CN105177812B - A kind of thicker encrypts back cloth production technology - Google Patents
A kind of thicker encrypts back cloth production technology Download PDFInfo
- Publication number
- CN105177812B CN105177812B CN201510505262.8A CN201510505262A CN105177812B CN 105177812 B CN105177812 B CN 105177812B CN 201510505262 A CN201510505262 A CN 201510505262A CN 105177812 B CN105177812 B CN 105177812B
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- Prior art keywords
- fabric
- thicker
- lining cloth
- base fabric
- encryption
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Abstract
The invention discloses a kind of thicker to encrypt back cloth production technology, comprises the following steps：Fabric is weaved, broadwise encryption, pre-treatment, ROTARY SCREAM PRINTING, double-dot coating, inspection is batched, fabric is weaved using 75D/48F low elastic polyester filament, by spraying water, the filling density of fabric is improved 30~40% by cipher mode, obtain through it is close be 200/10 centimetres, filling density is 195~210/10 centimetres, breadth is 165cm fabric, the thicker base fabric that split is 121~125cm is obtained by pre-treating technology, stamp is carried out to base fabric using ROTARY SCREAM PRINTING, decalcomania is made of photosensitive method, printing stencil technique is carried out by the way of computer color splitting is combined using manual delineation, so that base fabric is finely attractive in appearance, improve the present situation of thicker lining cloth style sheet one.A kind of thicker encryption back cloth production technology of the present invention solves the problems, such as that thicker lining cloth compactness is relatively low, improves the texture of thicker lining cloth, improves the taking of thicker lining cloth, adds the aesthetic feeling and economic benefit of thicker lining cloth.
Description
【Technical field】
The present invention relates to the technical field of lining cloth production, more particularly to a kind of thicker encryption back cloth production technology.
【Background technology】
Make base fabric after waiting processing using low elastic polyester filament is woven, because its is soft, broadwise has favorable elasticity, production
Flow is short, it is wide in variety and adapt to modern clothing is soft to lining cloth, bullet, it is light, thin etc. require, recently increasingly by designer
With the welcome of manufacturer.The cloth that dyeing and printing process is had not gone through after being made into is referred to as fabric.Fabric obtains base after working process
Cloth, base fabric carry out double-dot coating by techniques such as pre-treatments and form lining cloth, and the weft density for having spinning lining cloth is that wherein main two are big
Index, fabric, the yarn of auxiliary material length direction are referred to as warp thread, and fabric, the yarn of auxiliary material width are referred to as weft yarn.In clothes work
In skill manufacturing process, lining cloth is indispensable auxiliary material, and especially autumn and winter lining cloth is conventional auxiliary material, and lining cloth is in habilimentation system
Making the effect of process has sizing garment part, facilitates garment sewing, moulds the lining cloth that clothes are locally tall and straight, and different fabrics uses
Thickness is also different, and thicker lining cloth is usually used in flannel fabric, the institutional framework of thicker lining cloth is more sparse at present, compactness compared with
It is low, and style sheet one, the moulding that have impact on clothes, the taking and aesthetic feeling for reducing clothes, it is therefore necessary to propose a kind of thick
Type encrypts back cloth production technology.
【The content of the invention】
It is an object of the invention to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of thicker encryption back cloth production work
Skill, it aims to solve the problem that prior art medium-thick type lining cloth compactness is relatively low, style sheet one, the poor technical problem of taking.
