CN103614841B - The frivolous transparent lining cloth of anti-moire fringes - Google Patents
The frivolous transparent lining cloth of anti-moire fringes Download PDFInfo
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- CN103614841B CN103614841B CN201310590515.7A CN201310590515A CN103614841B CN 103614841 B CN103614841 B CN 103614841B CN 201310590515 A CN201310590515 A CN 201310590515A CN 103614841 B CN103614841 B CN 103614841B
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Abstract
The invention provides the frivolous lining cloth of a kind of anti-moire fringes with and preparation method thereof, by selecting arranging in pairs or groups through weft yarn of different thicknesses, different F number and different contraction expansion effect, selecting can the random line tissue of anti-moire fringes, select the process taking into account the composite factors such as difficulty of processing, the grey cloth thread count controlling finished product low square of grammes per square metre and Mass Control difficulty, grey cloth and finished door amplitude ratio example, prepare the frivolous lining cloth of anti-moire fringes.Described lining cloth base cloth can also pass through micro-some coating process, prepares the frivolous lining cloth of anti-moire fringes of band coating.The lining cloth base cloth of described not band coating is frivolous, the transparency is good; Rear defence moire fringes excellent effect overlapping with transparent fabric; And described band coating lining cloth, also frivolous, transparent good, bond rear defence moire fringes excellent effect with transparent fabric, bonding intensity is good, anti-seep through.
Description
Technical field
The present invention relates to lining cloth and production technology thereof, relate to a kind of lining cloth of anti-moire fringes particularly, this lining cloth avoids two-layer or multiply cloth is overlapping or compound tense produces fringe phenomena because of optical interference effect.
Mole (Moire) this word is the silk ripples sample fringe phenomena and origin that ancient times, Frenchman came from Chinese import; And moire fringes makes a general reference the superimposed and interference fringe that produces of the close constant amplitude sinusoidal light wave of two frequencies.In general, two-layer or multiply cloth is overlapping time, the striped that the interference effect because of light produces not is the decorative pattern that designer needs, also referred to as mole spot or moire fringes in textile industry.Transparent fabric overlap produces moire fringes principle See Figure 1.
Load onto avoid occurring moire fringes as far as possible when making transparent, otherwise the outward appearance of fabric or clothes can be had a strong impact on.Formed after thin type fabric binding lining and usually form moire fringes, this is the very scabrous a great problem of lining cloth circle.
The method the most effectively solving at present thin type fabric moire fringes is on the market the plain weave lining cloth produced with nylon66 fiber false-twist textured yarn 15D/8F or 8D/5F, makes full use of nylon66 fiber false-twist textured yarn and at high temperature sharply shrinks and to cause in yarn the almost dispersion and the space curve of single fiber thermal contraction formation is completely irregular breaks the tabby regularity of base fabric completely of each root single fiber.This lining cloth sample average thickness 9-10 silk, square grammes per square metre 18 grams; Its fabric tissue microstructure is see Fig. 1 and Fig. 2 of enlarged drawing under microscope.
But nylon66 fiber false-twist textured yarn material shrinkage factor is too high, base fabric (also referred to as base cloth) density is comparatively large, and the transparency is lower, transparent adhesion lining peel strength after coating is on the low side, HEAT SETTING weak effect, and after high-temperature shaping, color is partially yellow, whiteness is poor; In addition, the prices of raw and semifnished materials of nylon66 fiber false-twist textured yarn are high too, and manufacturer is little, so apply limited.
For the transparent lining that traditional polyester DTY material is produced, if selected lining cloth and fabric tissue and outward appearance close, sometimes bond after 0-30 ° of tapered cut and may alleviate or eliminate moire fringes.But tapered cut can change the mechanical property of lining cloth base fabric; And an anti-mole effect result is difficult to control.
In addition patent No. CN102061622A discloses a kind of method of weaving cotton cloth preventing cloth cover from producing water ripple phenomenon, by adopting single twill-weave and breaking water ripple phenomenon by wearing palm fibre change, but DeGrain, lining cloth prepared by this kind of method, be bonded in after on multiple thin type fabric, visually still form obvious moire fringes.
Slim lining cloth is produced to the problem of moire fringes, still there is no good solution up to now.
