CN104389195A - Wool-like tip white discharging method for super-soft short plush - Google Patents
Wool-like tip white discharging method for super-soft short plush Download PDFInfo
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- CN104389195A CN104389195A CN201410567209.6A CN201410567209A CN104389195A CN 104389195 A CN104389195 A CN 104389195A CN 201410567209 A CN201410567209 A CN 201410567209A CN 104389195 A CN104389195 A CN 104389195A
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Abstract
The invention discloses a wool-like tip white discharging method for super-soft short plush. The white discharging method comprises the following steps: preparing a piece of grey cloth, preshaping, napping, shaping, dyeing color paste on the back surface of the cloth, ageing, washing for being soft, drying, carding plush on the front surface of the cloth, ironing and shearing the front surface of the cloth, performing polar fleece and shaping a finished product. The method capable of controlling the permeability of the color paste by dyeing the color paste on the back surface of the cloth and keeping whitening of the plush cloth surface mainly solves the problems of difficulty in controlling of the quality in a common large-scale wool tip white discharging production process, color tone, color difference, yellowing of wool tips and the like caused by uneven white discharging, poor washing quality and rubbing fastness due to use of a dischargeable dye, and influence on health of workers as a strong reducing agent with stronger pungent odor is used as a white discharging agent, increases the first-class product rate from 70-80% to more than 95%, shortens the processing process, improves the productivity, reduces the cost, reduces environmental pollution, and reduces the cost of sewage treatment.
Description
Technical field
The present invention relates to textile industry fabric field, be specifically related to the method for super soft undercoat suede simulate wool point dawn.
Background technology
Super soft undercoat suede, soft, comfortable, warmth retention property is good, multiplex being in is spun and on the product such as nightwear.Its front has the plentiful carefully clean fine hair of one deck to cover, and does not reveal weavy grain, soft smooth, and arrange through fluffing, good hand feeling, matte is fine and smooth.
Terylene ultra-flexible undercoat fine hair point dawn product style is unique, and class is higher, but large production process is long, and difficult quality controls, and waits product rate lower.Super soft undercoat fine hair point dawn is first contaminating background color exactly on fabric, the high-quality green tea position of pile fabrics is imprinted on again with white discharging agent, background color is destroyed by chemical action, form the processing method of white high-quality green tea, product has unique imitative old sense, stereovision, the dark favor by consumer, but quality is difficult to control in large-scale production process, general top-quality product rate can only reach 70% ~ 80%, and main cause is look flower, the aberration of dawn irregular generation, high-quality green tea yellowing etc.Can discharge material owing to using, dyeing temperature can not be too high, and therefore wash, crock fastness is poor, operation is long, and apply strong reductant as white discharging agent, affect the health of workman, environmental pollution is also very serious.
Former technological process is as follows: grey cloth preparation → pre-setting → plucking → sizing → dye ground colour → washing → oven dry → hair side print whitening pulp → evaporate → wash → dry → carding → front, front is scalded and cut → shake grain → finished product sizing.
(1) ground colour technology preparation is contaminated
Liquid can pull out the black 10%(omf of dispersion);
Liquid can pull out disperse brown 2.5%(omf);
Liquid can pull out disperse yellow 0.5%(omf);
Dispersant/(g/L) 1;
Glacial acetic acid/(g/L) 5;
PH value 4.5 ~ 5.0;
(2) dawn technology preparation/(g/kg)
Pull out the former paste A-9 300 ~ 400 of print;
Processing tin ZSD 250 ~ 350;
Agent to help pull ZS-9 30 ~ 50;
(3) technological parameter
High Temperature High Pressure overflow dyeing (120 DEG C, be incubated 60 min, PH=4.5 ~ 5.0) → drying and shaping (150 DEG C * 1 minute) → whitening pulp print high-quality green tea → oven dry → decatize (high-temperature pressure 175 ~ 180 DEG C, 7 min) → cold wash → hot water wash → reduction cleaning (sodium hydrosulfite 1.5g/L, soda ash 1.5 g/L, surfactant 1 g/L), 70 ~ 80 DEG C of process 15 ~ 20 min → hot water wash → → cold wash → oven dry → sizings (185 ~ 190 DEG C of soaping, 1 minute, softener 3g/L).
Summary of the invention
Goal of the invention: a kind of method that the invention provides super soft undercoat suede simulate wool point dawn.