To achieve the above object, the present invention proposes a kind of thicker encryption back cloth production technology, comprises the following steps：
Step 1: fabric is weaved, warp-wise, broadwise use 75D/48F low elastic polyester filament, are weaved on water-jet loom,
Shed open is passed through using shower weft traction and is made into fabric, increases electric conductivity, efficiently against the electrostatic in weaving, is made into
Fabric through it is close be 200/10 centimetres, filling density be 150/10 centimetres；
Step 2: encryption, the fabric being made into by step 1 is encrypted on encryption equipment, through close guarantor
Hold it is constant, using water spray encrypt by the way of, the smooth low elastic polyester filament weft yarn of traction surface is encrypted, and reduces adjacent weft
Spacing, the density of weft yarn is lifted 30~40%, obtained after processing through it is close be 200/10 centimetres, filling density be 195~210
Root/10 centimetre, breadth are 165cm fabric；
Step 3: pre-treatment, by the fabric obtained after step 2 encryption pass sequentially through open width shrink, winding,
Dyeing, setting process processing, open width shrinkage factor is 25%, and fabric is wound up on dyeing axle after contraction, ensures elastic appropriateness,
Dyeing processing is carried out on overflow dyeing machine, carries out heat treatment after the completion of dyeing on framing shaping machine, while pads softening agent, is padded
The thicker base fabric that sizing split is 121~125cm is made at 175~185 DEG C in temperature control；
Step 4: ROTARY SCREAM PRINTING, passes through seamless by the base fabric after step 3 is handled on horizontal circular screen printer
Cylinder screen carries out stamp processing, and decalcomania is made of photosensitive method, the side being combined using manual delineation with computer color splitting
Formula carries out printing stencil technique, and print paste uses reactive dye, and during stamp, mill base is by automatic paste adding machine inside nickel screen
Doctor blade holder pipe is fed, and is adjusted by liquid-level controller, and mill base amount keeps constant during making stamp, draws out required fine flower
Sample, the specification of seamless nickel matter cylinder use mesh number as 60, mesh diameter 0.152mm, hole count 670/cm2, thickness be
0.1mm, obtain one side and print figuratum base fabric；
Step 5: double-dot coating, the one side for not having stamp to the base fabric after step 4 is handled on slurry point machine is carried out
Double-dot coating technique, polyamide PA and polyester retardation PES hot melt adhesive are applied by the way of slurry point dusting, polyamide PA is added into water and auxiliary agent
Slurry is modulated into, the cylinder mould apparatus by starching point machine is passing through dusting device by polyamide PA slurries even spread to base fabric
Powdery polyester retardation PES hot melt adhesive is uniformly sprinkling upon on polyamide PA coatings, by device for inhaling powdery substances by unnecessary nonadherent polyester in base fabric
Retardation PES hot melt adhesive reclaims, then carries out secondary preheating mode preheating, and preheating carries out 170~185 DEG C after terminating, the time is 5~8min's
Melting is baked, and is cooled and shaped；
Batch Step 6: examining, after inspection, the qualified product of the outward appearance such as quality, pattern style is packed
Form thicker encryption back cloth finished product.
Preferably, the encryption equipment in the step 2 is encrypted using spray mode, encrypted compared with jet to surface light
Sliding low elastic polyester filament has more preferable frictional traction, and diffusivity is small, while the energy consumed is less, and noise is minimum.
Preferably, the temperature of padding in the step 3 is 185 DEG C, the dry shinkage through broadwise of heat treatment technique
Or steam shrinkage≤1%, make that the soft of fabric, broadwise are flexible, and split is neat.
Preferably, the stamp style in the step 4 can be floral designs, geometrical pattern or other patterns.
Preferably, the slurry point locomotive speed in the step 5 is 30m/min, dispensing pressure is 2~2.5kg/cm2。
Preferably, first time preheating temperature is 85 DEG C, preheating time 2min in the step 5, second of preheating temperature
Spend for 110 DEG C, preheating time 3min, it is 185 DEG C to bake melting temperature, time 6min.
Beneficial effects of the present invention：Compared with prior art, a kind of thicker encryption back cloth production provided by the invention
Technique, warp-wise, broadwise are made into using 75D/48F low elastic polyester filament on water-jet loom, will by way of spraying water and encrypting
Filling density improves 30~40% so that lining cloth tissue is even closer, and smaller to the degree of wear of yarn, and it is close to solve thicker lining cloth
The relatively low present situation of solidity so that thicker lining cloth has more preferable pliability and texture, and stamp figure is carried out by ROTARY SCREAM PRINTING technique
The printing of case, adjusting using liquid-level controller, mill base amount keeps constant during making stamp, ensures the uniformity being patterned,
Print paste ensures the durability of decalcomania using reactive dye, makes decalcomania finer, elegant in appearance, improves mesh
The present situation of preceding thicker lining cloth style sheet one, the economy of thicker lining cloth is added while improving thicker lining cloth quality and taking
Benefit and aesthetic feeling.