Summary of the invention
On the one hand, the invention provides a kind of frivolous lining cloth of anti-moire fringes, this lining cloth is prepared by following steps:
1) the different terylene warp thread of the different or/and heat treatment after-contraction expanded feature of yarn count specification and weft yarn is chosen;
2) ratio of suitable upper machine thread count scope and upper gate width and finished door width is controlled;
3) described warp thread and weft yarn obtain grey cloth by random line tissue;
4) described grey cloth is obtained this frivolous lining cloth through following dyeing and finishing technology, described dyeing and finishing technology comprises the following steps:
A) before entering dye vat, pyrocondensation process is carried out to this grey cloth, by increasing fabric compactness,
B) overflow dyeing machine selecting surface smoothness excellent carries out overflow destarch dyeing process,
C) processed,
D), after guaranteeing the surface smoothness at the position contacted with cloth cover of open-width equipment, open-width process is carried out,
E) choose and refuse anti-of water softness and split functional sizing formula and carry out heat treatment, obtain the frivolous lining cloth of described anti-moire fringes.
By choosing yarn count specification difference (D number, F number) or/and the polyester DTY of the different terylene warp thread of heat treatment after-contraction expanded feature (comprising crimp percent, bulking intensity etc.) and different size (D number, F number) different with heat treatment after-contraction expanded feature (crimp percent and bulking intensity) is as weft yarn; And adopt special random line tissue (or being called line and staff control), the combination tissue of such as 1/1,1/2,2/2,1/3 tissue.This kind of random line tissue can break the single longitude and latitude intertexture formation significantly regularity being organized in and visually being formed of weaving cotton cloth effectively, thus effectively prevents moire fringes phenomenon.
In conventional textile technology, the apparent flaws of the normally grey cloth of the density shelves between fabric weft yarn; But the irregular density shelves that inventor utilizes many spray looms accidentally to be formed on grain cross when changing latitude or when palm fibre motion proposed by tap dexterously, this density shelves itself can block the moire fringes phenomenon on transparent lining cloth.
In a kind of embodiment, random line tissue by weaving realization on the water spray or jet plane of the many spray apparatus of the multi-arm of having electronic tap.
In a kind of embodiment, described step 1) in warp thread choose polyester DTY 10D/12F or DTY15D/12F, weft yarn selects polyester DTY 30D/36F and 10D/12F combination; Control described step 2) in upper machine thread count scope for (28-34) x (18-24) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the common woven fabric structure combination such as 1/1,1/2,2/2,1/3 and the random line tissue that formed is weaved.
In a kind of embodiment, described step 1) in warp thread choose polyester DTY 7D/8F, weft yarn selects polyester DTY 30D/36F and 10D/12F combination; Control described step 2) in upper machine thread count scope for (31-37) x (18-24) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the common woven fabric structure combination such as 1/1,1/2,2/2,1/3 and the random line tissue that formed is weaved.
In a kind of embodiment, described step 1) in warp thread choose polyester DTY 10D/12F or DTY15D/12F, weft yarn selects polyester DTY 20D/24F and 7D/8F combination; Control described step 2) in upper machine thread count scope for (28-34) x (18-25) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the common woven fabric structure combination such as 1/1,1/2,2/2,1/3 and the random line weave that formed.
In a kind of embodiment, described step 1) in warp thread choose polyester DTY 7D/8F, weft yarn selects terylene 20D/24F and 7D/8F to combine; Control described step 2) in upper machine thread count scope for ((31-37) x (18-25) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the common woven fabric structure combination such as 1/1,1/2,2/2,1/3 and the random line weave that formed.
Due in the present invention; it is all very thin and be random line tissue through weft yarn that grey cloth braiding adopts; greige goods fabric intertwined point density is low; lower woven fabric is loose; especially easily hook silk fluffing; allow grey cloth all shrink enough through broadwise so pyrocondensation process must be carried out before entering dye vat, increase fabric compactness, be convenient to protect fabric quality in dyeing and finishing process.
The overflow dyeing machine selecting surface smoothness excellent contributes to the hook silk fluffiness prevented in dyeing and finishing processing procedure.
After guaranteeing the surface smoothness at the position contacted with cloth cover of open-width equipment, then carry out open-width process.
Choose and refuse anti-of water softness and split functional formula and carry out heat treatment, contribute to controlling frivolous lining cloth end product quality of the present invention.
