CN102965901A - Manufacturing process of moisture absorption quick-drying textile and structure thereof - Google Patents
Manufacturing process of moisture absorption quick-drying textile and structure thereof Download PDFInfo
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- CN102965901A CN102965901A CN2012104485623A CN201210448562A CN102965901A CN 102965901 A CN102965901 A CN 102965901A CN 2012104485623 A CN2012104485623 A CN 2012104485623A CN 201210448562 A CN201210448562 A CN 201210448562A CN 102965901 A CN102965901 A CN 102965901A
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Abstract
The invention discloses a manufacturing process of moisture absorption quick-drying textile and a structure thereof. The structure is obtained by weaving a water-repellent yarn and a spinning thread into cloth and performing a dyeing and finishing process of the cloth; and the dyeing and finishing process comprises the following steps of: placing the cloth in a dye vat; adding a refining agent with a water mixing ratio of 0.3-2% and soda ash with a water mixing ratio of 1-3%; heating to 80 DEG C and keeping the temperature for 20 minutes; performing overflow washing to 45 DEG C and discharging water; performing a water-repellent level test on the cloth; adding water into the dye vat again; adding a dispersing agent with a water mixing ratio of 0.5-3%, a moisture absorption auxiliary with a water mixing ratio of 0.5-2% and acetic acid with a water mixing ratio of 0.5-2%; adding a coloring agent; heating the cloth at a temperature-speed ratio of 1-2 DEG C per minute, and heating to 130 DEG C; keeping the temperature for 40 minutes; waiting until the cloth is cooled to 80 DEG C; performing overflow washing to 45 DEG C and discharging water; and performing reduction washing of the cloth to realize practical development of cloth water-repellent quick drying.
Description
Technical field
Processing procedure and the structure thereof of the present invention for a kind of absorbing fast-drying textiles is provided, espespecially a kind of by drying yarn and weaving with line through after being woven into cloth, by reaching the practical improvement of cloth drying rapid-curing cutback behind the dyeing and finishing processing procedure.
Background technology
The article that clothing contacts for people everyday, except the style moulding of clothing, its material affects comfort level and the wish of dress greatly.
The main article that consist of clothing are cloth, and its cloth weaves into the line process by weaving again, and central because of outside the characteristic of weaving with line Different Effects cloth, its follow-up dyeing and finishing also has tremendous influence to the characteristic of cloth.
Cloth only has a specific character usually, one of two specific characters of hydrophily (moisture absorption) or hydrophobicity (drying), if exist simultaneously in order to reach two specific characters, mostly be the action that the cloth of two specific characters is fitted, and in the pertusate ventilated membrane of cloth faying face place adding one deck, finish the characteristic of drying and moisture absorption.
Yet the cloth of above-mentioned existing drying moisture absorption is to have following problem when making and use:
One, because of the cloth pasting by two-layer different qualities, make in conjunction with after cloth too thick and heavy inconvenient movable.
Two, because of by two-layer applying, various in the upper process of processing.
Three, because of by two-layer combination, cause cost to promote.
Summary of the invention
Main purpose of the present invention is to provide a kind of processing procedure and structure thereof of absorbing fast-drying textiles, and the weaving by plural material is woven into cloth with line, and the not coplanar of reaching cloth by the process of refining dyeing and finishing again has hydrophily and hydrophobic distinct characteristics.
In order to achieve the above object, structure of the present invention forms cloth by a drying yarn and a weaving with the line braiding, and by a dyeing and finishing processing procedure cloth being become has hydrophily and hydrophobic characteristic, and its dyeing and finishing processing procedure is: cloth is inserted in the dye vat; Add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio; Add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio; With the temperature in the dye vat be warming up to 70 the degree～90 the degree after; With dye vat insulation 15 minutes～25 minutes; Carry out the action that overflow washes and wait to be cooled to 45 degree; Moisture content in the dye vat is discharged; After cloth carried out a drying level estimate; Again dye vat is intake; Add dispersant, it is 0.5% ~ 3% that this dispersant is watered ratio; Add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio; Add acetic acid (HAc) in dye vat, this acetic acid (HAc) ratio of being watered is 0.5% ~ 2%; After in dye vat, adding coloring agent; To heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree; After being incubated 30 minutes～50 minutes; Treat that cloth is cooled to 80 degree; Carry out the rear draining of action to 45 degree that overflow is washed; Cloth is carried out a reduction washes step, after above-mentioned step, can make cloth not coplanar hydrophily and hydrophobic distinct characteristics are arranged, and then reach the practical improvement of drying rapid-curing cutback.
