36results about How to "Excellent color fastness to rubbing" patented technology

The invention discloses a dyeing method of wool fiber top, comprising the following steps: 1) successively adding tristyrylphenol polyoxyelhylene ether sulfonate, acryloyloxyethyltrimethyl ammonium chloride, polyvinylpyrrolidone, dimethyl formamide and vegetable dye into a dye vat and successively pouring deionized water, uniformly stirring and heating to 45 DEG C; 2) successively pouring N-methyldiethanolamine, linear alklybezene sulfonates, magnesium sulfate and nitrilotriacetic acid, continuously stirring until the materials are fully and uniformly mixed, and heating to 60 DEG C; 3) immersing top into the dye vat for 50 min; 4) drying the immersed top at 85 DEG C; 5) immersing the dried top in clear water and rinsing for 50 min; and 6) taking the rinsed top out of the clear water and naturally airing. The top dyed by the above method has excellent color fastness and has good dyeing uniformity and has no dyeing defect.

The invention discloses a dyeing method for blended fabric. The method comprises the steps of 1) adding magnesium sulfate, diglycolamidic acid, carboxymethylcellulose, HACC and vegetable dyes in deionized water in sequence, mixing even and heating to 55oC; 2) Adding tetrasodium glutamate diacetate, alkyl sodium sulfonate, triethylenetetramine, mica powder in sequence, and mixing even, heating to 65oC; 3) Soaking the fabric in the dye vat for 25min; 4) Drying the soaked fabric at 80oC; 5) Soaking the dried fabric in clean water and rinsing for 25min; and 6) Getting out the rinsed fabric and make it dry naturally. The dyed fabric is excellent in color fastness and good in dyeing uniformity, free of color tone.

The invention discloses a dyeing method for sofa fabrics. The dyeing method includes the steps: 1) sequentially adding dimethyl formamide, N-methyl diethanol amine, sodium hexametaphosphate, magnesium sulfate and vegetable dyes into a dye vat, sequentially adding deionized water, uniformly mixing, and heating to 55 DEG C; 2) sequentially adding iminodiacetic acid, isomeric fatty alcohol polyoxyethylene ether phosphate, chitosan quaternary ammonium salt and sodium ethylene diamine tetraacetate, continuing to mix until sufficiently and uniformly blending is achieved, and heating to 65 DEG C; 3) soaking the fabrics in the dye vat for 35 minutes; 4) drying the soaked fabrics at the temperature of 80 DEG C; 5) soaking the dried fabrics in clear water to wash for 35 minutes; 6) taking out the washed fabrics to naturally dry. The fabrics dyed by the method have excellent color fastness and are good in dyeing uniformity and free from dyeing defects.

The invention discloses a dyeing method capable of improving the dyeing performance of high-elastic nylon 6 fibers. The method comprises the steps of dyeing pretreatment, a dyeing process and a color fixing process. According to the dyeing method, the dyeing performance of the high-elastic nylon 6 fibers can be effectively improved, the dyeing rate, the fixation rate, the K/S value and the level dyeing performance of the fibers are remarkably improved, and the washing color fastness, the rubbing color fastness and the light color fastness of fabric are improved. The process is simple and efficient, the usage amount of dye can be remarkably reduced, the method is environmentally friendly, the adopted reagent is efficient in dyeing, bright in color and not prone to fading, and the efficient and lasting dyeing effect can be achieved. On the basis that the dyeing performance of the high-elastic nylon 6 fibers is enhanced, the simplicity, high efficiency and environmental friendliness of the dyeing process are further improved, and wide application of the high-elastic nylon 6 fibers and fabric can be promoted.

The invention discloses a dyeing method for improving the dyeing performance of polyimide fibers. The method comprises the steps of pretreatment liquid preparation, fiber pretreatment, fiber dyeing and fiber color fixation. According to the dyeing method provided by the invention, the dyeing performance of the polyimide fibers can be effectively improved, the fiber dye uptake, the fixation rate and the K/S value of the fabric are remarkably improved, and the wet color fastness and the rubbing color fastness of the fabric are improved. The process disclosed by the invention is simple in steps, high in dyeing efficiency, capable of remarkably reducing the use amount of cationic dyes and reducing environmental pollution, green and friendly; the adopted chemical pretreatment process is simple and efficient, and the dyeing performance of the polyimide fibers can be remarkably improved; and the cationic dyes are bright in color and not prone to fading, and the efficient and lasting dyeing effect can be achieved. According to the dyeing method for improving the dyeing performance of the polyimide fibers provided by the invention, on the basis that simple and efficient chemical pretreatment is carried out on the polyimide fibers, the dyeing performance of the polyimide fibers is enhanced, the dyeing efficiency of the dyeing process is further improved, the influence on the mechanical performance of the fibers is small, the environmental friendliness is improved, and wide application of the polyimide fibers and fabrics in the field of clothing can be promoted.