In a kind of embodiment, step 4) dyeing and finishing technology in described in refuse anti-of water softness and split functional sizing formula and comprise anti-of polysilicon acid and split agent, charcoal fluorine system waterproofing agent 625, soft and slender element, antistatic additive and glacial acetic acid.
In a kind of embodiment, described in refuse the proportion optimization that anti-of water softness splits functional sizing formula and be:
On the other hand, the invention provides a kind of frivolous lining cloth of anti-moire fringes of band coating, this lining cloth obtains after carrying out high density micro-some coating process to the frivolous lining cloth of above anti-moire fringes.
One preferred embodiment in, described coating process comprises selects poly-amino ester emulsion 301 prime cement and copolyamide hot melt adhesive 2651 (30-100 μm) dusting, control 3.5-4g/m
2coating amount and the step of CP150-CP250 coating cylinder.
Again on the one hand, the invention provides the purposes frivolous lining cloth of the not anti-moire fringes of band coating or band coating being used for frivolous transparent fabric compound.
The present invention is by selecting different size fine denier polyester DTY material, the collocation of various fabrics tissue, (i.e. random line tissue), by a kind of mixed goods that the reasonable combination of different yarns F number is formed, expanded and the rear appearance effect forming a kind of uniqueness of sizing by preshrunk, break the regularity through weft yarn outward appearance, thus effectively avoid the generation of mole effect.Meanwhile, because terylene whiteness is good, after sizing, DIMENSIONAL STABILITY is high, and single fiber is fine and closely woven, and after coating, peel strength is high, and washability is excellent, is therefore fit closely anti-mole effect lining cloth.
terminological interpretation
Nylon66 fiber DTY (nylon66draw-texturingyarn) refers to that nylon is original and adds the commodity silk after bullet sizing by drawing-off, it has the elasticity higher than the complete drafted fibre of common nylon and percent thermal shrinkage, expansion effect is very excellent, and fabric elasticity is abundant, the fluffy softness of feel.
Polyester DTY (polyesterdraw-texturingyarn) refers to that PET pre-draft yarn POY is by further drawing-off with add the terylene commodity silk playing and formed after HEAT SETTING.It has the characteristic of the expanded contraction of preheating, is the fluffy feel of dacron and elasticity source.
Adhesive lining (fusible-interlining) is the important garment accessories of a class, it is by textiles base cloth being coated with hot melt adhesive and being formed, can by heating pressurized adhesion on garment material, change the thickness of fabric, well-pressed degree, the performances such as feel, contribute to apparel modeling, stitch with sticky generation, the textiles of effect is arranged in convenient underclothes processing and improvement dress.
Transparent adhesion lining is often referred to very frivolous transparent adhesive lining, generally square grammes per square metre less than 25 grams.
Coating (coating) processing refers in adhesive lining production process hot melt adhesive be coated on base cloth.Adhesive lining uses double-dot coating (doubledotcoating) usually, several coating ways such as slurry point coating (pastedotcoating) and powder point coating (powderdotcoating).
Because the lines of the interference effect production water ripples shape of light when mole effect (Moireeffect) refers to that transparent textiles is stacked.
The silk thread of length direction or yarn when warp thread (or being called warp) refers to and weaves cotton cloth.
Weft yarn (or being called parallel) refers to silk thread or the yarn of width, is generally perpendicular to warp.
Warp count (being called for short through close), generally with root/centimetre to represent.
Weft count (abbreviation filling density), generally with root/centimetre to represent.
The D number of yarn count specification and F number refer to single fiber radical in thickness of yarn degree and yarn respectively.
Dyeing refers to catches color by cloth.
Modular system (themo-fixingmachines) refers to and allows chemical fibre molecule in cloth again arrange elimination thermal stress by high temperature or heating, thus realizes the modular system of size and form stable.
Upper gate width refers to basic effective width when weaving cotton cloth on knitting needle.
Pyrocondensation refers to the thermal contraction of fabric under certain heating status.
Accompanying drawing explanation
Fig. 1 show transparent textiles stacked time form moire fringes mechanism.
Fig. 2 shows the fabric tissue microstructure of anti-moire fringes 15D nylon66 fiber lining cloth, amplifies 60 times of photos.
Fig. 3 shows the fabric tissue microstructure of anti-moire fringes 15D nylon66 fiber lining cloth, amplifies 192 times of photos.
