a second aid onto the kapok fibers in the cotton warehouse after the humidity of the kapok fibers has met the certain requirements under a heating condition; and then keeping on stewing the kapok fibers. The provided processing technology uses a unique first aid and second aid. In the assistance of the first aid and the second aid, at the same time, the technology comprises a special procedure, and thus the processed kapok fibers has the characteristics of softness, comfort, smoothness, antistatic property, pilling resistance, dampness absorption, dampness guiding, healthcare function, and antibacterial property. The dry unevenness and break strength of yarns made of the kapok fibers are greatly improved. Moreover, the kapok fibers can be blended with cotton fibers, and the kapok fiber content can reach 80% on the basis that the textile quality is not affected.

The invention discloses a Siro-spinning core-spun yarn blended with soybean fiber and bamboo fiber and spinning technology. The blended yarn is produced by blending soybean fiber and bamboo fiber, wherein, the content of the soybean fiber is 1%-9%, and the residual is bamboo fiber. Siro-spinning is adopted; and spandex filament is added to produce Siro-spinning core-spun yarn. The blended yarn has the advantages of the soybean fiber and the bamboo fiber, at the same time, the spandex filament is added, so that the blended yarn has a good elasticity, a good shape-retaining ability, and has no wrinkling.

The invention belongs to the technical field of yarn spinning, and particularly relates to a spinning method of an organic cotton modal composite yarn. The spinning method of the organic cotton modal composite yarn comprises the following steps of S1, preparing before spinning: selecting raw materials, namely organic cotton fibers and modal fibers which respectively account for 50 percent by mass, and performing water bath heat treatment on the organic cotton fibers and the modal fibers; and after drying, putting into a mixed solution prepared from an antistatic agent and an anti-pilling agent according to the volume ratio of 2: 1, soaking for 2 to 3 hours, and pre-humidifying for 20 to 24 hours in a standard atmospheric state with the relative humidity of 25 to 35 percent. According to the spinning method of the organic cotton modal composite yarn provided by the invention, the organic cotton fibers and the modal fibers are subjected to temperature and humidity treatment, antistatic agent treatment and anti-pilling agent treatment, so that the softness and antistatic property of the blended fibers are improved, and the hairiness of the blended yarns is reduced; through the mixing mode of wrapping and mixing the organic cotton fibers and the modal fibers, component uniformity is facilitated, and the spinnability of the organic cotton fibers is improved; and the blended yarn produced by the production process is high in single yarn strength, uniform in yarn evenness, less in neps and less in yarn faults.

The invention relates to a yarn blended with silver fiber and cotton fiber and preparation technology, and the yarn is blended with silver fiber and combed cotton fiber through blending, wherein, the content of the silver fiber is 1-50%, and the balance is cotton fiber. The preparation technology comprises the steps of flower removing, cotton combing, preparation, fine combing, blending of silver fiber and combed cotton strip of combed cotton fiber, mixing, roving, spinning and automatic winding. The advantages are that the characteristics of both the silver fiber and the cotton fiber are provided; the yarn has high intensity, good wear resistance, moisture absorption, ventilation, strong antibacterial performance, and radiation hardening. The technology has the advantages that the blending ratio is accurate; the components are uniform; the blended yarn manufactured thereby has a strong force of a single thread, little hairiness, uniform strips, little cotton knobs and little yarn defects.

The invention discloses a cotton fiber and viscose blended yarn and a spinning technology thereof. The blended yarn comprises cotton fiber and viscose, and the fiber blending ratio of the cotton fiber to the viscose is 1:1; and the fibers are spun into yarns through a blending process. Card slivers formed by the processes such as blowing and carding and cotton fiber combed silvers are subjected to silver blending to form yarns, and a compact Silo spinning technology and the reasonable matching of raw materials are adopted, so that the problems such as the viscose can be deformed easily, has low elastic recovery performance and relatively low wear resistance, and is not acidproof are solved, and the advantages of the viscose and the cotton fiber are exerted. A pre-doubling and mixed doubling mixing mode is adopted, so that the accuracy of the blending ratio and the uniformity of ingredients are facilitated, produced single yarns have uniform yarn levelness and high strength, and few neps and yarn faults are produced.

The invention discloses blended yarn of mulberry silk macrofiber and modal fiber and a spinning technology thereof. The blended yarn is formed by blending the mulberry silk macrofiber and the modal fiber through a blending technology, wherein the content of the mulberry silk fiber is 1 to 99%, and the balance of modal fiber. The blended yarn not only has the advantages of the mulberry silk fiber but also has the characteristics of the modal fiber. With different tissue structures adopted, silk fabric can be as light and thin as yarn, and can also be thick and full, the spinning product of the blended yarn is particularly suitable for developing garment materials, T-shirts and the like in summer, and is comfortable and graceful when worn.

The invention relates to a blended yarn of Shu elastic silk fibers and cotton fibers and a spinning process thereof. The blended yarn has the advantages of the Shu elastic silk fibers and cotton, is transcendental in size stability, natural, soft, high in air permeability and abrasive resistance, capable of being widely applied in the fields of cowboy costume, formal clothes, sport suit, knitted underwear and home textile, and broad in market prospect. According to the preparation process, the difficulties that the Shu elastic silk which serves as raw material fibers is high in elasticity and uneasy to reel separately and has too much crimps are overcome, the Shu elastic silk fibers and the cotton fibers are blended according to a blending proportion, and a cotton carding process, a roving process and a spun yarn process in the later period are completed. According to the process, the spun yarn process is adjusted, and the problem is solved that since the rebound resilience of the Shu elastic silk is high, coiling strips serving as raw materials are difficult to shape; a big-ration high-drafting process is achieved, the supply in the early period and the supply in the later period can be ensured, and the prepared blended yarns are high in single yarn intensity, small in variable coefficient and high in stability of fiber strength, show excellent rebound resilience, and meet demands of downstream manufacturing.