85 results about "Disperse orange" patented technology

The invention discloses a dispersed orange dye composition, which is composed of 1-99% one or several dye A with formula (I) and 1-99% one or several dye B with formula (II), wherein the composition can be microparticled into liquid pattern, cream pattern or powder and particle pattern, which makes polyester fiber material display yellow to orange to red.

The invention relates to a mixture of environment-friendly and alkali resistant type dispersed orange dye, comprising dye and addition agent, which is characterized in that the dye part comprises the following three dyes: dye agreed with the general chemical formula (I), the weight of which is 2.5 to 95 percent of the gross weight of the dye part, wherein, the R in the formula is hydrogen group, alkyl or phenyl; dye agreed with the general chemical formula (II), the weight of which is 2.5 to 95 percent of the gross weight of the dye part; and dye agreed with the general chemical formula (III), the weight of which is 2.5 to 95 percent of the gross weight of the dye part. The mixture of environment-friendly and alkali resistant type dispersed orange dye is similar to the current C.I. dispersed orange 30 dye in color light strength and dyeing property but overcomes the drawbacks of the current dye of poor alkali resistance and poor environment protection, so can replace the current C.I. dispersed orange 30 dye.

The invention relates to a tri-branched azobenzene/graphene composite energy storage material and a preparation method thereof. According to the invention, tri-branched azobenzene is grafted on single-layer graphene. The method comprises a nucleophilic substitution reaction and a diazonium salt method. First, disperse orange and p-aminoazophenyl-4-sulfonic acid react with trimethyl-1,3,5-benzenetricarboxylic acid, such that tri-branched azobenzene is synthesized; and the tri-branched azobenzene is compounded with pretreated reduced graphene oxide. Compared to azobenzene small molecules, the obtained tri-branched azobenzene/graphene composite material is greatly improved in energy value and half-life period, and facilitates solar energy heat storage. Through DSC detection, the energy density of the prepared tri-branched azobenzene/graphene composite material is 150-250Wh/kg. The material has an important application prospect in solar energy storage in the future.

The invention discloses a moderate-temperature environment-friendly disperse orange dye, which comprises a dye monomer A as shown by the formula (1) and accounting for 10 to 50 percent; a dye monomer B as shown by the formula (2) and accounting for 8 to 45 percent; and an accessory ingredient accounting for the rest. The disperse orange dye can further comprise a dye monomer C as shown by formula (3) and accounting for 0.01 to 2 percent. The environment-friendly dye disclosed by the invention can substitute for the mixing color of No.30 C.I.DISP.ORANGE in black and blue of 300 percent, and can be applied in wide PH values when used for dyeing with high build-up, high color yield, excellent level-dyeing property and overall firmness.

The invention relates to an environment-friendly orange disperse dye mixture which comprises the following components in percentage by weight: 1%-50% of dye monomers A shown in a formula (I), 1%-70% of dye monomers B shown in a formula (II), 1%-30% of dye monomers C shown in a formula (III) and the balance being additives. According to the environment-friendly orange disperse dye mixture, the defects of C.I. disperse oranges 29 and 30 are effectively overcome, the production cost can be reduced, sewage caused by dyeing is reduced, the dye mixture is ecological and green dye meeting the European Union Reach regulatory requirements and the Oeko-Tex Standard 100 environmental certification, the disperse oranges 29 and 30 can be successfully replaced by the dye mixture, the dye mixture is good in compatibility, wide in pH value range during a dyeing process, high in dye yield, good in leveling property and more outstanding in sublimation fastness and washing fastness especially, and the dye mixture is environment-friendly orange disperse dye superior in various performance.

The invention relates to a high washing fastness dispersed yellow and brown dye composition. The high washing fastness dispersed yellow and brown dye composition aims at overcoming the defects that a dye composition is poor in color fastness in the prior art. The high washing fastness dispersed yellow and brown dye composition is composed of, by weight, 20 % to 40 % of dispersed orange, 25 % to 50 % of dispersed golden yellow, 10 % to 20 % of dispersed red dye and 10 % to 20 % of dispersed yellow in a mixing mode, and the balances auxiliaries. The dispersed orange is the combination of one or more compounds shown in a formula (1); the dispersed golden yellow is the combination of one or more compounds shown in a formula (2); the dispersed red dye is the combination of one or more compounds shown in a formula (3); the dispersed yellow is the combination of one or more compounds shown in a formula (4); R7 in the formula (4) is -CH3 or -CH2CH3. When the high washing fastness dispersed yellow and brown dye composition is used for dyeing of spandex fabrics, the dyeing effect is good, the color fastness is good, and the quality of the spandex fabrics can be greatly improved.