Fig. 4 shows the fabric tissue microstructure of T5116-18D lining cloth prepared by enforcement 1, amplifies 62 times of photos.
Fig. 5 shows the fabric tissue microstructure of T5116-18D lining cloth prepared by enforcement 1, amplifies 192 times of photos.
Fig. 6 shows the fabric tissue microstructure of T5114-25D lining cloth prepared by enforcement 2, amplifies 62 times of photos.
Fig. 7 shows the fabric tissue microstructure of T5114-25D lining cloth prepared by enforcement 2, amplifies 186 times of photos.
Fig. 8 shows the conventional fabric tissue microstructure not possessing the plain weave lining cloth of anti-moire fringes effect, amplifies 62 times of photos.
Fig. 9 shows the conventional fabric tissue microstructure not possessing the plain weave lining cloth of anti-moire fringes effect, amplifies 192 times of photos.
Detailed description of the invention
In the manufacturing technique of the frivolous lining cloth of anti-mole effect of the present invention, preferably, need to choose the different terylene warp thread of the different or/and heat treatment after-contraction expanded feature of suitable yarn count specification and weft yarn, control suitable upper machine thread count (being called for short through close) scope, Weft Shrinkage (being the ratio of upper gate width and finished door width), radial shrinkage, suitable dyeing and finishing technology.
Such as, suitable warp thread can choose polyester DTY 10D/12F, upper machine through close can be 28-34 root/centimetre.Through close mistake rare unfavorable weave cotton cloth and dyeing and finishing processing guaranteed quality; And overstocked transparent step-down, thus be not suitable for being applied on transparent fabric.Hot preshrunk before dyeing and finishing technology, finished product through close generally reach 40-48 root/centimetre.Finished product through close be draw through close x (ratio of door width/finished door width) according to upper machine grey cloth, too rare easy seep through and peel strength is low, the transparency of too close finished product declines.
Suitable weft yarn can choose the different polyester DTY combination of two kinds of shrinkage factors, such as, choose DTY30D/36F and 10D/12F, and on the one hand, the yarn of DTY30D/36F is not too thin, and visually thickness is obvious with 10D/12F yarn, is beneficial to and breaks weft yarn visual law; On the other hand, the area visually accounted for after 36F monofilament is expanded and 10D/12F yarn expanded after visually difference is obvious, be conducive to anti-moire fringes.DTY30D/36F and 10D/12F one weaves cotton cloth on jet or weaving machine with water spraying every a two spray form.Upper machine filling density can be 18-25 root/centimetre, filling density is too rare can not be ensured to weave cotton cloth and fabric quality in dyeing and finishing process, and back side permeability is large; The too close transparency declines and can not be used in too on transparent fabric; In addition too close expanded when also can hinder the heat treatment of thickness weft yarn, allows weft yarn seem more regular, thus affects anti-moire fringes effect, weave cost also higher simultaneously.
Random line tissue has fabulous anti-moire fringes effect, such as, effectively broken the regular moire fringes caused by force of outward appearance of single fabric tissue by the combination of the common fabric tissue such as 1/1,1/2,2/2,1/3.These four kinds of tabby order can be combined.In addition, other various plain mode can also be chosen and organize with random line.Random line can be weaved by the multi-arm of having electronic tap (or jet) loom of spraying water, and once can circulate through line position by completing every 12 weft yarns.Utilize the natural density shelves changing latitude and formed when weaving cotton cloth, break further and to interweave up and down the outward appearance rule formed through weft yarn, thus alleviate the appearance of moire fringes further.
The grey cloth prepared in present invention process needs to choose suitable dyeing and finishing technology.
Before grey cloth is dropped into dyeing and finishing cylinder, need to carry out steam preshrunk.The steam preshrunk that the present invention adopts is in no-station pole canopy situation, and produce rapid desufflation by grey cloth POLYESTER HIGH ELASTIC YARN because of heat treatment by Steam Heating grey cloth and bend, contraction in length, thread count increases, and becomes fluffy and flexible.