The present invention is a kind of processing procedure and structure thereof of absorbing fast-drying textiles, refers to a kind of mode of dyeing and finishing processing procedure and the method for relevant auxiliary agent ratio, and its sequential steps comprises as follows:
(a) cloth is inserted in the dye vat;
(b) add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio;
(c) add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio;
(d) temperature in the dye vat is warming up to 70 the degree～90 the degree after;
(e) with dye vat insulation 15 minutes～25 minutes;
(f) carry out the action that overflow washes and wait to be cooled to 45 degree;
(g) moisture content in the dye vat is discharged;
(h) cloth is carried out a drying level estimate after;
(i) cloth in the dye vat is carried out a staining procedure;
(j) after this staining procedure is finished, cloth is carried out a reduction wash step.
Wherein the sequential steps of this staining procedure comprises as follows;
(i1) again dye vat is intake;
(i2) add dispersant in dye vat, it is 0.5% ~ 3% that this dispersant is watered ratio;
(i3) add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio;
(i4) add acetic acid (HAc) in dye vat, this acetic acid (HAc) ratio of being watered is 0.5% ~ 2%;
(i5) in dye vat, add coloring agent after;
(i6) to heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree;
(i7) insulation is after 30 minutes～50 minutes;
(i8) treat that cloth is cooled to 80 degree;
(i9) carry out the rear draining of action to 45 degree that overflow is washed.
Wherein this reduction sequential steps of washing step comprises as follows:
(j1) again dye vat is intake;
(j2) add liquid caustic soda in dye vat, it is 2% ~ 3% that this liquid caustic soda is watered ratio;
(j3) powder that in dye vat, takes a policy, it is 2% ~ 3% that this sodium hydrosulfite is watered ratio;
(j4) to dye vat be warming up to 80 the degree～90 the degree after, be incubated 15 minutes～25 minutes;
(j5) carry out the rear draining of action to 45 degree that overflow is washed.
The present invention is a kind of processing procedure and structure thereof of absorbing fast-drying textiles, refers to a kind of mode of dyeing and finishing processing procedure and the method for relevant auxiliary agent ratio, and its sequential steps comprises as follows:
(a) cloth is inserted in the dye vat;
(b) add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio;
(c) add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio;
(d) temperature in the dye vat is warming up to 70 the degree～90 the degree after;
(e) with dye vat insulation 15 minutes～25 minutes;
(f) carry out the action that overflow washes and wait to be cooled to 45 degree;
(g) moisture content in the dye vat is discharged;
(h) cloth is carried out a drying level estimate after;
(i) again dye vat is intake;
(j) add dispersant in dye vat, it is 0.5% ~ 3% that this dispersant is watered ratio;
(k) add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio;
(l) add acetic acid (HAc) in dye vat, this acetic acid (HAc) ratio of being watered is 0.5% ~ 2%;
(m) in dye vat, add coloring agent after;
(n) to heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree;
(o) insulation is after 30 minutes～50 minutes;
(p) treat that cloth is cooled to 80 degree;
(q) carry out the rear draining of action to 45 degree that overflow is washed;
(r) cloth is carried out a reduction and wash step.
Wherein this reduction sequential steps of washing step comprises as follows:
(r1) again dye vat is intake;
(r2) add liquid caustic soda in dye vat, it is 2% ~ 3% that this liquid caustic soda is watered ratio;
(r3) powder that in dye vat, takes a policy, it is 2% ~ 3% that this sodium hydrosulfite is watered ratio;
(r4) to dye vat be warming up to 80 the degree～90 the degree after, be incubated 15 minutes～25 minutes;
(r5) carry out the rear draining of action to 45 degree that overflow is washed.