A disperse orange dye mixture comprises a dye part and an auxiliary part which are mixed with each other, and is characterized in that the dye part is formed by mixing at least four dyes adopting the structures as follows: one of the three dyes is a dye adopting the chemical structural formula I, and is 2 to 80 percent of the dye part by weight; the second of the three dyes is a dye adopting the chemical structural formula II, and is 2 to 80 percent of the dye part by weight; and the last dye is a dye adopting the chemical structural formula III, and is 2 to 80 percent of the dye part by weight.

The invention relates to a preparation method for disperse orange 30. The preparation method comprises the following steps of: (1) undergoing a diazotization reaction: undergoing a diazotization reaction on 2,6-dichloroparanitroaniline and nitrosyl sulfuric acid in a sulfuric acid medium to obtain a diazonium product solution; and (2) undergoing a coupling reaction: undergoing a coupling reactionon the diazonium product solution obtained in the step (1) and N-cyanoethyl-N-acetoxyethyl to generate disperse orange 30. Particularly, the chromatograph content of 2,6-dichloro paranitroaniline serving as a raw material used in the step (1) is over 99.8 percent by weight, the content of polychlorinated biphenyl amine is lower than 5 ppm, and the diazotization reaction is undergone at the temperature of 0-5 DEG C in the step (1). A product prepared with the method does not contain any international forbidden byproduct, i.e., polychlorinated biphenyl amine, and a basis is laid for the development of the international market; and moreover, the product prepared with method has high yield, high purity and gorgeous chromatic light.

The invention relates to a preparation method for producing disperse orange by a salt-free diazotization method and a high-temperature coupling method, which includes the steps of diazotization, coupling and the like. In the step of diazotization, nitrosylsulfuric acid is utilized, and the salt-free diazotization method and a high-temperature diazotization method are adopted; in the step of coupling, mother liquor with certain acidity is adopted as diazo thinner, the solid content is increased by esterifying liquid, acetic acid is recovered, a stage-by-stage dripping method is adopted, washing water is utilized for material precipitation, and after filter pressing, washing and drying, the finished disperse orange is obtained. The process of the method is more reasonable, the mother liquor can be recycled, the product yield is effectively increased, the production cost is reduced, and the discharge of waste water (COD) is reduced.

The invention provides a monoazo dye compound with a structure shown as a formula (I) and application thereof, and an orange to red dye composition containing the monoazo dye compound. The disperse orange to red monoazo dye and the dye composition thereof are commercialized to be supplied for dyeing in a liquid state and an emulsifiable paste state after being micro-granulated, or in a powder state and a particle state after being dried through a spray drying method and the like; can be applied to dyeing of dacron, acetate, acrylic fibers, polyester, mixture yarn and other hydrophobic fiber materials so as to obtain dyeing products with bright color, and excellent washing fastness, light resistant, color fastness to sublimation; have low cost and excellent application effect; and are rare products with huge application prospect. The formula (I) is shown in the description.

The invention relates to an environment-friendly alkaline-resistant high-washing-dispersity orange dye composition and an application thereof. The dye composition comprises dyes and auxiliaries, wherein the dyes include a dye A and a dye B; the structural formula of the dye A is as shown in the specification, while the structural formula of the dye B is as shown in the specification; the environment-friendly alkaline-resistant high-washing-dispersity orange dye composition is applied to textile dyeing. The environment-friendly alkaline-resistant high-washing-dispersity orange dye composition is good in all build-up, fixation rate, levelling property, compatibility and alkali resistance, and especially quite excellent in washing fastness. Specially, the dye composition is similar to the existing C.I. disperse orange 30 dye in chromatic light intensity and dyeing property, overcomes the defects of no resistance to alkali and non-environmental friendliness of the existing dye, and thus can be used for substituting for the existing C.I. disperse orange 30 dye.

The invention discloses a printing black dye. The printing black dye comprises, by weight, 40 to 60 parts of a C. I. disperse blue 79 dye, 30 to 50 parts of a C. I. disperse orange 44 dye, 5 to 20 parts of a C. I. disperse purple 93 dye, 10 to 27 parts of sodium lignin sulfonate, 5.25 to 28 parts of lignin and 60 to 75 parts of water. The C. I. disperse blue 79 dye has a structural formula shown in the description. The C. I. disperse orange 44 dye has a structural formula shown in the description. The C. I. disperse purple 93 dye has a structural formula shown in the description. Lignin contains an active group, has a long chain structure on the side chain and has a structure similar to that of sodium lignin sulfonate. Based on the principle of dissolution in the similar material structures, sodium lignin sulfonate connection is formed and full contact and binding of sodium lignin sulfonate and lignin to the mixed dye is realized through electron donating and electron withdrawing groups. Through a large amount of hydroxyl groups, the mixed dye bonded to the sodium lignin sulfonate and lignin can be firmly bonded to fabric fibers so that the dye is firmly fixes to the fabric fibers and the fabric has excellent color fastness.