Technical scheme: a kind of method of super soft undercoat suede simulate wool point dawn, comprise the steps: grey cloth preparations → pre-setting → plucking → sizing → back side red ink paste used for seals starch → evaporate → washing on soft → carding → front, oven dry → front is boiling hot cuts → shake grain → finished product and shape; Wherein, super soft undercoat suede: hair side 165dtex/288f low elastic polyester filament, bottom surface 110dtex/36f polyester filament, the high 3-5 mm of hair, fabric width 152-154 cm, gram mass 280-300 g/m
2;
In described washing in soft step, technological process: enter soft twice on cloth → Hot water immersion → hot water wash twice → Warm Wash → cold wash → cold water → go out cloth → dehydration → removing the work;
Technology preparation:
Washing destarch: sodium hydrosulfite: 6-8g/L
Sodium carbonate: 8-10 g/L
Anti-white background agent: 5-7 g/L
Process conditions: hot water temperature: 80-100 DEG C
Warm water temperature: 60-80 DEG C
Cold water temperature: 30-40 DEG C
Cloth speed: 45-50m/min
Soft in washing: softener: 8-10 g/L
Process conditions: cold water temperature: 30-40 DEG C
Cloth speed: 45-50m/min.
After fabric evaporates end, due to fabric having slurry, the slurry on fabric and thickener must be removed, fully must wash clean during washing, then carry out upper soft, dehydration.Sodium hydrosulfite is reductant, and sodium carbonate regulates PH to be alkalescent, can remove the thickener on fabric and the loose colour on fabric face.
As optimization: in described pre-setting step, temperature: 200-220 DEG C, the speed of a motor vehicle: 40-50m/min, overfeeding: 5%, door width: 180-190cm.Utilize the plasticity of dacron under dry heat condition, terylene molecule at high operating temperatures, move very violent, molecule can have been rearranged, keep good stability during cooling, the door width according to fabric does pre-setting to fabric, and the temperature that the temperature of pre-setting is shaped than finished product is high, can ensure the door web stabilization of fabric, terylene molecules align is even.
As optimization: in described plucking step, cloth speed: 25-28m/min, large cylinder rotating speed: 125-128 r/s, positive pin rotating speed: 18-20 r/s, purl rotating speed: 18-20 r/s, tension force: 12N.Plucking is that to utilize draw point and fabric to run relative velocity different, and fabric face is evenly pulled out one deck fine hair, and make fabric bulky soft, warmth retention property strengthens, and weavy grain is hidden.
As optimization: in described fixating shape step, temperature: 190-200 DEG C; Speed of a motor vehicle 60-80m/min; Overfeeding: 1-2%; Door width: 156-160cm.Ensure the door web stabilization of fabric, terylene molecules align is even, for back side red ink paste used for seals slurry is below ready, ensures the well-balanced of back side red ink paste used for seals slurry.
As optimization: in described back side red ink paste used for seals slurry step, produce with rotary screen printing machines, technological process is as follows: enter cloth → stamp → oven dry → cropping;
Technology preparation is: dark-grey disperse red P-4R:167-169g/100kg;
Disperse yellow P-5B:47-49g/100kg;
Disperse blue P-RE:103-105g/100kg;
Synthetic thickener: 5-7 kg/100kg; ;
36% NaOH: 5-7 g/100kg;
Water: 93-95 kg/100kg; ;
Process conditions are: magnetic force: 40;
Pressure network magnetic force: 100;
Eat color depth: 2-4mm.
Bake out temperature: 180--184 DEG C;
The speed of a motor vehicle: 28-30m/min;
As optimization: described in evaporate in step, temperature: 180-184 DEG C; Time: 7-9min.Evaporate for dry blowing, utilize high temperature, in polyster fibre, fixation is carried out to dyestuff, ensure that later process washing there will not be and cut marks.
As optimization: in described baking step, temperature: 180-190 DEG C; The speed of a motor vehicle: 40-50m/min; Overfeeding: 5-7%; Door width: 154-156cm.Washing terminates, and must dry in time, prevents the dyestuff in fabric fibre from causing fault under gravity along with moisture.
As optimization: in described front carding step, cloth speed: 35-38m/min; Large cylinder rotating speed: 112-114r/s; Left brush rotating speed: 16-18r/s; Right brush rotating speed: 16-18r/s; Tension force: 11N.After processing, fine hair on front is more in disorder, through carding, make fine hair relatively neat, the main principle of carding is the crochet hook fast rotational on little cylinder, quick rotation on cloth, allow the same direction of the fine hair of cloth cover and more neat, by rubber coated pressure bowl, tension force is applied to grey cloth, control the pressure of the little cylinder of cloth on large cylinder, thus control the degree of carding.