【Embodiment】
To make the object, technical solutions and advantages of the present invention of greater clarity, below by embodiment, the present invention is entered
Row is further described.However, it should be understood that the specific embodiments described herein are merely illustrative of the present invention, and do not have to
In limitation the scope of the present invention.In addition, in the following description, eliminate the description to known features and technology, so that avoid need not
Obscure idea of the invention in strategic point.
The embodiment of the present invention provides a kind of thicker encryption back cloth production technology, comprises the following steps：
Step 1: fabric is weaved, warp-wise, broadwise use 75D/48F low elastic polyester filament, are weaved on water-jet loom,
Shed open is passed through using shower weft traction and is made into fabric, increases electric conductivity, efficiently against the electrostatic in weaving, is made into
Fabric through it is close be 200/10 centimetres, filling density be 150/10 centimetres；
Step 2: encryption, the fabric being made into by step 1 is encrypted on encryption equipment, through close guarantor
Hold it is constant, using water spray encrypt by the way of, the smooth low elastic polyester filament weft yarn of traction surface is encrypted, and reduces adjacent weft
Spacing, the density of weft yarn is lifted 30~40%, obtained after processing through it is close be 200/10 centimetres, filling density be 195~210
Root/10 centimetre, breadth are 165cm fabric；
Step 3: pre-treatment, by the fabric obtained after step 2 encryption pass sequentially through open width shrink, winding,
Dyeing, setting process processing, open width shrinkage factor is 25%, and fabric is wound up on dyeing axle after contraction, ensures elastic appropriateness,
Dyeing processing is carried out on overflow dyeing machine, carries out heat treatment after the completion of dyeing on framing shaping machine, while pads softening agent, is padded
The thicker base fabric that sizing split is 121~125cm is made at 175~185 DEG C in temperature control；
Step 4: ROTARY SCREAM PRINTING, passes through seamless by the base fabric after step 3 is handled on horizontal circular screen printer
Cylinder screen carries out stamp processing, and decalcomania is made of photosensitive method, the side being combined using manual delineation with computer color splitting
Formula carries out printing stencil technique, and print paste uses reactive dye, and during stamp, mill base is by automatic paste adding machine inside nickel screen
Doctor blade holder pipe is fed, and is adjusted by liquid-level controller, and mill base amount keeps constant during making stamp, draws out required fine flower
Sample, the specification of seamless nickel matter cylinder use mesh number as 60, mesh diameter 0.152mm, hole count 670/cm2, thickness be
0.1mm, obtain one side and print figuratum base fabric；
Step 5: double-dot coating, the one side for not having stamp to the base fabric after step 4 is handled on slurry point machine is carried out
Double-dot coating technique, polyamide PA and polyester retardation PES hot melt adhesive are applied by the way of slurry point dusting, polyamide PA is added into water and auxiliary agent
Slurry is modulated into, the cylinder mould apparatus by starching point machine is passing through dusting device by polyamide PA slurries even spread to base fabric
Powdery polyester retardation PES hot melt adhesive is uniformly sprinkling upon on polyamide PA coatings, by device for inhaling powdery substances by unnecessary nonadherent polyester in base fabric
Retardation PES hot melt adhesive reclaims, then carries out secondary preheating mode preheating, and preheating carries out 170~185 DEG C after terminating, the time is 5~8min's
Melting is baked, and is cooled and shaped；
Batch Step 6: examining, after inspection, the qualified product of the outward appearance such as quality, pattern style is packed
Form thicker encryption back cloth finished product.
Encryption equipment in the step 2 is encrypted using spray mode, and it is low to encrypt the terylene smooth to surface compared with jet
Elater has more preferable frictional traction, and diffusivity is small, while the energy consumed is less, and noise is minimum, in the step 3
Temperature is padded for 185 DEG C, the dry shinkage or steam shrinkage≤1% through broadwise of heat treatment technique, makes the feel of fabric soft
It is soft, broadwise is flexible, split is neat, and the stamp style in the step 4 can be floral designs, geometrical pattern or other figures
Case, the slurry point locomotive speed in the step 5 is 30m/min, and dispensing pressure is 2~2.5kg/cm2, first in the step 5
Secondary preheating temperature is 85 DEG C, and preheating time 2min, second of preheating temperature is 110 DEG C, preheating time 3min, bakes melting
Temperature is 185 DEG C, time 6min.