By this PROCESS FOR TREATMENT, controlling suitable Weft Shrinkage is 22-32%; Thus guarantee that two kinds of abundant expanded formation of weft yarn bend, break weft yarn regularity visually, promote anti-moire fringes effect.When the too low meeting of weft yarn shrinkage makes weft yarn dyeing and finishing process, straight by La get Tai, anti-moire fringes effect declines, and peel strength is also inadequate, and back side permeability increases simultaneously.And weft yarn shrinkage too high performance-price ratio is poor, simultaneously fabric quality during bad control dyeing and finishing sizing, grammes per square metre too heavily causes the transparency to decline, and can not be applied on transparent fabric well.Such as, upper gate width is 180 centimetres, after pre-pyrocondensation, and finished door 124 centimetres; Or upper gate 165 centimetres, after pre-pyrocondensation, finished door 114 centimetres; Weft Shrinkage is respectively 31% and 25%.
Control suitable warp-wise shrinkage scope 18-23%.Warp-wise shrinkage is too large, and cost is high, finished product is too thick, the transparency declines; And warp-wise shrinkage is too low, warp-wise La get Tai is straight, and visual law is strong, is unfavorable for anti-moire fringes, and the bad control of lining cloth product fabric quality.Such as, after pre-pyrocondensation, grey cloth door width shortens to less than 100 centimetres from 180 centimetres, and warp-wise Length Contraction rate reaches more than 30%, and cloth cover becomes closely knit, and anti-hook silk displacement performance increases considerably, and reduces hook silk fragility when dyeing into dye vat; Also add finished product cloth cover bulkiness and elasticity simultaneously.
The lining cloth prepared in present invention process needs to choose suitable coating.A finished product square grammes per square metre for general transparent lining is less than 20 grams, and the cylinder therefore can choosing more than CP150 specification carries out micro-some double-dot coating, prevents the excessive infiltrate fabric of micelle or reverse osmosis formation back side permeability.The specification of CP150 refers to that every square centimeter is coated with 150 points.Such as, can select no-station pole canopy double-dot coating machine, adopt CP180 or CP180 cylinder, aperture 0.12mm, wall thickness 0.18mm, polyesters is starched without foundation cream, and Shanghai A Kama copolyamide 2651 product is selected in dusting, particle diameter 30-100 μm, total coating amount 3-4 gram/m.
The band coating prepared in present invention process or the packaging of the perching not with outstanding lining cloth are conveniently chosen.But because each money output of high fashion is all fewer, style change is fast and product cost of the present invention is high, thus price is also higher, and therefore inventor selects 50 meters/coil packing, is convenient to client's buying and reduces stock.
Following examples are only used to illustrate the present invention further, there is no the intention limiting the invention to this specific embodiment.One skilled in the art would recognize that and present invention encompasses all possible alternative, improvement project and equivalents in Claims scope.
Embodiment 1: the frivolous lining cloth of T5116-18D preparing the anti-moire fringes of band coating
1: technical specification and process route
A: weaving process:
Through weft yarn specification and density: warp thread: 10D/12F, weft yarn: 30D/36F and 10D/12F, one every a circulation; Upper machine weft density be 32x23 root/centimetre, upper gate 180 centimetres, finished door 122 centimetres.Adopt plain weave 1/1,1/2,2/2,1/3 to carry out random line tissue, the weaving machine with water spraying of having electronic tap is weaved.
B: Final finishing dyeing and finishing technology route:
Steam preshrunk---overflow dyeing---heat treatment (adopt slight anti-to split and refuse water formula).Dyeing and finishing shrinkage 78%, 126 centimetres, sizing back door.Square grammes per square metre 16g/m after sizing
2.Refusing water degree is 75-80.
C: coating process:
CP180 net, 301 two point prime cement formulas, dusting 2651 rubber powder (30-100 μm), coating amount 3-4 gram/m.Total square of grammes per square metre 19-20 gram after coating; Finished door width 122-124 centimetre.
D: perching is packed: 50 meters/volume.
The product specification obtained is average thickness 12-14 silk, square grammes per square metre 19-20 gram; The fabric tissue microstructure of product sample is see enlarged drawing under microscope: Fig. 4 and Fig. 5.
Embodiment 2: the frivolous lining cloth of T5114-25D preparing the anti-moire fringes of band coating
1: technical specification and process route
A: weaving process:
Through weft yarn specification and density: 10D/12FX (24D/24F+7D/8F mono-is every a circulation), upper machine weft density 32x23 root/centimetre, upper gate 180 centimetres, finished door 122 centimetres.Adopt plain weave 1/1,1/2,2/2,1/3 to carry out random line tissue, the weaving machine with water spraying of having electronic tap is weaved.