As optimization: described front is scalded and cut in step,
Hot light: entrust spacing: 25-27mm; Rear girdle spacing: 18-20mm; Scald roll temperature: 188-190 DEG C; Cloth speed: 16-18m/min; Tension force: 18N;
Cropping: tension force: 12N; Cloth speed: 30-34m/min; Height of naps: 3-5mm.
Hot light can increase the gloss of grey cloth, and the smooth iron roll of high temperature is in grey cloth fuzzy surface quick rotation, and high temperature can make polyester filament molecule enter glassy state, molecular rearrangement, forms preliminary styling, improves the gloss of fabric.Grey cloth on conduction band by machine, by the distance of adjusting roller with traction, the speed of hot light, the degree of adjustment fabric hot light.After plucking, fabric is different in size through weaving, fluffing rear surface suede class, high according to the requirement hair of client, and utilize shearing machine to carry out cropping to the fine hair of fabric face, after cropping, the fine hair of fabric is more neat.
As optimization: described in shake in a step, process conditions are as follows: temperature: 90-98 DEG C; Steam: 4-6kg/min; Time: 8-10min; Circulation rate: 60-68m/min.
Through plucking above, after the operations such as cropping, the style of fabric basically forms, but fine hair is finer and smoother on fabric, be evenly distributed, be easily out of shape, by the arrangement of airflow soft machine, allow fabric under the drive of vapor stream, ceaselessly collide with machine intimate at machine intimate, fabric seems more fluffy, more soft, fine hair, through ceaselessly rubbing, forms the particle of even size, shows exclusive style.
Beneficial effect: the present invention is starched by back side red ink paste used for seals, controls the infiltration of mill base, keeps hair side to stay white method, mainly solves following problem:
1, solve quality problem rambunctious in common high-quality green tea dawn large-scale production process, top-quality product rate, by 70% ~ 80%, brings up to more than 95%.
2, look flower, the aberration of dawn irregular generation is solved, the problems such as high-quality green tea yellowing.
3, solving can discharge material owing to using, and dyeing temperature can not be too high, therefore washes, problem that crock fastness is poor.
4, shorten manufacturing procedure, improve productivity ratio, reduce cost.
5, solve strong reductant as white discharging agent, have comparatively strong and stimulating smell, affect the problem of the health of workman.
6, reduce environmental pollution, reduce cost of sewage disposal.
Detailed description of the invention
Below in conjunction with specific embodiment, the present invention will be described in detail.
Specific embodiment 1:
The method of super soft undercoat suede simulate wool point dawn, comprise the steps: grey cloth preparations → pre-setting → plucking → sizing → back side red ink paste used for seals starch → evaporate → washing on soft → carding → front, oven dry → front is boiling hot cuts → shake grain → finished product and shape; Wherein, super soft undercoat suede: hair side 165dtex/288f low elastic polyester filament, bottom surface 110dtex/36f polyester filament, the high 3mm of hair, fabric width 152cm, gram mass 280g/m
2;
In described washing in soft step, technological process: enter soft twice on cloth → Hot water immersion → hot water wash twice → Warm Wash → cold wash → cold water → go out cloth → dehydration → removing the work;
Technology preparation:
Washing destarch: sodium hydrosulfite: 6g/L
Sodium carbonate: 8g/L
Anti-white background agent: 5g/L
Process conditions: hot water temperature: 80 DEG C
Warm water temperature: 60 DEG C
Cold water temperature: 30 DEG C
Cloth speed: 45m/min
Soft in washing: softener: 8g/L
Process conditions: cold water temperature: 30 DEG C
Cloth speed: 45m/min.
In described pre-setting step, temperature: 200 DEG C, the speed of a motor vehicle: 40m/min, overfeeding: 5%, door width: 180cm.
In described plucking step, cloth speed: 25m/min, large cylinder rotating speed: 125r/s, positive pin rotating speed: 18r/s, purl rotating speed: 18r/s, tension force: 12N.
In described fixating shape step, temperature: 190 DEG C; Speed of a motor vehicle 60m/min; Overfeeding: 1%; Door width: 156cm.