So far a kind of thicker encryption back cloth production technology is completed, and warp-wise, broadwise use 75D/48F polyester low stretch
Silk, knits to obtain fabric on water-jet loom, be made into fabric through it is close be 200/10 centimetres, filling density is 150/10 centimetres of base
Cloth.
Further, the fabric knitted is because institutional framework is sparse, the compactness of fabric is poor, by being used to fabric
Water spray encryption mode be encrypted, keep fabric through close constant, filling density is improved 30~40%, obtain through it is close be 200
Root/10 centimetre, filling density are 195~210/10 centimetres, and breadth is 165cm fabric.
Specifically, cipher mode of spraying water is bigger to the tractive force of yarn compared with jet encryption, diffusivity is small, abrasion to yarn
Degree is lighter, while ensure that medium-thick type lining cloth surface is smooth, soft, improves the compactness, intensity and pliability of lining cloth,
Improve the sparse present situation of medium-thick type lining cloth institutional framework.
Further, split is obtained by pre-treating technology and is 121~125cm thicker base fabric, then pass through ROTARY SCREAM PRINTING
Technique is printed on pattern in the one side of base fabric, and being patterned can be according to the requirement of client or businessman, using manual delineation and computer
The mode that color separation is combined carries out printing stencil technique, and print paste uses reactive dye, is adjusted by liquid-level controller during stamp,
Mill base amount keeps constant during making stamp, draws out required fine style, improves current lining cloth style sheet one, without print
Colored present situation so that lining cloth is elegant in appearance, improves the use value of thicker lining cloth.
Further, double-dot coating, existing certain dry cleaning resistance are carried out using polyamide PA and polyester retardation PES hot melt adhesive
Can, there is good wash durability again, PUR is attached on lining cloth by baking melting, lining cloth is improved and is not easy degumming
Superperformance.
It is sparse, closely knit that a kind of thicker encryption back cloth production technology of the present invention solves current thicker lining cloth institutional framework
Spend the present situation of low style sheet one, the quality of production of lining cloth is improved while the taking for adding thicker lining cloth, is brought bigger
Economic benefit.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
Any modification, equivalent substitution or improvement made within refreshing and principle etc., should be included in the scope of the protection.
Claims (1)
1. a kind of thicker encrypts back cloth production technology, it is characterised in that：Comprise the following steps：
Step 1: fabric is weaved, warp-wise, broadwise use 75D/48F low elastic polyester filament, are weaved on water-jet loom, use
Shower weft traction passes through shed open and is made into fabric, increases electric conductivity, efficiently against the electrostatic in weaving, is made into fabric
Through it is close be 200/10 centimetres, filling density be 150/10 centimetres；
Step 2: encryption, the fabric being made into by step 1 is encrypted on encryption equipment, through close holding not
Become, by the way of water spray is encrypted, the smooth low elastic polyester filament weft yarn of traction surface is encrypted, and reduces between adjacent weft
Away from, the density of weft yarn is lifted 30~40%, obtained after processing through it is close be 200/10 centimetres, filling density be 195~210/10
Centimetre, breadth is 165cm fabric, and encryption equipment is encrypted using spray mode, and the terylene smooth to surface is encrypted compared with jet
Low stretch yarn has more preferable frictional traction, and diffusivity is small, while the energy consumed is less, and noise is minimum；
Step 3: pre-treatment, by the fabric obtained after step 2 encryption pass sequentially through open width shrink, winding, dyeing,
Setting process processing, open width shrinkage factor are 25%, and fabric is wound up on dyeing axle after contraction, ensures elastic appropriateness, in overflow dyeing machine
On carry out dyeing processing, heat treatment is carried out after the completion of dyeing on framing shaping machine, while pad softening agent, pads temperature control