The invention discloses a dyeing method of spandex fabric, comprising the following steps: 1) successively adding dibutyl phthalate, diisocyanate, polypropylene glycol, butyl peroxybenzoate and vegetable dye into 1 part of deionized water in a dye vat, uniformly stirring, and heating to 55 DEG C; 2) successively pouring glycine, diisooclyl maleate sulfonate, acrylic acid ester and tetrasodium glutamate diacetate, continuously stirring until the materials are fully and uniformly mixed, and heating to 65 DEG C; 3) immersing the fabric in the dye vat for 35 min; 4) drying the immersed fabric at 80 DEG C; 5) rinsing the dried fabric in clear water for 35 DEG C; and 6) taking the rinsed fabric out of the clear water and naturally airing. The dyed fabric has excellent color fastness and good dyeing uniformity and has no dyeing defect.

The invention discloses a dyeing method for PV fabric. The method comprises the steps of 1) Adding epichlorohydrin, ferrous sulfate, sodium hexametaphosphate, dimethylamine and vegetable dyes in sequence in deionized water, then mixing even and heating to 55oC; 2) Adding poly(acrylic acid-co-maleic acid), isomeric 13 - dodecanol polyoxyethylene ether phosphate and ODPA in sequence and continue to mix to even mixing, and heat to 65oC; 3) Soaking fabric in the dye vat for 30min; 4) Drying the soaked fabric at 80oC; 5) Soaking the dried fabric in clean water and rinsing for 30min; 6) Getting out the rinsed fabric and make it dry naturally. The dyed fabric is excellent in color fastness and good in dyeing uniformity, free of color tone.

The invention provides a dyeing process capable of increasing fixation rate of textiles. The dyeing process includes A, pre-dyeing treatment, B, dyeing treatment and C, post-dyeing treatment. The dyeing process has the advantages that the one-bath dyeing method integrates a cotton dyeing process with a terylene dyeing process; according to the one-bath two-step method, cotton is dyed at a low temperature, and terylene is dyed at a high temperature, so that feasibility of the one-bath dyeing method is improved, technological steps are simplified greatly, consumption of energy such as water andsteam is reduced, technological consumed time is shortened, and energy conservation, emission reduction and production efficiency improvement are realized; proper components and ratios of dyestuff andaids are selected according to the one-bath dyeing method, optimal technological steps and parameters (time and temperature) are combined, and accordingly, the dyeing effect of fabrics is improved greatly; polyester-cotton fabrics dyed and finished by the one-bath dyeing method have high color fastness to washing, insolation, friction, water and perspiration; dyeing uniformity is achieved, and dyeing defects are avoided.

The invention discloses a quilt cover fabric dyeing method. The method comprises the steps of: 1) adding calcium sulfate, aspartic acid, sodium polyacrylate, titanium dioxide and vegetable dyes into deionized water in a dye vat in order, stirring the substances evenly, and performing heating to 55DEG C; 2) then adding beta-alanine, secondary alcohol ethoxylate, sodium silicate and ferrous sulfate, further conducting stirring until the substances are fully and evenly mixed, and performing heating to 65DEG C; 3) soaking the fabric in the dye vat for 35min; 4) drying the well soaked fabric at 80DEG C; 5) immersing the dried fabric in clear water and performing rinsing for 35min; and 6) taking out the rinsed fabric and conducting natural airing. According to the method provided by the invention, the dyed fabric has excellent color fastness and good dyeing uniformity, and is free of dyeing defect.

The invention discloses a pine needle fleece fabric dyeing method. The pine needle fleece fabric dyeing method comprises the following steps: 1) ethylene carbonate, glacial acetic acid, hydroxypropyl cellulose, triethylenetetramine and a vegetable dye are added to deionized water in a dye vat sequentially, and the materials are stirred uniformly and heated to 45 DEG C; 2) then sodium glycinate, sodium sulfamate, acryloyloxyethyltrimethyl ammonium chloride and polyurethane are fed sequentially, and the materials are stirred continuously until the materials are mixed sufficiently and uniformly and are heated to 60 DEG C; 3) the fabric is soaked in the dye vat for 40 min; 4) the soaked fabric is dried at 85 DEG C; 5) the dried fabric is soaked in clear water and rinsed for 40 min; 6) the rinsed fabric is taken out and aired naturally. The fabric dyed with the method has excellent color fastness and dyeing evenness and is free of colored spots.