In the red ink paste used for seals slurry step of the described back side, make of rotary screen printing machines, technological process is as follows: enter cloth → stamp → oven dry → cropping;
Technology preparation is: dark-grey disperse red P-4R:167g/100kg;
Disperse yellow P-5B:47 g/100kg;
Disperse blue P-RE:103g/100kg;
Synthetic thickener: 5kg/100kg; ;
36% NaOH: 5g/100kg; ;
Water: 95 kg/100kg; ;
Process conditions are: magnetic force: 40;
Pressure network magnetic force: 100;
Eat color depth: 2mm
Bake out temperature: 180 DEG C;
The speed of a motor vehicle: 28m/min;
Describedly evaporate in step, temperature: 180 DEG C; Time: 7min.
In described baking step, temperature: 180 DEG C; The speed of a motor vehicle: 40m/min; Overfeeding: 5%; Door width: 154cm.
In described front carding step, cloth speed: 35m/min; Large cylinder rotating speed: 112r/s; Left brush rotating speed: 16r/s; Right brush rotating speed: 16r/s; Tension force: 11N.
Described front is scalded and is cut in step,
Hot light: entrust spacing: 27mm; Rear girdle spacing: 20mm; Scald roll temperature: 190 DEG C; Cloth speed: 18m/min; Tension force: 18N;
Cropping: tension force: 12N; Cloth speed: 30m/min; Height of naps: 3mm.
Describedly shake in a step, process conditions are as follows: temperature: 90 DEG C; Steam: 4kg/min; Time: 8min; Circulation rate: 60m/min.
Specific embodiment 2:
The method of super soft undercoat suede simulate wool point dawn, comprise the steps: grey cloth preparations → pre-setting → plucking → sizing → back side red ink paste used for seals starch → evaporate → washing on soft → carding → front, oven dry → front is boiling hot cuts → shake grain → finished product and shape; Wherein, super soft undercoat suede: hair side 165dtex/288f low elastic polyester filament, bottom surface 110dtex/36f polyester filament, high 5 mm of hair, fabric width 154 cm, gram mass 300 g/m
2;
In described washing in soft step, technological process: enter soft twice on cloth → Hot water immersion → hot water wash twice → Warm Wash → cold wash → cold water → go out cloth → dehydration → removing the work;
Technology preparation:
Washing destarch: sodium hydrosulfite: 8g/L
Sodium carbonate: 10 g/L
Anti-white background agent: 7 g/L
Process conditions: hot water temperature: 100 DEG C
Warm water temperature: 80 DEG C
Cold water temperature: 40 DEG C
Cloth speed: 50m/min
Soft in washing: softener: 10 g/L
Process conditions: cold water temperature: 40 DEG C
Cloth speed: 50m/min.
In described pre-setting step, temperature: 220 DEG C, the speed of a motor vehicle: 50m/min, overfeeding: 5%, door width: 190cm.
In described plucking step, cloth speed: 28m/min, large cylinder rotating speed: 128 r/s, positive pin rotating speed: 20 r/s, purl rotating speed: 20 r/s, tension force: 12N.
In described fixating shape step, temperature: 200 DEG C; Speed of a motor vehicle 80m/min; Overfeeding: 2%; Door width: 160cm.
In the red ink paste used for seals slurry step of the described back side, make of rotary screen printing machines, technological process is as follows: enter cloth → stamp → oven dry → cropping;
Technology preparation is: dark-grey disperse red P-4R:169g/100kg;
Disperse yellow P-5B:49g/100kg;
Disperse blue P-RE:105g/100kg;
Synthetic thickener: 7 kg/100kg; ;
36% NaOH: 7 g/100kg; ; ;
Water: 93kg/100kg; ;
Process conditions are: magnetic force: 40;
Pressure network magnetic force: 100;
Eat color depth: 4mm.
Bake out temperature: 184 DEG C;
The speed of a motor vehicle: 30m/min;
Describedly evaporate in step, temperature: 184 DEG C; Time: 9min.
In described baking step, temperature: 190 DEG C; The speed of a motor vehicle: 50m/min; Overfeeding: 7%; Door width: 156cm.
In described front carding step, cloth speed: 38m/min; Large cylinder rotating speed: 114r/s; Left brush rotating speed: 18r/s; Right brush rotating speed: 18r/s; Tension force: 11N.
Described front is scalded and is cut in step,
Hot light: entrust spacing: 27mm; Rear girdle spacing: 20mm; Scald roll temperature: 190 DEG C; Cloth speed: 18m/min; Tension force: 18N;
Cropping: tension force: 12N; Cloth speed: 34m/min; Height of naps: 5mm.
