CN105420962A - Step-by-step type three-primary-color particle flow dyeing method - Google Patents
Step-by-step type three-primary-color particle flow dyeing method Download PDFInfo
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- CN105420962A CN105420962A CN201510754206.8A CN201510754206A CN105420962A CN 105420962 A CN105420962 A CN 105420962A CN 201510754206 A CN201510754206 A CN 201510754206A CN 105420962 A CN105420962 A CN 105420962A
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B1/00—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating
- D06B1/02—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating by spraying or projecting
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B13/00—Treatment of textile materials with liquids, gases or vapours with aid of vibration
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/14—Containers, e.g. vats
- D06B23/18—Sealing arrangements
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P1/00—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed
- D06P1/16—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed using dispersed, e.g. acetate, dyestuffs
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P1/00—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed
- D06P1/38—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed using reactive dyes
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P1/00—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed
- D06P1/39—General processes of dyeing or printing textiles, or general processes of dyeing leather, furs, or solid macromolecular substances in any form, classified according to the dyes, pigments, or auxiliary substances employed using acid dyes
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P5/00—Other features in dyeing or printing textiles, or dyeing leather, furs, or solid macromolecular substances in any form
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Materials Engineering (AREA)
- Dispersion Chemistry (AREA)
- Coloring (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention relates to a step-by-step type three-primary-color particle flow dyeing method, and belongs to the field of textile dyeing and finishing processing. According to the method, red, yellow and green dyeing solutions with concentration of 10-80 g/L are prepared at the same time; the three types of prepared dyeing solutions are put in a first atomizing device, a second atomizing device and a third atomizing device respectively, and atomized dyeing solution particles enter corresponding dyeing areas to dye a textile through a first pipeline, a second pipeline and a third pipeline respectively. The textile is dyed by the dyeing solutions of different colors in the three dyeing areas in sequence so that the color mixture of the three dyeing solutions can be achieved; when the textile is dyed in the dyeing areas, and the actual powers of the three atomizing devices are regulated and controlled so that color modulation can be achieved. By means of the dyeing method, the defect that by means of a traditional continuous dyeing method, textiles can only be dyed into one color each time is overcome, continuous multi-color variable production is achieved, and production cost is reduced.
Description
Technical field
The present invention relates to a kind of multiple step format three primary colors particle flux colouring method, belong to textile printing and dyeing manufacture field.
Technical background
Printing and dyeing are the important steps embodying textile product economic worth and improve textiles added value.In recent years, China's dyeing, because profit growth rate and production capacity expand the nonsynchronous situation of speed, caused the dyeing of some areas to occur the phenomenon of living environment difficulty.This is mainly because China's dyeing new product contribution rate is low, and original core technology is few, and Foreign Technology Dependence is high, the critical equipment dependence on import substantially of high-tech content.Meanwhile, dyeing is also an industry needing to consume great lot of water resources and the energy.China is one of country of serious water shortage in the world, and only dyeing year water consumption at about 10,000,000,000 tons, be in industrial wastewater " ranking list " prostatitis, wherein dyeing waste water discharge capacity accounts for again 80% of textile waste discharge capacity, and wastewater recycle rate only has about 10%.Although through effort for many years, most of printing and dyeing enterprise has all built waste water disposal facility, and can qualified discharge substantially.But, dyeing remain water consumption, blowdown " rich and influential family ", the pressure that China water environment produces still be should not be underestimated.
Colouring method conventional at present has dye gigging, overflow dyeing and continuous knot dyeing etc.According to distinct methods and the dyeing to different fabric, the bath raio of this several large class is between 5:1-20:1, and this consumes a large amount of water resources, simultaneously owing to needing heating in dyeing course, thus also needs to consume a large amount of energy.Through the qualified fabric that the staining method of above-mentioned dye gigging, overflow dyeing and continuous knot dyeing processes, once can only contaminate a kind of color, and the degree of depth of color is unique.
Chinese patent Authorization Notice No. CN102002834B, March 28 2012 Granted publication date, the name of invention is called " a kind of textile dyeing method ", this application case discloses a kind of colouring method to textile material and goods thereof, utilize ultrasonic wave by dye liquor atomizing, the microballon of atomization is adsorbed onto on fiber and dyes under the effect of air pressure and electric field, and its deficiency is: after this technical scheme configures dye liquor, once can only contaminate a kind of color of coloured light, the change of color cannot be realized.