The invention relates to an environment-friendly type high-efficiency washing disperse orange dye composition and an application thereof. The dye composition comprises dyes and auxiliaries, wherein the dyes consist of a dye A, a dye B and a dye C; a structural formula of the dye A is as shown in the specification; the structural formula of the dye B is as shown in the specification; the structural formula of the dye C is as shown in the specification. The environment-friendly type high-efficiency washing disperse orange dye composition disclosed by the invention is applied to fabric dyeing. The dye disclosed by the invention is good in lifting power, fixation rate, leveling property, compatibility and alkali resistance, and especially extremely excellent in washing fastness. Especially, compared with the existing C.I. disperse orange 76 dye, the dye composition disclosed by the invention has similar color intensity and dyeing performance, overcomes the defect that the existing dye is not environment-friendly, and can be used for substituting the existing C.I. disperse orange 76 dye.

The invention discloses orange mix and production method thereof. The orange mix is mainly produced by mixing disperse yellow 163 shown in a structural formula (I), disperse orange 61 shown in a structural formula (II) and disperse orange 73 shown in a structural formula (III). When the organ dye is used to print and dye superfine fiber materials, dyed fabrics with good properties such as bright color, vivid print profile, fine pattern washing fastness, sun-drying resistance, sweat resistance and the like can be obtained by adjusting proportions of the different components.

The invention belongs to the technical field of dyes and relates to disperse dye composition, in particular to a superfine fiber dye with high light fastness and a preparation method thereof. The superfine fiber dye with the high light fastness comprises components in percentage by mass as follows: 30%-34% of disperse orange 29# serving as a component A, 10%-15% of disperse red 167# serving as a component B, 14%-18% of disperse blue 60# serving as a component C, 38%-42% of disperse blue 56# serving as a component D and the balance of a dispersing agent. Compared with the prior art, the superfine fiber dye with the high light fastness has the advantages as follows: the dye composition is prepared in the specific mixing ratio, each component has higher fastness, so that the performance of the components after combination is not changed, the comprehensive performance is improved, data such as sublimation fastness, washing fastness and the like are correspondingly improved, besides, an idiomatic mode of the industry is adopted for dyeing, dyed fabric with full hue can be obtained, further, the consumed time is shorter, and the production cost is reduced.

The invention provides a complex disperse orange dye. The complex disperse orange dye comprises the following raw materials in percentage by weight: 15-23% of disperse orange 73, 6-10% of disperse orange 5, 12-14% of disperse orange 25, 0-11% of disperse orange 37, 0-6% of disperse orange 44 and the balance of an auxiliary agent. According to the invention, through reasonable compound of the raw materials, the dyeing property of the dye is effectively improved, the color fastness to washing, the color fastness to perspiration, the color fastness to rubbing, and the color fastness to hot pressing are all improved obviously, and the dye uptake is greater than 85%.

The invention provides an orange disperse dye composition, an orange disperse dye and a preparation method and application of the orange disperse dye. The orange disperse dye composition comprises: acomponent A as shown in a formula (I), a component B as shown in a formula (II) and a component C as shown in a formula (III). The contents of chlorobenzene, toluene chloride and chlorinated phenols in the orange disperse dye composition disclosed by the invention all meet the requirements of Oeko-Tex Standard 100 and the requirements of European Union Reach regulations, and the orange disperse dye composition is an ecological and environment-friendly disperse dye composition. The orange disperse dye composition can reduce the production cost, reduce the dyeing sewage and effectively make up for the deficiency of disperse orange 30 in the market.

The invention discloses a dye for a milk silk-nonwoven fabric lace and a dyeing technology thereof. The dye for the milk silk-nonwoven fabric lace comprises the following components in parts by weight: 0.2-0.3 part of disperse orange S-4RL, 0.7-0.8 part of disperse rubine S-5BL, 0.3-0.4 part of disperse dark blue HGL, 0.4-0.6 part of glacial acetic acid, 7-10 parts of neutral salt, 0.1-0.2 part ofdodecyl glucoside, 0.1-0.2 part of peregal O and 95-105 part of water. The dye for the milk silk-nonwoven fabric lace has the beneficial effects as follows: the milk silk-nonwoven fabric lace dyed bythe dye for the milk silk-nonwoven fabric lace has good light fastness.

The invention discloses a brightening agent for weaving, which comprises the following steps by weight: 6-10 parts of fluorescent whitening agent, 0.01-0.02 parts of disperse purple, 0.005-0.01 parts of disperse blue, 0.2-0.3 parts of disperse orange and 89.67-93.785 parts of water. The brightening agent for weaving has the beneficial effects that the brightening agent has wide application scope, compared with similar products, and the whitening effects can reach 1-3 times.