B: Final finishing dyeing and finishing technology route:
Steam preshrunk---overflow dyeing---heat treatment (slight anti-split refuse water formula).Dyeing and finishing shrinkage 78%, 126 centimetres, sizing back door.Square grammes per square metre 14g/m after sizing
2.Refusing water degree is 75-80.
C: coating process:
CP180 net, 301 two point prime cement formulas, dusting 2651 rubber powder (30-100 μm), coating amount 3-4 gram/m.Total square of grammes per square metre 17-18 gram after coating; Finished door width 122-124 centimetre.
D: perching is packed: 50 meters/volume.
The product average thickness 10-12 silk obtained, square grammes per square metre 18 grams; The fabric tissue microstructure of product sample is see enlarged drawing under microscope: Fig. 6 and Fig. 7.
Embodiment 3: the frivolous lining cloth putting moire fringes preparing not band coating
The present invention not lining cloth of band coating can pass through to adopt embodiment 1 or the preparation of the technique described in embodiment 2, only be omitted coating step.
Embodiment 4: the contrast experiment of anti-moire fringes effect
Inventor has contrasted the transparent lining of usual 15D plain weave, sample mean thickness 9-10 silk, square grammes per square metre 17 grams; Its fabric tissue microstructure is see enlarged drawing under microscope: Fig. 8 and Fig. 9.Because identical through weft yarn, finished product regularity under magnifying glass is too strong, not anti-moire fringes effect at all.
Contrast comparatively with the 15D plain weave of routine is transparent, by observing under magnifying glass, obviously can find out that frivolous lining cloth prepared by the present invention is regular poor in institutional framework, thus possessing good anti-moire fringes effect.
Claims (10)
1. the frivolous lining cloth of anti-moire fringes, is characterized in that, this lining cloth is prepared by following steps:
1) choose the different terylene weft yarn different with heat treatment after-contraction expanded feature of yarn count specification and combine the different terylene combinations of warps of or/and heat treatment after-contraction expanded feature different with yarn count specification;
2) ratio of suitable upper machine thread count scope and upper gate width and finished door width is controlled;
3) described warp thread and weft yarn form random line tissue by 1/1,1/2,2/2,1/3 woven fabric structure combination and obtain grey cloth;
4) described grey cloth is obtained this frivolous lining cloth through following dyeing and finishing technology, described dyeing and finishing technology comprises the following steps:
A) before entering dye vat, pyrocondensation process is carried out to this grey cloth, increases fabric compactness by preshrunk,
B) overflow dyeing machine selecting surface smoothness excellent carries out overflow destarch dyeing process,
C) processed,
D), after guaranteeing the surface smoothness at the position contacted with cloth cover of open-width equipment, open-width process is carried out,
E) choose and refuse anti-of water softness and split functional sizing formula and process, obtain the frivolous lining cloth of described anti-moire fringes.
2. the frivolous lining cloth of anti-moire fringes according to claim 1, it is characterized in that, described step 4) dyeing and finishing technology in described in refuse anti-of water softness and split functional sizing formula and comprise anti-of polysilicon acid and split agent, charcoal fluorine system waterproofing agent 625, soft and slender element, antistatic additive and glacial acetic acid.
3. the frivolous lining cloth of anti-moire fringes according to claim 2, is characterized in that, described in refuse the proportioning that anti-of water softness splits functional sizing formula and be:
4. the frivolous lining cloth of the anti-moire fringes according to claim 1-3 any one, is characterized in that, described step 1) in warp thread choose polyester DTY 10D/12F or DTY15D/12F, weft yarn select polyester DTY 30D/36F and 10D/12F combination; Control described step 2) in upper machine thread count scope for (28-34) x (18-24) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt 1/1,1/2,2/2,1/3 woven fabric structure combination and formed line and staff control weave.
5. the frivolous lining cloth of the anti-moire fringes according to claim 1-3 any one, is characterized in that, described step 1) in warp thread choose polyester DTY 7D/8F, weft yarn select polyester DTY 30D/36F and 10D/12F combination; Control described step 2) in upper machine thread count scope for (31-37) x (18-24) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt 1/1,1/2,2/2,1/3 woven fabric structure combination and formed random line tissue weave.
