105 results about "Camel hair" patented technology

A process for preparing the solution and solid of ceratin includes extracting ceratin from wool of goat and sheep, camel hair, feather, leather leftover, etc by reduction method, and preparing solution and solid by use of the reagent, such as inorganic salt, urea, or thiourea.

A process for preparing ceratin solution includes such steps as washing wool of sheep and goat, camel hair, yak hair, pig hair, etc in water, immersing in alcohol or acetone for removing fat, adding it to chlorinated imidazole salt series ionized liquid, heating to 100-150 deg.C and stirring for 2-10 hrs.

The invention relates to a preparation method and a dry-wet spinning method of a regenerated protein chitosan blended solution. The preparation method comprises the steps of: carrying out ultrafine grinding on raw materials of leftovers of reeling silks and leftovers of animal coarse hairs such as goat hairs, pig hairs, camel hairs and wools, dissolving the crushed raw materials in an ionic liquid to obtain a regenerated protein solution with high molecular weight, and blending the regenerated protein solution with a chitosan liquid to obtain a spinning solution. The spinning solution is molded by using a dry-wet spinning technology, the structure uniformity and the orientation degree of fibers are enhanced through solidification and drafting, and the elongation and the elasticity of the fibers are improved through oxidation crosslinking. The regenerated protein chitosan blended fiber has high protein content, and has functions of bacteria resistance, moisture prevention and promotion of blood coagulation and wound healing; and all compositions in the fiber are in biomass states, have good biodegradability and biocompatibility and can be applied to textile fibers and biomedical materials.

The invention discloses a composite accompanying environment-friendly imitation goose down thermal material and a method for producing the same.The composite accompanying environment-friendly imitation goose down thermal material is prepared from PLA (polylactic acid) melt-blown superfine short fibers and a type or a plurality of types of cashmere, camel hair, alpaca wool and rabbit hair fibers.The surface density of the composite accompanying environment-friendly imitation goose down thermal material is 50-300 g/m<2>, the thickness of the composite accompanying environment-friendly imitation goose down thermal material is 3-30 mm, a CLO value of the composite accompanying environment-friendly imitation goose down thermal material is 0.8-3, the warmth retention rate of the composite accompanying environment-friendly imitation goose down thermal material is 50-85%, and a thermal resistance value R of the composite accompanying environment-friendly imitation goose down thermal material is 0.5-3.The composite accompanying environment-friendly imitation goose down thermal material and the method have the advantages that shortcomings of bulkiness, easiness in deformation due to water washing, down piercing and the like of the traditional down feather can be effectively overcome; existing melt-blowing equipment is modified, so that the light, thin, environment-friendly and efficient imitation goose down thermal material can be developed and is wide in service range, and development of the thermal material industry can be effectively promoted.

Disclosed moisture-absorbing air-permeable silk composite fiber is characterized by being prepared from the following raw materials in parts by weight: 16-19 parts of silk, 13-15 parts of camel hair, 7-9 parts of coral fleece, 10-12 parts of ramie fiber, 8-11 parts of PTT short fiber, 5-7 parts of soybean fiber, 2.3-4.7 parts of milk protein fiber, 0.4-0.8 parts of tea polyphenol, 1.2-3.2 parts of plastic starch, 0.3-0.6 parts of sodium pyrophosphate, 1.2-2.4 parts of cocounut oil essence, 100-110 parts of 1-butyl-3-methylimidazolium dibutyl phosphate, 110-120 parts of 1-ethyl-3-methylimidazolium diethylphosphate, 1-2 parts of frankincense, 0.5-0.9 parts of sediment of human urine, 0.6-0.8 part of flos lonicerae, 2-4 parts of an auxiliary agent, and proper amount of water. By adding ramie fiber, the silk composite fiber has functions of resisting bacteria, inhibiting bacteria, eliminating and adsorbing odor, absorbing moisture and breathing, and the like, and by adding tea polyphenol, the improved silk composite fiber also has effects of resisting radiation, being smooth and light, keeping warm and resisting static electricity.

A braided carpet is composed of warps, wefts and hair yarns chosen from cashmere yarn, ox hair yarn, and camel hair. When it is braiding, the "fixed knot" and "braiding knot" are used. For the braiding knot, the hair yarn by-passes the two warps to form a U-shaped ring and then be pulled out forward through the gap between said two warps and annothe two warps to sleeve on a braiding rod, forming a complete braiding knot. Its advantages are good handle, natural lustre and not dropping hair.