The invention relates to a one-pot-method synthesis process for disperse orange 288. The synthesis process comprises the following specific steps: (1) carrying out diazotization: adding p-nitroaniline into a proper volume of water, introducing a certain volume of sulfur trioxide gas into the water, carrying out pulping, adding a proper volume of ice into the pulp so as to cool the pulp to a temperature below 0 DEG C, rapidly adding a proper volume of 30% (mass percent) sodium nitrite solution into the cooled pulp, carrying out heat preservation, carrying out a test by adopting potassium iodide test paper (a reaction ends when the test paper becomes blue), adding a proper volume of aminosulfonic acid into the reacted solution so as to remove superfluous sodium nitrite, and adding a certain volume of OP-10 and Peregal O into the reacted solution; and (2) carrying out coupling. The synthesis process has the beneficial effects that the product, i.e., the disperse orange 288 is prepared through taking p-nitroaniline as a raw material, subjecting sulfur trioxide and sodium nitrite to a diazotization reaction and carrying out one-pot-method coupling with N-cyanoethyl-N-benzylaniline, the process operation is simple and convenient, the product is high in yield and high in purity, and the volume of waste gases, waste water and waste residues is small, so that environment-friendly and clean production is achieved.

The invention relates to a disperse yellow and disperse orange dye composition, which is prepared by mixing and blending raw dyes and assistant agents, wherein the raw dyes comprise 1-99 wt% of a component A and 1-99 wt% of a component B, the component A is one or a plurality of materials selected from compounds represented by a formula (I), and the component B is one or a plurality of materials selected from compounds represented by a formula (II), wherein in the formula (I), R1 and R2 are simultaneously hydrogen or are independently Cl or Br, R3 is hydrogen, C1-C4 alkyl, C1-C4 alkoxy or Cl, R4 is cyanoethyl or C1-C4 alkyl, m is 1 or 2, and R1 and R2 are simultaneously H when m is 1, and in the formula (II), R5 is H, CH3, Cl or Br, R6 is H, Cl or Br, R7 is Cl or CH3, R8 is C1-C4 alkyl or cyanoethyl, and n is 1 or 2. The dye composition of the present invention has advantages of excellent fastnesses and good pH value dependence. The formula (I) and the formula (II) are represented in the instruction.

The invention discloses a preparation method of disperse orange. The method comprises the following step of coupling diazonium salt and N-acetylyloxyethyl-N-cyanoethylaniline for 2h under the temperature of 25-35 DEG C to obtain the disperse orange, wherein the material adding sequence in the coupling reaction is that diazonium salt is added to N-acetylyloxyethyl-N-cyanoethylaniline. According tothe production technology, the requirements of people on environmental protection indexes can be met; the cost is decreased; the output is increased; the color of the product is consistatn with that produced by other technologies in the prior art.

The invention discloses a disperse dyestuff composition with high color fastness to sunlight as well as a preparation method and application thereof. The disperse dyestuff composition is prepared from the following components in parts by weight: 1 to 20 parts of C.I. disperse red 60, 2 to 50 parts of C.I. disperse blue 60, 1 to 40 parts of C.I. disperse blue 56, 1 to 20 parts of C.I. disperse red 167 and 2 to 50 parts of C.I. disperse orange 29. The disperse dyestuff composition with high color fastness to sunlight, disclosed by the invention, has considerably high stability and color fastness to the sunlight at a high temperature; particularly, the change of the color fastness to sunlight is relatively small under a long-period illumination condition and the requirement on the color fastness to sunlight of textiles for automobiles can be met.

This invention discloses disperse orange dye mixture with improved sublimation fastness, whose general chemical formula is shown in chemical formula (I). The sublimation fastness of the disperse orange dye mixture is improved to 3.5 grade. The disperse orange dye mixture, together with disperse blue 2BLN and disperse red with the same sublimation fastness, can constitute conventional commercialized dyes with various colors, which have balanced sublimation fastness. Compared with the traditional ternary dye mixture composed of disperse blue 2BLN, disperse yellow E-RG and disperse red 3B, the disperse orange dye mixture can avoid the serious chromatic light change problem caused by ununiform sublimation of different components during middle-depth dyeing of polyester fibers and fabrics. The disperse orange dye mixture can obviously improve chromatic light change before and after setting, and has a high qualification rate. The disperse orange dye mixture can also be used in direct dyeing. In chemical formula (I), RA is dimethyl sulphonylamino or nitro; RB and RC are halogen or H.

The invention discloses a disperse orange dye composition. The composition is mainly composed of, by weight, 1-30% of a component A, 30-90% of a component B and 5-50% of a component C. The component A is one or more compounds selected from compounds as shown in the formula (I). The component B is one or more compounds selected from compounds as shown in the formula (II). The compound C is one or more compounds selected from compounds as shown in the formula (III). The disperse orange dye composition has characteristics of sublimation resistance, friction resistance and excellent washing fastness and the like when applied in dyeing of hydrophobic fiber.