6. the frivolous lining cloth of the anti-moire fringes according to claim 1-3 any one, is characterized in that, described step 1) in warp thread choose polyester DTY 10D/12F or DTY15D/12F, weft yarn select polyester DTY 20D/24F and 7D/8F combination; Control described step 2) in upper machine thread count scope for (28-34) x (18-25) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the woven fabric structure of 1/1,1/2,2/2,1/3 to combine and the random line weave of formation.
7. the frivolous lining cloth of the anti-moire fringes according to claim 1-3 any one, is characterized in that, described step 1) in warp thread choose polyester DTY 7D/8F, weft yarn selects terylene 20D/24F and 7D/8F to combine; Control described step 2) in upper machine thread count scope for (31-37) x (18-25) root/centimetre, and upper gate width is 1:(0.68-0.77 with the ratio of finished door width); Described step 3) adopt the woven fabric structure of 1/1,1/2,2/2,1/3 to combine and the random line weave of formation.
8. a frivolous lining cloth for the anti-moire fringes of band coating, is characterized in that, this lining cloth obtains after carrying out micro-some coating process to the frivolous lining cloth of the anti-moire fringes according to claim 1-3 any one.
9. the frivolous lining cloth of the anti-moire fringes of band coating according to claim 8, is characterized in that, described coating process comprises selects polyaminoester emulsion 301 prime cement and copolyamide hot melt adhesive 2651 dusting, control 3.5-4g/m
2coating amount and the step of CP150-CP250 coating cylinder; Wherein, the particle diameter of copolyamide hot melt adhesive 2651 dusting is 30-100 μm.
10. the frivolous lining cloth of the anti-moire fringes according to claim 1-9 any one is used for the purposes of frivolous transparent fabric compound.
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| CN201310590515.7A CN103614841B (en) | 2013-11-21 | 2013-11-21 | The frivolous transparent lining cloth of anti-moire fringes |
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| CN201310590515.7A CN103614841B (en) | 2013-11-21 | 2013-11-21 | The frivolous transparent lining cloth of anti-moire fringes |
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| CN108420292A (en) * | 2018-03-22 | 2018-08-21 | 山东玉马遮阳技术有限公司 | The light adjustable window cord of moire fringes can be eliminated |
| CN110763695B (en) * | 2019-11-08 | 2022-03-25 | 上海盛迭信息科技有限公司 | Automatic cloth inspecting system and method capable of automatically removing Moire patterns |
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Address after: 314100 Jiashan Economic Development Zone, Jiaxing, Jiaxing, Zhejiang Province, No. 163 Co-patentee after: Luo Ming Patentee after: CPL NEW MATERIAL TECHNOLOGY Co.,Ltd. Address before: 314100 Jiashan Economic Development Zone, Jiaxing, Jiaxing, Zhejiang Province, No. 163 Co-patentee before: Luo Ming Patentee before: JIAXING SHENGHE LINING CLOTH Co.,Ltd. |
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Effective date of registration: 20180105 Address after: 314100 Jiashan Economic Development Zone, Jiaxing, Jiaxing, Zhejiang Province, No. 163 Patentee after: CPL NEW MATERIAL TECHNOLOGY Co.,Ltd. Address before: 314100 Jiashan Economic Development Zone, Jiaxing, Jiaxing, Zhejiang Province, No. 163 Co-patentee before: Luo Ming Patentee before: CPL NEW MATERIAL TECHNOLOGY Co.,Ltd. |
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Address after: No.163, Chenggong Road, Jiashan Economic Development Zone, Jiaxing City, Zhejiang Province, 314100 Patentee after: Shenghe new material technology (Jiaxing) Co.,Ltd. Address before: No.163, Chenggong Road, Jiashan Economic Development Zone, Jiaxing City, Zhejiang Province, 314100 Patentee before: CPL NEW MATERIAL TECHNOLOGY Co.,Ltd. |
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Denomination of invention: Anti mole light transparent lining Effective date of registration: 20210929 Granted publication date: 20160224 Pledgee: Zhejiang Jiashan Rural Commercial Bank Co.,Ltd. Hongxi sub branch Pledgor: Shenghe new material technology (Jiaxing) Co.,Ltd. Registration number: Y2021330001818 |