The invention discloses a soft abrasion-resistant denim fabric which comprises a surface abrasion-resistant layer and an inner elastic soft layer, wherein the abrasion-resistant layer is woven of warp yarns and weft yarns; the warp yarns are blended and woven of khaki fibers and sateen fibers, and the weft yarns are blended and woven of mohair fibers and camel hair fibers; and the elastic soft layer is blended and woven of imported long lint fibers and acrylic fibers. The abrasion-resistant layer is made from soft and thick fabrics with good abrasion resistance, such as the khaki fiber, the sateen fibers, the mohair fibers and the camel hair fibers, so the abrasion-resistant layer is soft in handfeeling and abrasion-resistant and has no rough feeling; and the inner layer is blended and woven of the imported long lint fibers and the acrylic fibers, so the inner layer is soft, elastic and comfortable and in well fit with a body and has a very good warm-keeping effect.

The invention discloses a process for spinning super-high count yarns/camel hair combed yarns. The process comprises the following specific steps: carding, combing, performing primary sliver mixing, performing double combing, performing secondary sliver mixing, roving and spinning. According to the mode, due to the process for spinning super-high count yarns/camel hair combed yarns of more than 200Nm, disclosed by the invention, the yarns are low in hairiness and even in running thread, the prepared yarns are high in tensile properties, and the wear resistance, running threads, gloss, card neps and the like meet the usage requirements of high-grade thin and light camel hair combing woven fabrics.

The invention provides a manufacturing process of a multifunctional composite fabric. The technical problems that an existing multifunctional composite fabric has no corresponding manufacturing process, slow manufacture speed and the like are solved. The manufacturing process comprises the following steps of a, manufacture of a surface layer: blending, by weight, polyester fiber 35-45%, activatedcarbon fiber 24-32%, camel hair fiber 10-20% and alginate fiber 6-12% to weave a first fabric; applying protective liquid to both surfaces of the first fabric by using a surface treatment device to obtain the coated first fabric, namely, the surface layer; b, manufacture of a lining layer: blending, by weight, cotton fiber 25%-35%, hemp fiber 15-20%, mulberry silk fiber 25-35% and alginate fiber 15-20% to weave a second fabric as the lining layer; c, bonding: bonding the surface layer and the lining layer by using a laminating machine to prepare the multifunctional composite fabric. The manufacturing process has the advantage of fast production speed.

The invention relates to high-count combed camel hair woven yarn. The high-count combed camel hair woven yarn is formed by blending 50% of camel hair fiber and 50% of water-soluble vinylon fiber, wherein the metric count of actually-spun yarn is 100 Nm/2, the metric count of vinylon-dissolved yarn is 200 Nm/2, the single yarn twist coefficient is 105, and the doubled yarn twist coefficient is 87. A manufacturing method of the yarn includes the steps that oiling and life preserving are conducted on camel hair fiber and pile, combed camel hair strips are formed through the carding procedure, the gilling procedure, the combing procedure and the gilling procedure, the camel hair strips are mixed, oiling and life preserving are conducted on the mixed strips, and drawing silver suitable for spinning production is manufactured after the strips and 50% of vinylon strips are mixed, combined and combed; the camel hair and vinylon fiber blended yarn is manufactured through the other seven procedures of pre-spinning, the spun yarn procedure, the spooling procedure, the doubling procedure, the two-for-one twisting procedure, a product is formed by the yarn through beaming and weaving, and the high-count combed camel hair woven yarn is obtained after water-soluble vinylon fiber is dissolved and removed in the normal washing and contracting process. The input-output ratio of the produced vinylon-treated high-count camel hair blended woven yarn is higher than that of normal pure camel hair yarn, and fabric is lighter and thinner.

The present invention belongs to the field of textile technology, and is especially knitted fox fleece underwear. The knitted fox fleece underwear contains fox fleece in 1-100 wt%, preferably in 40-75 wt%, as well as polyurethane fiber, Jinlun, soybean protein fiber, Tencel, modal fiber or viscose fiber, shinkproof mercerized wool and/or long staple cotton. The knitted fox fleece underwear has the advantages of underwear of cashmere, underwear of rabbit fleece and underwear of camel hair, and is superior to the later mentioned underwears. In addition, the fox fleece is the side product of fox fur processing, so that the present invention is the technology of reusing the resource.

The invention relates to a low-temperature plasma pre-treatment process which is characterized by comprising the following steps: sorting wool; washing wool; drying; carrying out low-temperature plasma treatment; sizing and the like. The invention is the low-temperature plasma pre-treatment process which is clean and uniform to treat and has water-saving and energy-saving effects, and the surface hydrophilic performance of spinnable blanket wool (yak hair, wool, camel hair and the like) is effectively improved, so that the dyeing property of the wool is improved, and the dyeing, coating and bonding performances are improved.