The present invention is a kind of processing procedure and structure thereof of absorbing fast-drying textiles, refers to a kind of fabric construction of two-sided different qualities, and it comprises as follows:
One cloth is formed with the line braiding by a drying yarn and a weaving.
Wherein this cloth is comprised of with 70%～45% on line this drying yarn 30%～55% and this weaving.
The invention has the advantages that: the present invention can make cloth not coplanar hydrophily and hydrophobic distinct characteristics are arranged, and then reach the practical improvement of drying rapid-curing cutback.
Description of drawings
Fig. 1 is the structural representation of preferred embodiment of the present invention.
Fig. 2 is the refining dyeing and finishing schematic flow sheet of preferred embodiment of the present invention.
Fig. 3 is refining process action and the temperature rise schematic diagram of preferred embodiment of the present invention.
Fig. 4 is dyeing course action and the temperature rise schematic diagram of preferred embodiment of the present invention.
Fig. 5 is that process action and temperature rise schematic diagram are washed in the reduction of preferred embodiment of the present invention.
The specific embodiment
As shown in Figure 1, be the structural representation of preferred embodiment of the present invention, by knowing among the figure that processing procedure and the structure thereof of finding out absorbing fast-drying textiles of the present invention comprise:
One cloth 1, this cloth 1 is formed with line 12 braidings by drying yarn 11 and weaving, the proportion of this drying yarn 11 is 30%～55%, and this weaving is that 70%～45%(drying yarn 11 and weaving add up to 100% with line 12 with the proportion of line 12).
Such as accompanying drawing 1 to shown in the accompanying drawing 5, for process action and temperature rise schematic diagram are washed in structural representation, refining dyeing and finishing schematic flow sheet, refining process action and temperature rise schematic diagram, dyeing course action and temperature rise schematic diagram and the reduction of preferred embodiment of the present invention, find out that by knowing among the figure refining dyeing and finishing process of the present invention is as follows:
(a) cloth 1 is inserted in the dye vat;
(b) add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio;
(c) add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio;
(d) temperature in the dye vat is warming up to 70 the degree～90 the degree after;
(e) with dye vat insulation 15 minutes～25 minutes;
(f) carry out the action that overflow washes and wait to be cooled to 45 degree;
(g) moisture content in the dye vat is discharged;
(h) cloth 1 is carried out a drying level estimate after;
(i) again dye vat is intake;
(j) add dispersant in dye vat, it is 0.5% ~ 3% that this dispersant is watered ratio;
(k) add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio;
(l) add acetic acid (HAc) in dye vat, this acetic acid (HAc) ratio of being watered is 0.5% ~ 2%;
(m) in dye vat, add coloring agent after;
(n) to heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree;
(o) insulation is after 30 minutes～50 minutes;
(p) treat that cloth is cooled to 80 degree;
(q) carry out the rear draining of action to 45 degree that overflow is washed.
(r) cloth is carried out a reduction and wash step.
Wherein, reduction is washed step and is comprised:
(r1) again dye vat is intake;
(r2) add liquid caustic soda in dye vat, it is 2% ~ 3% that this liquid caustic soda is watered ratio;
(r3) powder that in dye vat, takes a policy, it is 2% ~ 3% that this sodium hydrosulfite is watered ratio;
(r4) to dye vat be warming up to 80 the degree～90 the degree after, be incubated 15 minutes～25 minutes;
(r5) carry out the rear draining of process to 45 degree that overflow is washed.