The invention discloses a coating processing technology for imitated oily frosted leather. The coating processing technology comprises the following steps of carrying out drying and finishing on crust leather, carrying out roller coating of grease, carrying out standing, carrying out ironing with a sand roller, carrying out pre-priming-coating, carrying out priming coating, carrying out ironing with a smooth roller, carrying out floating coating, carrying out top coating, carrying out standing, carrying out ironing with the smooth roller, carrying out ironing with a pore roller, carrying out ironing with the smooth roller and carrying out surface treatment so as to obtain the finished leather, wherein the grease used in the process of roller coating of the grease is prepared from 100-125 parts of water, 75-80 parts of mixed emulsion of sulfated synthetic grease and phospholipid, 20-25 parts of chlorinated paraffin and 100-125 parts of penetrant. According to the coating processing technology, the finished leather has the frosted touch feeling, is high in oiliness feeling, good in air permeability and perspiration performance and soft and full in leather body, the comfortable and natural genuine leather feeling and excellent hygienic performance of natural leather are better highlighted, and leather products such as shoes, boots, bags and suitcases and sofas made of the finished leather are attractive, elegant and noble and belong to high-quality products in the leather products; and meanwhile, excellent rubbing color fastness is achieved, and the dry rubbing resistance, the wet rubbing resistance and the sweat rubbing resistance can all reach the fourth level or above.

The invention discloses a wool fabric dyeing method, which comprises: 1) sequentially pouring hexamethoxymethylmelamine, maleic acid, polyacrylic acid, dinitroso pentamethylene tetramine and a plant dye into deionized water in a dyeing vat, uniformly stirring, and heating to a temperature of 55 DEG C; 2) sequentially adding iminodipropionic acid, tributyl phosphate, hexanediamine and methacrylic acid diethyl amino ethyl ester, continuously stirring until completely and uniformly mixing, and heating to a temperature of 65 DEG C; 3) soaking a fabric for 25 min in the dying vat; 4) drying the soaked fabric at a temperature of 80 DEG C; 5) immersing the dried fabric in clear water, and rinsing for 25 min; and 6) taking out the rinsed fabric, and carrying out natural air drying. According to the present invention, the dyed fabric has advantages of excellent color fastness, good dyeing uniformity, and no dyeing spot.

The invention discloses a dark reactive dye composition and a dye product. The composition is prepared from the following components in percentage by mass: 10-90 percent of a component A, 5-85 percentof a component B and 5-30 percent of a component C, based on total mass of the components A, B and C, wherein the component A is selected from at least one dye compound as shown in a formula (I), thecomponent B is selected from at least one dye compound as shown in a formula (II), the component C is selected from at least one dye compound as shown in a formula (III). A dark reactive dye productcontains the dark reactive dye composition. The dark reactive dye composition and the dye product have good solubility, are easy to wash, cannot be easily stained during washing, and have the characteristics of excellent compatibility, good dyeing depth, excellent fixation rate and excellent fastness.

The invention discloses a method for dyeing a PV pile fabric. The method comprises the following steps: (1) sequentially adding tea polyphenols, diethylenetriamine, ethylene glycol, a maleate-acrylate copolymer and vegetable dyes into a dye vat, successively adding deionized water into the dye vat, uniformly stirring, and heating the dye vat to the temperature of 45 DEG C; (2) then, sequentially adding ethylenediamine, iso-tridecanol polyoxyethylene ether, an N-vinyl pyrrolidone/acrylamide copolymer and 2-acrylic acid amide-2-methylpropanesulfonic acid into the dye vat, continuing stirring until the mixture is uniformly mixed thoroughly, and heating the dye vat to the temperature of 60 DEG C; (3) soaking the fabric in the dye vat for 45 minutes; (4) baking the soaked fabric at the temperature of 85 DEG C; (5) submerging the baked fabric in clean water, and rinsing for 45 minutes; (6) taking out the rinsed fabric, and naturally drying the fabric in the air. According to the method, the dyed fabric has excellent color fastness, is good in dyeing uniformity and is free of uneven dyeing.