The invention discloses a windproof insulating fabric which comprises a heat-absorbing insulating layer on the surface layer and a windproof fabric layer on the inner layer, wherein the heat-absorbing insulating layer is formed by blending heat-absorbing glass fiber and camel hair fiber; the windproof fabric layer is formed by weaving warps and woofs mutually; the warps are formed by blending acrylic fiber and chinlon fiber; and the woofs are formed by blending khaki fiber and lint fiber. As the surface layer is formed by blending heat-absorbing glass fiber and camel hair fiber, heat is absorbed, and the fabric with the heat-absorbing insulating layer not only can absorb heat and be insulating, but also is wear-resistant and warm; as the inner layer is formed by blending wear-resistant, comfortable, windproof and warm fabric fiber, the fabric has a close-fitting fabric layer which not only is windproof, but also is warm and comfortable when worn by a user; and the insulating layer on the outer layer transmits heat to the inner layer, so that the user wearing the windproof heat-insulating fabric can feel warm.

The invention relates to a windproof warm camel hair composite flake and a preparation method thereof. The preparation method comprises the following steps that firstly, a fiber raw material of a first fiber net is carded into a net, laid flat, stacked and reinforced to prepare the first fiber net, then fiber raw materials of a second fiber net and third fiber net are carded into nets, laid flat and stacked to prepare the second fiber net and the third fiber net respectively, the first fiber net, the second fiber net and the third fiber net are laid flat, stacked and reinforced in sequence, the reinforced flake is subjected to side cutting, ultraviolet sterilization, rolling and packaging to prepare the windproof warm camel hair composite flake, and the finally prepared windproof warm camel hair composite flake has a composite layer structure, and comprises the first fiber net, the second fiber net and the third fiber net which are adjacent to one another and connected through low melting point fiber bonding in sequence. The windproof warm camel hair composite flake and the preparation method thereof have the advantages that by adopting a composite fiber, and designing the fiber nets in layers, the windproofness and warmth retention of the camel hair flake are improved, and the flake is endowed with an anti-static function and other health care functions.

The invention discloses a production process for vicugna double-faced woolen fleece. The production process for the vicugna double-faced woolen fleece comprises the following process steps: preparingthe following raw materials of the vicugna double-faced woolen fleece in percentages by weight: 50% of camel hair cloth fibers, 25% of Australian wool top fibers with the quality number being 66S and25% of Australian wool top fibers with the quality number being 70S; preparing dyed or non-dyed camel hair cloth fibers into coarse yarns with the metric count being 14/1 by willey, carding, mule spinning and an automatic spooling process; preparing the dyed or non-dyed Australian wool top fibers with the quality number being 66S and the dyed or non-dyed Australian wool top fibers with the qualitynumber being 70S into coarse yarns with the metric count being 14/1 by willey, carding, mule spinning and an automatic spooling process; carrying out warping on the obtained yarns; weaving the spun yarns on a rapier loom by a single-warp and single-weft mode; and successively carrying out hemming, fulling, scouring of wool fabric, dewatering, drying, decatizing, fuzzing, burring, drying, scaldingscissoring and decatizing processes on the woven cloth to obtain the finished product. The double-faced woolen fleece feels soft, and is high in heat-insulation property.

The invention discloses a soft leather fabric which comprises a superficial soft layer, a leather layer and close-fitting layer, wherein the leather layer is located below the soft layer; the close-fitting layer is located below the leather layer; the soft layer is a thin-film layer which is formed by polyimide fibers; the leather layer is made of fish leather; the close-fitting layer is an elastic layer which is formed by mutually knitting warps and wefts; the warps are formed by blending and knitting tribute silk fibers and mohair fibers; and the wefts are formed by blending and knitting cashmere fibers and camel hair cloth fibers. The superficial soft layer is the thin-film layer which is formed by knitting the polyimide fibers, so that the mechanical property is good, abrasion is difficulty to occur and soft hand feel is provided; the leather layer is formed by the fish leather, so that the material is soft and the hand feel is good; the close-fitting layer is formed by blending and knitting elastic and soft fabrics, so that the prepared fabric is soft and comfortable to wear; and at the same time, according to the elastic fabric, the clothing is close-filling, warm and non-breathable.