Wherein, further above-mentioned step is described; when cloth 1 is inserted dye vat; this moment, cloth 1 was because making drying yarn 11 and weaving be infected with greasy dirt and oily yarn with line 12 in the fabrication processes; make cloth have its water imbibition; make drying yarn 11 not have its water-repellancy; cloth 1 is inserted the dye vat that water temperature is 30 degree; in dye vat, add refining agent; it is watered ratio is that 0.3% ~ 2%(optimal proportion is 0.3%); add again soda ash; it is watered ratio is that 1% ~ 3%(optimal proportion is 2%); after water in the dye vat and above-mentioned relevant auxiliary agent (refining agent and soda ash) uniform stirring mixed; cloth 1 is immersed in the water; and the water temperature in the dye vat is promoted to behind 70 degree～90 degree 15 minutes～25 minutes (Best Times is 20 minutes) of insulation after (optimum temperature be 80 degree); and carry out the action that an overflow washes and wait to be cooled to 45 degree; moisture in the dye vat is discharged; cloth 1 is carried out a drying level estimate; the state of test cloth 1 drying; namely finish refining process; this moment, drying yarn 11 and weaving were removed because of greasy dirt with line 12; make cloth 1 have the hydrophobic property of two-sided full drying state; carry out afterwards dyeing course; to dye vat again intake (water temperature be 30 degree); to adding dispersant in the dye vat; it is watered ratio is that 0.5% ~ 3%(optimal proportion is 2%); to adding the moisture absorption auxiliary agent in the dye vat; it is watered ratio is that 0.5% ~ 2%(optimal proportion is 0.5%); to adding acetic acid (HAc) in the dye vat; it is watered ratio is that 0.5% ~ 2%(optimal proportion is 1%); add the dyestuff of wanting to dye color; to the water in the dye vat; above-mentioned relevant auxiliary agent (dispersant; moisture absorption auxiliary agent and acetic acid (HAc)) and after the dyestuff uniform stirring mixes; be warming up to～50 minutes (its Best Times was as 40 minutes) of insulation 30 degree behind 120 degree～140 degree (its optimum speed as 1.5 degrees/mins be warming up to 130 degree) take～2 degrees/mins speed of 1 degree; naturally carry out again after overflow is washed till 45 degree the moisture in the dye vat being discharged after being cooled to afterwards 80 degree; finish dyeing course; after this moment, cloth 1 was processed through above-mentioned process; can make weaving with remaining with the moisture absorption auxiliary agent on the line 12; and drying yarn 11 keeps its drying characteristic; reach the characteristic of two-sided different function; and after dyeing course finishes; the dyeing of cloth 1 is protected; reduce the process of washing; again to dye vat water inlet (its water temperature is 30 degree); in dye vat, add liquid caustic soda; it is watered ratio is that its optimal proportion of 2% ~ 3%(is 2%); powder takes a policy in dye vat; it is watered ratio is that its optimal proportion of 2% ~ 3%(is 2%); after water in the dye vat and above-mentioned relevant auxiliary agent (liquid caustic soda and sodium hydrosulfite) uniform stirring mixed; water temperature is risen to 80 degree～90 degree (its optimum water temperature is 85 degree), 15 minutes～25 minutes (its Best Times is 20 minutes) of rear insulation; carry out overflow be washed till 45 the degree after the moisture in the dye vat is discharged; finish the process of refining dyeing and finishing; after above-mentioned cloth 1 structure and refining dyeing and finishing; can make cloth 1 reach the unilateralis water-based, the characteristic of the hydrophobic two-sided different function of another side.
Claims (7)
1. the processing procedure of an absorbing fast-drying textiles and structure thereof are a kind of mode of dyeing and finishing processing procedure and the method for relevant auxiliary agent ratio, it is characterized in that this fabrication steps is as follows:
(a) cloth is inserted in the dye vat;
(b) add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio;
(c) add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio;
(d) temperature in the dye vat is warming up to 70 the degree～90 the degree after;
(e) with dye vat insulation 15 minutes～25 minutes;
(f) carry out the step that overflow washes and wait to be cooled to 45 degree;
(g) moisture content in the dye vat is discharged;
(h) cloth is carried out a drying level estimate;
(i) cloth in the dye vat is carried out a staining procedure;
(j) after this staining procedure is finished, cloth is carried out a reduction wash step.