Summary of the invention
For above-mentioned Problems existing, the object of the present invention is to provide a kind of multiple step format three primary colors particle flux colouring method, to achieve these goals, its technical solution is:
A kind of multiple step format three primary colors particle flux colouring method, comprise the dye liquor preparation → dye liquor atomizing → dyeing → fixation → washing → oven dry → finished product in the dyeing of fabric 1, described dye liquor preparation refers to the staining solution simultaneously dyestuff of pinkish red, yellow, blue or green three kinds of colors being mixed with 10 ~ 80g/L;
Described dye liquor atomizing refers to the magenta staining solution that will prepare, yellow staining solution and cyan staining solution put into the first atomising device 2 being connected with the first pipeline 5 respectively, be connected with the second atomising device 3 of second pipe 6 and be connected with in the 3rd atomising device 4 of the 3rd pipeline 7, first pipeline 5 liquid outlet is connected to the first pigmented section 8, second pipe 6 liquid outlet is connected to the second pigmented section 9, 3rd pipeline 7 liquid outlet is connected to the 3rd pigmented section 10, connect the first atomising device 2 simultaneously, the power supply of the second atomising device 3 and the 3rd atomising device 4 prepares staining solution particle,
Described dyeing refers to that staining solution particle is transported to the first pigmented section 8 by the liquid outlet of the first pipeline 5 and dyes to operating in fabric 1 in the first pigmented section 8; Staining solution particle is transported to the second pigmented section 9 by the liquid outlet of second pipe 6 and dyes to operating in the fabric 1 dyeed through the first pigmented section 8 in the second pigmented section 9; Staining solution particle is transported to the 3rd pigmented section 10 by the liquid outlet of the 3rd pipeline 7 and dyes to operating in the fabric 1 dyeed through the second pigmented section 9 in the 3rd pigmented section 10, staining solution particle after dyeing is delivered in accumulator tank respectively through the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, and wherein the negative pressure of the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is respectively 0.1-30Mpa.Fabric 1 after dyeing obtains finished product after fixation, washing and baking operation.
Described dyestuff is the one in REACTIVE DYES or DISPERSE DYES or ACID DYES or direct dyes.
The length of the first described pipeline 5, second pipe 6 and the 3rd pipeline 7 is equal, and cross sectional shape is identical, area equation.
Described fabric 1 is respectively 0.1-40 m/min in the first pigmented section 8, second pigmented section 9 and the 3rd pigmented section 10 speed of service.
The first described atomising device 2, second atomising device 3 and the 3rd atomising device 4 are the one in ultrasonic atomizing device or aerodynamic atomization device or pressure atomizing device.
The first described atomising device 2, second atomising device 3 and the power of the 3rd atomising device 4 are respectively 1-350 watt.
Owing to have employed above technical scheme, the fabric 1 after mixed staining solution particle dyeing can realize continous mode dyeing and produce.The color of fabric 1 can be allocated arbitrarily according to three primary colors color theory.Fabric 1 by winding mechanism be drawn through the first pigmented section 8 under the inlet suction function of the 4th pipeline 11 most mixed staining solution particle adsorb by the fiber in fabric 1, staining solution particle absorption with solution state distribution surface, realizes the amount dyeed at the first pigmented section 8 pairs of fabrics 1 at fiber surface by the power controlling the first atomising device 2, the fabric 1 dyeed through the first pigmented section 8 to be entered by winding mechanism running under power the second pigmented section 9 under the inlet suction function of the 5th pipeline 12 most mixed staining solution particle adsorb by the fiber in fabric 1, the staining solution particle absorption that second atomising device 3 produces is surperficial with solution state distribution at fiber surface, mix with the dye solution being adsorbed on fiber surface in the first pigmented section 8, realized the amount dyeed at the second pigmented section 9 pairs of fabrics 1 by the power controlling the second atomising device 3, the fabric 1 dyeed through the second pigmented section 9 to be entered by winding mechanism running under power the 3rd pigmented section 10 under the inlet suction function of the 6th pipeline 13 most mixed staining solution particle adsorb by the fiber in fabric 1, the staining solution particle absorption that 3rd atomising device 4 produces is surperficial with solution state distribution at fiber surface, mix with the dye solution being adsorbed on fiber surface in the first pigmented section 8 and the dye solution that is adsorbed on fiber surface in the second pigmented section 9, the amount dyeed at the 3rd pigmented section 10 pairs of fabrics 1 is realized by the power controlling the 3rd atomising device 4, finally run out at fabric 1 allotment that the 3rd pigmented section 10 realizes different colours on fabric 1.Fabric 1 dyes at the dye solution that three pigmented section accept different colours successively and realizes the colour mixture of three kinds of dye solutions, regulate and control the allotment that three atomising device actual powers can realize fabric 1 color, colouring method of the present invention changes the drawback that traditional continuous dyeing method once can only contaminate a kind of color, achieve the change of serialization multiple color to produce, reduce production cost.