The invention discloses antibacterial warm-keeping fabric and a preparation method thereof. The preparation method includes the following steps: performing opening, cotton scutching, carding and residual impurity removal on EKS fibers with cross-shaped cross sections, silver ion antibacterial spandex, sisal fibers and Thermocool fibers, and mixing the fibers to prepare cotton slivers; mixing the cotton slivers for two times fully mix the fibers, and carrying out automatic spooling to prepare blended yarn; performing rewinding, pre-shrinking and qualitative treatment on the bamboo fiber filaments, and seamlessly knitting the blended yarn and the bamboo fiber filaments into gray fabric; dyeing the gray fabric, and drying the gray fabric after dehydrating; and carrying out cross-linking finishing by using a hydrophilic finishing agent, drying, carrying out soft tentering, pre-shrinking, carrying out steam setting after calendering. Through detection, according to GB/T3922-2013, the colorfastness to acid perspiration is level 4-5, and the soaping fastness is level 4-5; according to GB/T3920-2008, the rubbing fastness is level 4-5; and according to GB/T3922-2013, and the color fastnessto alkali perspiration is level 4-5.

The invention discloses a dyeing method of flannel fabric. The dyeing method comprises the following steps: 1) sequentially adding sodium sulfate, ammonia water, sodium hexametaphosphate, hydantoin and vegetable dye into deionized water, uniformly stirring, and heating to 45 DEG C; 2) then sequentially putting methylallylamine hydrochloride, sodium alkyl benzene sulfonate, triethanolamine and a monomer containing tertiary amino, further stirring until the substances are fully and uniformly mixed, and heating to 60 DEG C; 3) soaking the fabric in a dyeing vessel for 45 minutes; 4) drying the soaked fabric at the temperature of 85 DEG C; 5) immersing the dried fabric into clean water and rinsing for 45 minutes; and 6) taking out the rinsed fabric, and naturally airing. The dyed fabric has excellent colour fastness, dyeing uniformity is good, and no dyeing defect is produced.

The invention discloses a method for dyeing a polar fleece fabric, and the method comprises the following steps: 1) adding copper sulfate, hexamethylenediamine, hexyldecanol, sodium ethylenediamine tetramethylene phosphonate and a plant dye in turn into deionized water in a dyeing vat, stirring well, and heating to 45 DEG C; 2) in turn adding fatty alcohol polyoxyethylene ether, alkyl sodium sulfonate, polyethylene glycol (peg) and 1-dimethyl diallyl ammonium chloride, continuing to stir until even mixing, and heating at 60 DEG C; 3) soaking the fabric for 45 minutes in the dyeing vat; 4) drying the soaked fabric at 85 DEG C; 5) dipping the dried fabric into clean water for rinsing for 45 minutes; and 6) taking the rinsed fabric for drying in air naturally. The dyed fabric has excellent color fastness and good dyeing uniformity, and is free of dyeing defects.

The invention discloses a dyeing method of bar-shaped plush fabric. The dyeing method comprises the following steps: 1) successively adding 2-(diethylamino)ethyl methacrylate, poly(aspartic acid), sodium tripolyphosphate, zinc stearate and vegetable dye into deionized water in a dye vat, uniformly stirring and heating to 55 DEG C; 2) successively pouring nitrilotriacetic acid, aliphatic isoalcohol phosphate, dicyandiamide and chitosan, continuously stirring until the materials are fully and uniformly mixed, and heating to 65 DEG C; 3) immersing fabric in the dye vat for 35 min; 4) drying the immersed fabric at 80 DEG C; 5) immersing the dried fabric in clear water and rinsing for 35 min; and 6) taking out the rinsed fabric and naturally airing. The dyed fabric has excellent color fastness and good dyeing uniformity, but has no dyeing defect.

The invention discloses a method for dyeing a loop-raised fabric, and the method comprises the following steps: 1) adding sodium hexametaphosphate, diethylenetriamine, sodium polyacrylate, sodium amino acetic acid and a plant dye in turn into deionized water in a dyeing vat, stirring well, and heating to 45 DEG C; 2) in turn adding Isobornyl methacrylate, secondary alkyl sodium sulfate, dimethylformamide and N-methyl diethanolamine, continuing to stir until even mixing, and heating at 60 DEG C; 3) soaking the fabric for 45 minutes in the dyeing vat; 4) drying the soaked fabric at 85 DEG C; 5) dipping the dried fabric into clean water for rinsing for 45 minutes; and 6) taking the rinsed fabric for drying in air naturally. The dyed fabric has excellent color fastness and good dyeing uniformity, and is free of dyeing defects.