2. the processing procedure of absorbing fast-drying textiles according to claim 1 and structure thereof, it is characterized in that: wherein the sequential steps of this staining procedure comprises as follows:
(i1) again dye vat is intake;
(i2) add dispersant in dye vat, it is 0.5% ~ 3% that this dispersant is watered ratio;
(i3) add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio;
(i4) add acetic acid in dye vat, it is 0.5% ~ 2% that this acetic acid is watered ratio;
(i5) in dye vat, add coloring agent;
(i6) to heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree;
(i7) insulation is 30 minutes～50 minutes;
(i8) treat that cloth is cooled to 80 degree;
(i9) carry out the step that overflow is washed, and be cooled to the rear draining of 45 degree.
3. the processing procedure of absorbing fast-drying textiles according to claim 1 and structure thereof is characterized in that: wherein to wash step as follows in this reduction:
(j1) again dye vat is intake;
(j2) add liquid caustic soda in dye vat, it is 2% ~ 3% that this liquid caustic soda is watered ratio;
(j3) powder that in dye vat, takes a policy, it is 2% ~ 3% that this sodium hydrosulfite is watered ratio;
(j4) to dye vat be warming up to 80 the degree～90 the degree after, be incubated 15 minutes～25 minutes;
(j5) carry out the rear draining of step to 45 degree that overflow is washed.
4. the processing procedure of an absorbing fast-drying textiles and structure thereof are a kind of mode of dyeing and finishing processing procedure and the method for relevant auxiliary agent ratio, and it is as follows to it is characterized in that this processing procedure comprises:
(a) cloth is inserted in the dye vat;
(b) add refining agent in dye vat, it is 0.3% ~ 2% that this refining agent is watered ratio;
(c) add soda ash in dye vat, it is 1% ~ 3% that this soda ash is watered ratio;
(d) temperature in the dye vat is warming up to 70 degree～90 degree;
(e) with dye vat insulation 15 minutes～25 minutes;
(f) carry out the step that overflow washes and wait to be cooled to 45 degree;
(g) moisture content in the dye vat is discharged;
(h) cloth is carried out a drying level estimate;
(i) again dye vat is intake;
(j) add dispersant in dye vat, it is 0.5% ~ 3% that this dispersant is watered ratio;
(k) add the moisture absorption auxiliary agent in dye vat, it is 0.5% ~ 2% that this moisture absorption auxiliary agent is watered ratio;
(l) add acetic acid in dye vat, it is 0.5% ~ 2% that this acetic acid is watered ratio;
(m) in dye vat, add coloring agent;
(n) to heating up in the dye vat, its temperature velocity ratio is～2 degrees/mins of 1 degree, and is warming up to 120 degree～140 degree;
(o) insulation is 30 minutes～50 minutes;
(p) treat that cloth is cooled to 80 degree;
(q) carry out the rear draining of step to 45 degree that overflow is washed;
(r) cloth is carried out a reduction and wash step.
5. the processing procedure of absorbing fast-drying textiles according to claim 4 and structure thereof is characterized in that: wherein this reduction sequential steps of washing step comprises as follows:
(r1) again dye vat is intake;
(r2) add liquid caustic soda in dye vat, it is 2% ~ 3% that this liquid caustic soda is watered ratio;
(r3) powder that in dye vat, takes a policy, it is 2% ~ 3% that this sodium hydrosulfite is watered ratio;
(r4) to dye vat be warming up to 80 the degree～90 the degree after, be incubated 15 minutes～25 minutes;
(r5) carry out the rear draining of process to 45 degree that overflow is washed.
6. the processing procedure of an absorbing fast-drying textiles and structure thereof are a kind of fabric construction of two-sided different qualities, it is characterized in that comprising:
One cloth is formed with the line braiding by a drying yarn and a weaving.
7. the processing procedure of absorbing fast-drying textiles according to claim 6 and structure thereof, it is characterized in that: wherein this cloth is comprised of with 70%～45% on line this drying yarn 30%～55% and this weaving.
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| CN2012104485623A CN102965901A (en) | 2012-11-12 | 2012-11-12 | Manufacturing process of moisture absorption quick-drying textile and structure thereof |
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| CN2012104485623A CN102965901A (en) | 2012-11-12 | 2012-11-12 | Manufacturing process of moisture absorption quick-drying textile and structure thereof |
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Application publication date: 20130313 |