Accompanying drawing explanation
Fig. 1 technical scheme of the present invention implements schematic diagram.
Detailed description of the invention
Below in conjunction with specific embodiment, a kind of multiple step format three primary colors particle flux colouring method of the present invention is described in further detail, a kind of multiple step format three primary colors particle flux colouring method, comprise the dye liquor preparation → dye liquor atomizing → dyeing → fixation → washing → oven dry → finished product in the dyeing of fabric 1, described dye liquor preparation refers to the staining solution simultaneously dyestuff of pinkish red, yellow, blue or green three kinds of colors being mixed with 10 ~ 80g/L;
Described dye liquor atomizing refers to the magenta staining solution that will prepare, yellow staining solution and cyan staining solution put into the first atomising device 2 being connected with the first pipeline 5 respectively, be connected with the second atomising device 3 of second pipe 6 and be connected with in the 3rd atomising device 4 of the 3rd pipeline 7, first pipeline 5 liquid outlet is connected to the first pigmented section 8, second pipe 6 liquid outlet is connected to the second pigmented section 9, 3rd pipeline 7 liquid outlet is connected to the 3rd pigmented section 10, connect the first atomising device 2 simultaneously, the power supply of the second atomising device 3 and the 3rd atomising device 4 prepares staining solution particle,
Described dyeing refers to that staining solution particle is transported to the first pigmented section 8 by the liquid outlet of the first pipeline 5 and dyes to operating in fabric 1 in the first pigmented section 8; Staining solution particle is transported to the second pigmented section 9 by the liquid outlet of second pipe 6 and dyes to operating in the fabric 1 dyeed through the first pigmented section 8 in the second pigmented section 9; Staining solution particle is transported to the 3rd pigmented section 10 by the liquid outlet of the 3rd pipeline 7 and dyes to operating in the fabric 1 dyeed through the second pigmented section 9 in the 3rd pigmented section 10, staining solution particle after dyeing is delivered in accumulator tank respectively through the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, and wherein the negative pressure of the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is respectively 0.1-30Mpa.Fabric 1 after dyeing obtains finished product after fixation, washing and baking operation.
Described dyestuff is the one in REACTIVE DYES or DISPERSE DYES or ACID DYES or direct dyes.
The length of the first described pipeline 5, second pipe 6 and the 3rd pipeline 7 is equal, and cross sectional shape is identical, area equation.
Described fabric 1 is respectively 0.1-40 m/min in the first pigmented section 8, second pigmented section 9 and the 3rd pigmented section 10 speed of service.
The first described atomising device 2, second atomising device 3 and the 3rd atomising device 4 are the one in ultrasonic atomizing device or aerodynamic atomization device or pressure atomizing device.
The first described atomising device 2, second atomising device 3 and the power of the 3rd atomising device 4 are respectively 1-350 watt.
Specific embodiment
As stated above.
Embodiment 1
Get the active rosaniline dyes 100g of REACTIVE DYES and be mixed with dye liquor 10L, put into the first atomising device 2; Get REACTIVE DYES Yellow reactive dyes 100g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the active blue or green dyestuff 100g of REACTIVE DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 100 watts, the power of the second atomising device 3 is 100 watts, and the power of the 3rd atomising device 4 is 100 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 0.1Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 0.1 m/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 2
Get the active rosaniline dyes 450g of REACTIVE DYES and be mixed with dye liquor 10L, put into the first atomising device 2; Get REACTIVE DYES Yellow reactive dyes 450g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the active blue or green dyestuff 450g of REACTIVE DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is aerodynamic atomization device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 225 watts, the power of the second atomising device 3 is 225 watts, and the power of the 3rd atomising device 4 is 225 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 15Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 20 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 3
Get the active rosaniline dyes 800g of REACTIVE DYES and be mixed with dye liquor 10L, put into the first atomising device 2; Get REACTIVE DYES Yellow reactive dyes 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the active blue or green dyestuff 800g of REACTIVE DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is pressure atomizing device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 350 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 4
Get the active rosaniline dyes 800g of REACTIVE DYES and be mixed with dye liquor 10L, put into the first atomising device 2; Get REACTIVE DYES Yellow reactive dyes 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the active blue or green dyestuff 800g of REACTIVE DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 1 watt.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is orange.