System is at 185 DEG C, the dry shinkage or steam shrinkage≤1% through broadwise of heat treatment technique, makes soft, the broadwise of fabric
Flexible, split is neat, and the thicker base fabric that sizing split is 121~125cm is made；
Step 4: ROTARY SCREAM PRINTING, passes through seamless cylinder by the base fabric after step 3 is handled on horizontal circular screen printer
Screen cloth carries out stamp processing, and decalcomania is made of photosensitive method, and stamp style is floral designs, geometrical pattern or other figures
Case, printing stencil technique is carried out by the way of computer color splitting is combined using manual delineation, print paste uses reactive dye, print
Hua Shi, mill base is fed from the doctor blade holder pipe inside nickel screen by automatic paste adding machine, adjusted by liquid-level controller, during making stamp
Mill base amount keeps constant, draws out required fine style, and the specification of seamless nickel matter cylinder uses mesh number as 60, mesh diameter
For 0.152mm, hole count 670/cm2, thickness 0.1mm, obtain one side print figuratum base fabric；
Step 5: double-dot coating, the one side for not having stamp to the base fabric after step 4 is handled on slurry point machine carries out two point
Coating process, polyamide PA and polyester retardation PES hot melt adhesive are applied by the way of slurry point dusting, adds water and auxiliary agent to modulate polyamide PA
Into slurry, by the cylinder mould apparatus of slurry point machine by polyamide PA slurries even spread to base fabric, slurry point locomotive speed is 30m/
Min, dispensing pressure are 2~2.5kg/cm2, then powdery polyester retardation PES hot melt adhesive is uniformly sprinkling upon by polyamide PA by dusting device
On coating, unnecessary nonadherent polyester retardation PES hot melt adhesive in base fabric is reclaimed by device for inhaling powdery substances, then to carry out secondary preheating mode pre-
Heat, first time preheating temperature are 85 DEG C, and preheating time 2min, second of preheating temperature is 110 DEG C, preheating time 3min,
Melting temperature is baked as 185 DEG C, time 6min, preheating carries out 170~185 DEG C after terminating, the time is that baking for 5~8min is molten
Melt, and be cooled and shaped；
Batched Step 6: examining, after inspection, the qualified product of quality, pattern style outward appearance is carried out being packed into thickness
Type encrypts back cloth finished product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510505262.8A CN105177812B (en) | 2015-08-17 | 2015-08-17 | A kind of thicker encrypts back cloth production technology |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510505262.8A CN105177812B (en) | 2015-08-17 | 2015-08-17 | A kind of thicker encrypts back cloth production technology |
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| CN105177812A CN105177812A (en) | 2015-12-23 |
| CN105177812B true CN105177812B (en) | 2017-12-19 |
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| CN201510505262.8A Expired - Fee Related CN105177812B (en) | 2015-08-17 | 2015-08-17 | A kind of thicker encrypts back cloth production technology |
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| CN109537134B (en) * | 2018-11-30 | 2020-10-23 | 保定市天马衬布有限公司 | High-elastic lining cloth and preparation method thereof |
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| CN101161144A (en) * | 2007-11-28 | 2008-04-16 | 盛虹集团有限公司 | A bonding fabric for high-grade costume |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR101251147B1 (en) * | 2012-10-12 | 2013-04-05 | 이상현 | Man's western suit manufacturing method using the knitted jersey and man's western suit manufactured by the same |
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| CN101161144A (en) * | 2007-11-28 | 2008-04-16 | 盛虹集团有限公司 | A bonding fabric for high-grade costume |
| CN103614841A (en) * | 2013-11-21 | 2014-03-05 | 嘉兴晟合衬布有限公司 | Moire-proofing light thin transparent interlining |
| CN103767197A (en) * | 2014-01-03 | 2014-05-07 | 浙江金三发粘合衬有限公司 | Preparation technology for extra-large-point cashmere adhesive lining |
| CN103767196A (en) * | 2014-01-03 | 2014-05-07 | 浙江金三发粘合衬有限公司 | Preparation technology of fusible interlining special for silicon processing fabrics |
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