Describedly shake in a step, process conditions are as follows: temperature: 98 DEG C; Steam: 6kg/min; Time: 10min; Circulation rate: 68m/min.
Specific embodiment 3:
The method of super soft undercoat suede simulate wool point dawn, comprise the steps: grey cloth preparations → pre-setting → plucking → sizing → back side red ink paste used for seals starch → evaporate → washing on soft → carding → front, oven dry → front is boiling hot cuts → shake grain → finished product and shape; Wherein, super soft undercoat suede: hair side 165dtex/288f low elastic polyester filament, bottom surface 110dtex/36f polyester filament, the high 4mm of hair, fabric width 153cm, gram mass 290 g/m
2;
In described washing in soft step, technological process: enter soft twice on cloth → Hot water immersion → hot water wash twice → Warm Wash → cold wash → cold water → go out cloth → dehydration → removing the work;
Technology preparation:
Washing destarch: sodium hydrosulfite: 7g/L
Sodium carbonate: 9 g/L
Anti-white background agent: 6 g/L
Process conditions: hot water temperature: 90 DEG C
Warm water temperature: 70 DEG C
Cold water temperature: 35 DEG C
Cloth speed: 47m/min
Soft in washing: softener: 9g/L
Process conditions: cold water temperature: 36 DEG C
Cloth speed: 48m/min.
In described pre-setting step, temperature: 210 DEG C, the speed of a motor vehicle: 43m/min, overfeeding: 5%, door width: 183cm.
In described plucking step, cloth speed: 26m/min, large cylinder rotating speed: 126r/s, positive pin rotating speed: 19r/s, purl rotating speed: 19 r/s, tension force: 12N.
In described fixating shape step, temperature: 194 DEG C; The speed of a motor vehicle: 72m/min; Overfeeding: 1%; Door width: 158cm.
In the red ink paste used for seals slurry step of the described back side, make of rotary screen printing machines, technological process is as follows: enter cloth → stamp → oven dry → cropping;
Technology preparation is: dark-grey disperse red P-4R:168g/100kg;
Disperse yellow P-5B:48g/100kg;
Disperse blue P-RE:104g/100kg;
Synthetic thickener: 6 kg/100kg; ;
36% NaOH: 6g/100kg; ;
Water: 94 kg/100kg; ;
Process conditions are: magnetic force: 40;
Pressure network magnetic force: 100;
Eat color depth: 3mm.
Bake out temperature: 182 DEG C;
The speed of a motor vehicle: 29m/min;
Describedly evaporate in step, temperature: 182 DEG C; Time: 8min.
In described baking step, temperature: 186 DEG C; The speed of a motor vehicle: 44m/min; Overfeeding: 6%; Door width: 155cm.
In described front carding step, cloth speed: 37m/min; Large cylinder rotating speed: 113r/s; Left brush rotating speed: 17r/s; Right brush rotating speed: 17r/s; Tension force: 11N.
Described front is scalded and is cut in step,
Hot light: entrust spacing: 26mm; Rear girdle spacing: 19mm; Scald roll temperature: 189 DEG C; Cloth speed: 17m/min; Tension force: 18N;
Cropping: tension force: 12N; Cloth speed: 33m/min; Height of naps: 4mm.
Describedly shake in a step, process conditions are as follows: temperature: 95 DEG C; Steam: 5kg/min; Time: 9min; Circulation rate: 64m/min.
Claims (10)
1. the method for super soft undercoat suede simulate wool point dawn, is characterized in that: comprise the steps: grey cloth preparations → pre-setting → plucking → sizing → back side red ink paste used for seals starch → evaporate → washing on soft → carding → front, oven dry → front is boiling hot cuts → shake grain → finished product and shape; Wherein, super soft undercoat suede: hair side 165dtex/288f low elastic polyester filament, bottom surface 110dtex/36f polyester filament, the high 3-5 mm of hair, fabric width 152-154 cm, gram mass 280-300 g/m
2;
In described washing in soft step, technological process: enter soft twice on cloth → Hot water immersion → hot water wash twice → Warm Wash → cold wash → cold water → go out cloth → dehydration → removing the work;
Technology preparation:
Washing destarch: sodium hydrosulfite: 6-8g/L
Sodium carbonate: 8-10 g/L
Anti-white background agent: 5-7 g/L
Process conditions: hot water temperature: 80-100 DEG C
Warm water temperature: 60-80 DEG C
Cold water temperature: 30-40 DEG C
Cloth speed: 45-50m/min
Soft in washing: softener: 8-10 g/L
Process conditions: cold water temperature: 30-40 DEG C
Cloth speed: 45-50m/min.
2. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described pre-setting step, temperature: 200-220 DEG C, the speed of a motor vehicle: 40-50m/min, overfeeding: 5%, door width: 180-190cm.
3. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described plucking step, cloth speed: 25-28m/min, large cylinder rotating speed: 125-128 r/s, positive pin rotating speed: 18-20 r/s, purl rotating speed: 18-20 r/s, tension force: 12N.
4. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described fixating shape step, temperature: 190-200 DEG C; Speed of a motor vehicle 60-80m/min; Overfeeding: 1-2%; Door width: 156-160cm.
5. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described back side red ink paste used for seals slurry step, make of rotary screen printing machines, technological process is as follows: enter cloth → stamp → oven dry → cropping;
Technology preparation is: dark-grey disperse red P-4R:167-169g/100kg;
Disperse yellow P-5B:47-49g/100kg;
Disperse blue P-RE:103-105g/100kg;
Synthetic thickener: 5-7 kg/100kg;
36% NaOH: 5-7 g/100kg;
Water: 93-95 kg/100kg;
Process conditions are: magnetic force: 40;
Pressure network magnetic force: 100;
Eat color depth: 2-4mm
Bake out temperature: 180--184 DEG C;
The speed of a motor vehicle: 28-30m/min.
6. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: described in evaporate in step, temperature: 180-184 DEG C; Time: 7-9min.
7. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described baking step, temperature: 180-190 DEG C; The speed of a motor vehicle: 40-50m/min; Overfeeding: 5-7%; Door width: 154-156cm.
8. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: in described front carding step, cloth speed: 35-38m/min; Large cylinder rotating speed: 112-114r/s; Left brush rotating speed: 16-18r/s; Right brush rotating speed: 16-18r/s; Tension force: 11N.
9. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: described front is scalded and cut in step, hot light: entrust spacing: 25-27mm; Rear girdle spacing: 18-20mm; Scald roll temperature: 188-190 DEG C; Cloth speed: 16-18m/min; Tension force: 18N;
Cropping: tension force: 12N; Cloth speed: 30-34m/min; Height of naps: 3-5mm.
10. the method for super soft undercoat suede simulate wool point dawn according to claim 1, is characterized in that: described in shake in a step, process conditions are as follows: temperature: 90-98 DEG C; Steam: 4-6kg/min; Time: 8-10min; Circulation rate: 60-68m/min.
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| CN106906599A (en) * | 2017-05-04 | 2017-06-30 | 江苏工程职业技术学院 | It is a kind of to solve the method that super soft fabric number thermal transfer printing hair root shows money or valuables one carries unintentionally |
| CN107142642A (en) * | 2017-05-10 | 2017-09-08 | 无锡红豆居家服饰有限公司 | The full method for washing the control of silver fox suede discoloration |
| CN107177995A (en) * | 2017-07-13 | 2017-09-19 | 山东万得集团有限公司 | The processing technology that a kind of interlayer yarn fabric solid shows money or valuables one carries unintentionally |
| CN107354635A (en) * | 2017-07-17 | 2017-11-17 | 绍兴市高峰印染有限公司 | A kind of super soft dispersing technology |
| CN108560286A (en) * | 2018-04-18 | 2018-09-21 | 江苏工程职业技术学院 | A kind of method that the dark red yarn-dyed checked fabric of pure cotton imitates old dyeing |
| CN108611749A (en) * | 2018-04-18 | 2018-10-02 | 江苏工程职业技术学院 | A kind of method of PV suedes solid embroidery |
| CN108729270A (en) * | 2018-06-27 | 2018-11-02 | 浙江美欣达纺织印染科技有限公司 | A kind of printing technology for making corduroy that there is imitative woollen goods effect |
| CN111041701A (en) * | 2019-12-28 | 2020-04-21 | 宁波大军长毛绒有限公司 | Preparation process of fox fur-imitated fabric |
| CN111020946A (en) * | 2020-01-17 | 2020-04-17 | 南通思聪家居有限公司 | Printing finishing process of caterpillar fabric |
| CN111172783A (en) * | 2020-03-19 | 2020-05-19 | 南通思聪家居有限公司 | Printing finishing process of snowflake velvet fabric |
| CN115161935A (en) * | 2022-08-04 | 2022-10-11 | 上海嘉麟杰纺织科技有限公司 | Preparation process of polar fleece fabric |
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Application publication date: 20150304 |