Embodiment 5
Get the direct rosaniline dyes 100g of direct dyes and be mixed with dye liquor 10L, put into the first atomising device 2; Get the direct yellow dye 100g of direct dyes and be mixed with dye liquor 10L, put into the second atomising device 3; Get direct dyes direct sky blue dyestuff 100g and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 100 watts, the power of the second atomising device 3 is 100 watts, and the power of the 3rd atomising device 4 is 100 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 0.1Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 0.1 m/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 6
Get the direct rosaniline dyes 450g of direct dyes and be mixed with dye liquor 10L, put into the first atomising device 2; Get the direct yellow dye 450g of direct dyes and be mixed with dye liquor 10L, put into the second atomising device 3; Get direct dyes direct sky blue dyestuff 450g and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is aerodynamic atomization device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 225 watts, the power of the second atomising device 3 is 225 watts, and the power of the 3rd atomising device 4 is 225 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 15Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 20 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 7
Get the direct rosaniline dyes 800g of direct dyes and be mixed with dye liquor 10L, put into the first atomising device 2; Get the direct yellow dye 800g of direct dyes and be mixed with dye liquor 10L, put into the second atomising device 3; Get direct dyes direct sky blue dyestuff 800g and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is pressure atomizing device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 350 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 8
Get the direct rosaniline dyes 800g of direct dyes and be mixed with dye liquor 10L, put into the first atomising device 2; Get the direct yellow dye 800g of direct dyes and be mixed with dye liquor 10L, put into the second atomising device 3; Get direct dyes direct sky blue dyestuff 800g and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 1 watt.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is orange.
Embodiment 9
Get DISPERSE DYES dispersion rosaniline dyes 100g and be mixed with dye liquor 10L, put into the first atomising device 2; Get DISPERSE DYES disperse yellow dye 100g and be mixed with dye liquor 10L, put into the second atomising device 3; Getting DISPERSE DYES disperses blue or green dyestuff 100g to be mixed with dye liquor 10L, puts into the 3rd atomising device 4.What atomising device adopted is aerodynamic atomization device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 100 watts, the power of the second atomising device 3 is 100 watts, and the power of the 3rd atomising device 4 is 100 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 0.1Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 0.1 m/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 10
Get DISPERSE DYES dispersion rosaniline dyes 450g and be mixed with dye liquor 10L, put into the first atomising device 2; Get DISPERSE DYES disperse yellow dye 450g and be mixed with dye liquor 10L, put into the second atomising device 3; Getting DISPERSE DYES disperses blue or green dyestuff 450g to be mixed with dye liquor 10L, puts into the 3rd atomising device 4.What atomising device adopted is pressure atomizing device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 225 watts, the power of the second atomising device 3 is 225 watts, and the power of the 3rd atomising device 4 is 225 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 15Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 20 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 11
Get DISPERSE DYES dispersion rosaniline dyes 800g and be mixed with dye liquor 10L, put into the first atomising device 2; Get DISPERSE DYES disperse yellow dye 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Getting DISPERSE DYES disperses blue or green dyestuff 800g to be mixed with dye liquor 10L, puts into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 350 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 12
Get DISPERSE DYES dispersion rosaniline dyes 800g and be mixed with dye liquor 10L, put into the first atomising device 2; Get DISPERSE DYES disperse yellow dye 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Getting DISPERSE DYES disperses blue or green dyestuff 800g to be mixed with dye liquor 10L, puts into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 1 watt.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is orange.
Embodiment 13
Get ACID DYES acid fuchsin dyestuff 100g and be mixed with dye liquor 10L, put into the first atomising device 2; Get ACID DYES acid yellow dye 100g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the acid blue or green dyestuff 100g of ACID DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 100 watts, the power of the second atomising device 3 is 100 watts, and the power of the 3rd atomising device 4 is 100 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 0.1Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 0.1 m/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 14
Get ACID DYES acid fuchsin dyestuff 450g and be mixed with dye liquor 10L, put into the first atomising device 2; Get ACID DYES acid yellow dye 450g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the acid blue or green dyestuff 450g of ACID DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is aerodynamic atomization device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 225 watts, the power of the second atomising device 3 is 225 watts, and the power of the 3rd atomising device 4 is 225 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 15Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 20 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 15
Get ACID DYES acid fuchsin dyestuff 800g and be mixed with dye liquor 10L, put into the first atomising device 2; Get ACID DYES acid yellow dye 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the acid blue or green dyestuff 800g of ACID DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is pressure atomizing device.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 350 watts.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is purple.