The invention discloses a wind-resistant comfortable denim fabric. The wind-resistant comfortable denim fabric comprises a denim wind-resistant layer and a comfortable layer, wherein the denim wind-resistant layer is positioned on a surface layer; the comfortable layer is positioned on an inner layer; the denim wind-resistant layer is formed by weaving warp threads and weft threads; the warp threads are formed by weaving nylon fibers and viscose fibers in a blending way; the weft threads are formed by weaving polyester ramie blend fibers; and the comfortable layer is formed by weaving orlon fibers and camel hair fibers in a blending way. The denim fabric disclosed by the invention is abrasion-resistant and wind-resistant when worn by being weaved in a blending way by adopting abrasion-resistant fabrics and wind-resistant fabrics, thereby preventing a human body from being blown by cold wind and keeping the human body warm; and the denim fabric disclosed by the invention is comfortable and close-fitting to wear as the inner layer is formed by weaving soft and elastic fabrics.

The invention provides a blended wool sweater, which includes the following raw materials: cashmere, Tencel wool, camel hair fiber, polylactic acid fiber, super imitation cotton, composite seaweed carbon fiber and nylon-66 fiber; Blended wool sweater is made of a variety of special raw materials. The wool and fiber blended wool sweater feels comfortable and smooth, and has excellent stretch resistance; the blended wool sweater has good affinity with human skin and has a warm effect Remarkable; at the same time, the blended wool sweater is durable and wear-resistant, not only has the effects of flame retardancy, corrosion resistance and antibacterial effect, but also has the functions of moisture absorption and ventilation.

The invention discloses a washable light down feather composite fiber. The washable light down feather composite fiber is characterized by being prepared from the following raw materials in parts by weight: 12-14 parts of goose down, 15-20 parts of pig hair, 14-17 parts of camel hair, 6-8 parts of plumetis fibers, 10-12 parts of tencel fibers, 7-9 parts of cheviot fibers, 2.1-3.3 parts of sorbitol, 1.2-3.4 parts of glycerol monolaurate, 10-13 parts of grapevine, 1.2-3.1 parts of citric acid, 2-4 parts of phellodendron amurense, 1-3 parts of white atractylodes rhizome, 2-3 parts of the root bark of white mulberry, 0.3-0.5 part of magnesium chloride, 3-5 parts of oxidized castor oil, 100-120 parts of 1-butyl-3-methylimidazolium acetate, 110-130 parts of 1-butyl-3-methylimidazolium dibutyl phosphate, 1-3 parts of assistants and an appropriate amount of water. According to the washable light down feather composite fiber, the pig hairs and the camel hairs are added, and therefore, the feather utilization rate is increased and the cost is reduced; and the phellodendron amurense, the white atractylodes rhizome, the root bark of white mulberry and other Chinese herbal medicines are added, so that the washable light down feather composite fiber has the advantages of health keeping, sterilization, excellent breathability, washing durability and the like.

The invention discloses cotton fibers capable of releasing far infrared negative ions. The cotton fibers are characterized by being prepared from the following raw materials in parts by weight: 20-23 parts of cotton fibers, 7-9 part of active carbon fibers, 6-10 parts of camel hair fiber, 10-12 parts of ramie fibers, 5-7 parts of polypropylene fibers, 3-5 parts of fructus xanthii extract, 2-4 parts of far infrared negative ion powder, 1-2 parts of nano aluminum oxide, 1-3 parts of medical stones, 2.1-3.5 parts of hot melt adhesive powder, 15-18 parts of C12 alcohol polyoxyethylene ether, 9-12 parts of citric acid, 12-15 parts of monoacetin, 2-4 parts of divaricate saposhnikovia root, 1-3 parts of isatis tinctoria, 100-110 parts of 1-ethyl-3-methylimidazolium diethylphosphate, 95-105 parts of 1-butyl-3-methylimidazolium acetate, 4-6 parts of an addition agent and a proper amount of water. According to the cotton fibers capable of releasing the far infrared negative ions, the fructus xanthii extract is added into the raw materials by using an ultrasonic technology and has a good bacterium inhibition effect on staphylococcus aureus; and meanwhile, active ingredients including the far infrared negative ion powder, divaricate saposhnikovia root, isatis tinctoria and the like are added so that the prepared cotton fibers can release the negative ions beneficial to a human body and also have the effects of resisting bacteria, preventing mites, retarding flame and the like.

A down hair sheet for the winter-proofing clothes or heat-insulating underwear is made up of cashmere, camel hair, yak hair, etc through screening down hair, opening, carding, washing, high-temp defatting and disinfecting, applying softening agent, flushing, baking, carding, lapping, covering both surfaces by air-permeable non-woven cloth, covering with cotton cloth and sewing.