Embodiment 16
Get ACID DYES acid fuchsin dyestuff 800g and be mixed with dye liquor 10L, put into the first atomising device 2; Get ACID DYES acid yellow dye 800g and be mixed with dye liquor 10L, put into the second atomising device 3; Get the acid blue or green dyestuff 800g of ACID DYES and be mixed with dye liquor 10L, put into the 3rd atomising device 4.What atomising device adopted is supersonic atomizer.Switch on power, start the first atomising device 2, second atomising device 3 simultaneously, the power of the 3rd atomising device 4, first atomising device 2 is 350 watts, the power of the second atomising device 3 is 350 watts, and the power of the 3rd atomising device 4 is 1 watt.Start the centrifugal blower of connection the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13, the negative pressure making the 4th pipeline 11, the 5th pipeline 12 and the 6th pipeline 13 inlet is 30Mpa simultaneously.Start winding apparatus, fabric 1 is run with the speed of 40 ms/min.After fixation, washing and baking operation, the color of fabric 1 is orange.
Claims (6)
1. a multiple step format three primary colors particle flux colouring method, comprises the dye liquor preparation → dye liquor atomizing → dyeing → fixation → washing → oven dry → finished product in the dyeing of fabric (1), it is characterized in that:
Described dye liquor preparation refers to the staining solution simultaneously dyestuff of pinkish red, yellow, blue or green three kinds of colors being mixed with 10 ~ 80g/L;
Described dye liquor atomizing refers to the magenta staining solution that will prepare, yellow staining solution and cyan staining solution put into the first atomising device (2) being connected with the first pipeline (5) respectively, be connected with second atomising device (3) of second pipe (6) and be connected with in the 3rd atomising device (4) of the 3rd pipeline (7), first pipeline (5) liquid outlet is connected to the first pigmented section (8), second pipe (6) liquid outlet is connected to the second pigmented section (9), 3rd pipeline (7) liquid outlet is connected to the 3rd pigmented section (10), connect the first atomising device (2) simultaneously, the power supply of the second atomising device (3) and the 3rd atomising device (4) prepares staining solution particle,
Described dyeing refers to that staining solution particle is transported to the first pigmented section (8) by the liquid outlet of the first pipeline (5) and dyes to operating in fabric (1) in the first pigmented section (8); Staining solution particle is transported to the second pigmented section (9) by the liquid outlet of second pipe (6) and dyes to operating in the fabric (1) dyeed through the first pigmented section (8) in the second pigmented section (9); Staining solution particle is transported to the 3rd pigmented section (10) by the liquid outlet of the 3rd pipeline (7) and dyes to operating in the fabric (1) dyeed through the second pigmented section (9) in the 3rd pigmented section (10), staining solution particle after dyeing is delivered in accumulator tank respectively through the 4th pipeline (11), the 5th pipeline (12) and the 6th pipeline (13), and wherein the negative pressure of the 4th pipeline (11), the 5th pipeline (12) and the 6th pipeline (13) inlet is respectively 0.1-30Mpa.
2. a kind of multiple step format three primary colors particle flux colouring method as claimed in claim 1, is characterized in that: described dyestuff is the one in REACTIVE DYES or DISPERSE DYES or ACID DYES or direct dyes.
3. a kind of multiple step format three primary colors particle flux colouring method as claimed in claim 1, is characterized in that: the length of described the first pipeline (5), second pipe (6) and the 3rd pipeline (7) is equal, and cross sectional shape is identical, area equation.
4. a kind of multiple step format three primary colors particle flux colouring method as claimed in claim 1, is characterized in that: described fabric (1) is respectively 0.1-40 m/min in the first pigmented section (8), the second pigmented section (9) and the 3rd pigmented section (10) speed of service.
5. a kind of multiple step format three primary colors particle flux colouring method as claimed in claim 1, is characterized in that: described the first atomising device (2), the second atomising device (3) and the 3rd atomising device (4) are the one in ultrasonic atomizing device or aerodynamic atomization device or pressure atomizing device.
6. a kind of multiple step format three primary colors particle flux colouring method as claimed in claim 1, is characterized in that: the power of described the first atomising device (2), the second atomising device (3) and the 3rd atomising device (4) is respectively 1-350 watt.
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| CN103711015A (en) * | 2013-11-29 | 2014-04-09 | 南阳浩海科技有限公司 | novel carpet RIP printing technology |
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| JPH0726475A (en) * | 1993-07-09 | 1995-01-27 | Canon Inc | Method for ink jet printing and print |
| CN101798736A (en) * | 2010-04-13 | 2010-08-11 | 浙江温州轻工研究院 | Rotary drum dyeing method for fractionally dyeing superfine fiber synthetic leathers with multi-component dyes |
| CN102002834A (en) * | 2010-12-01 | 2011-04-06 | 武汉纺织大学 | Textile dyeing method |
| CN103711015A (en) * | 2013-11-29 | 2014-04-09 | 南阳浩海科技有限公司 | novel carpet RIP printing technology |
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