CN106149147A - A kind of production method of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn - Google Patents

A kind of production method of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn Download PDF

Info

Publication number
CN106149147A
CN106149147A CN201610528454.5A CN201610528454A CN106149147A CN 106149147 A CN106149147 A CN 106149147A CN 201610528454 A CN201610528454 A CN 201610528454A CN 106149147 A CN106149147 A CN 106149147A
Authority
CN
China
Prior art keywords
yarn
fabric
dimension
weft
accumulation
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201610528454.5A
Other languages
Chinese (zh)
Other versions
CN106149147B (en
Inventor
陈志华
张曙光
季莉
王力
凡荣
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Nantong Textile Vocational Technology College
Original Assignee
Nantong Textile Vocational Technology College
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Nantong Textile Vocational Technology College filed Critical Nantong Textile Vocational Technology College
Priority to CN201610528454.5A priority Critical patent/CN106149147B/en
Publication of CN106149147A publication Critical patent/CN106149147A/en
Application granted granted Critical
Publication of CN106149147B publication Critical patent/CN106149147B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • DTEXTILES; PAPER
    • D03WEAVING
    • D03DWOVEN FABRICS; METHODS OF WEAVING; LOOMS
    • D03D13/00Woven fabrics characterised by the special disposition of the warp or weft threads, e.g. with curved weft threads, with discontinuous warp threads, with diagonal warp or weft
    • DTEXTILES; PAPER
    • D02YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
    • D02GCRIMPING OR CURLING FIBRES, FILAMENTS, THREADS, OR YARNS; YARNS OR THREADS
    • D02G3/00Yarns or threads, e.g. fancy yarns; Processes or apparatus for the production thereof, not otherwise provided for
    • D02G3/02Yarns or threads characterised by the material or by the materials from which they are made
    • D02G3/04Blended or other yarns or threads containing components made from different materials
    • DTEXTILES; PAPER
    • D03WEAVING
    • D03DWOVEN FABRICS; METHODS OF WEAVING; LOOMS
    • D03D15/00Woven fabrics characterised by the material, structure or properties of the fibres, filaments, yarns, threads or other warp or weft elements used
    • DTEXTILES; PAPER
    • D10INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10BINDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10B2201/00Cellulose-based fibres, e.g. vegetable fibres
    • D10B2201/20Cellulose-derived artificial fibres
    • DTEXTILES; PAPER
    • D10INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10BINDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10B2321/00Fibres made from polymers obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • D10B2321/06Fibres made from polymers obtained by reactions only involving carbon-to-carbon unsaturated bonds polymers of unsaturated alcohols, e.g. polyvinyl alcohol, or of their acetals or ketals
    • DTEXTILES; PAPER
    • D10INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10BINDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
    • D10B2321/00Fibres made from polymers obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • D10B2321/10Fibres made from polymers obtained by reactions only involving carbon-to-carbon unsaturated bonds polymers of unsaturated nitriles, e.g. polyacrylonitrile, polyvinylidene cyanide

Abstract

The invention discloses the production method of a kind of accumulation of heat heating varicosity warming woven fabric of double-decker yarn, comprise the steps: the selection of fibrous raw material;The selection of yams;The design of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn;The woven fabric technological process of production.The accumulation of heat heating varicosity warming woven fabric of double-decker yarn of the present invention has triple heat-preserving functions such as accumulation of heat heat generating fiber, double-decker yarn inner hollow, reversible cloth, is greatly enhanced the warming effect of woven fabric.

Description

A kind of production method of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
Technical field
The invention belongs to woven fabric manufacture field, be specifically related to a kind of accumulation of heat heating varicosity warming machine of double-decker yarn The production method of knitted fabric.
Background technology
In the past, in order to improve the warming effect of woven fabric, conventional way is that woven fabric adds layer, thickening, and this makes Become that fabric is the most thick and heavy, poor air permeability, leveraged texture and the wearing comfort thereof of fabric simultaneously.Nearly 2 years, also have The exploitation of frivolous thermal fabric, but product physical property and thermal property are the most not ideal enough.As protected with doughnut exploitation Warm fabric is simply by stoping heat escape to reach warming, and it does not have heat generation, and the effect stoping heat to be escaped is the most undesirable, Do not reach preferable warming effect;As spinned the thermal fabric made with accumulation of heat heat generating fiber, although it can release heat, but also It is not reaching to the ability most preferably stoping heat to be escaped, causes finally being not reaching to optimal warming effect.
Summary of the invention
Goal of the invention: in order to improve the warmth retention property of woven fabric, the invention provides a kind of accumulation of heat heating varicosity bilayer knot The production method of the warming woven fabric of structure yarn.It is to utilize accumulation of heat heat generating fiber to release heat the most voluntarily, and Varicosity double-decker yarn and the warming organizational structure of woven fabric is utilized to stop heat losses, it is achieved multiple heat-preserving function, thus Woven fabric is made to reach optimal warming effect on the premise of not increasing thickness.
Technical scheme: the production method of a kind of accumulation of heat heating varicosity warming woven fabric of double-decker yarn, including as follows Step:
(1) selection of fibrous raw material
The yarn selected is: accumulation of heat heat generating fiber, regenerated celulose fibre, high shrinkage acrylic, water soluble vinylon chopped fiber, Four-in-one blending core-spun double-layer structure yarn, selected yarn linear density scope is at 14.8tex~40tex, owing to being that color spins Yarn, can save dyeing process;
Described accumulation of heat heat generating fiber, for coffee carbon fiber, belongs to modified dacron, is by discarded coffee grounds, through 1300 The coffee carbon that DEG C high temperature carbonization generates, uses nanotechnology to carry out micronization, grinds to form the nanometer grade powder ultra micro of 300nm Grain, then made by co-blended spinning with polyester;Selected coffee carbon fiber dimensious is 1.67dtex × 38mm, and coffee carbon fiber mixes It is 30%~50% by ratio;
Described regenerated celulose fibre, selection viscose rayon (or Modal etc.), fiber dimensious is (1.33~1.67) Dtex × 38mm, on the premise of ensureing that final products have soft comfortable, can reduce again cost, and its mixed ratio exists 30%~50%;
Described high shrinkage acrylic, specification is 1.67dtex × 38mm, intensity 3.5cN/dtex, decatize percent thermal shrinkage 27%, 90 DEG C~100 DEG C of hot water shrinkages 28%, high shrinkage acrylic blending rate is 10%~30%;
Described water soluble vinylon chopped fiber, specification is 1.67dtex × 38mm, and 80 DEG C of water temperatures are dissolved, and blending ratio controls 10%~20%;
(2) selection of yams
The yarn that the warming woven fabric of the present invention uses, warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, The blending ratio of accumulation of heat heat generating fiber (coffee carbon fiber) is 30~50%, and the blending ratio of regenerated celulose fibre (Modal) is 70 ~50%;
Weft yarn 1 is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, mixing of accumulation of heat heat generating fiber (coffee carbon fiber) Spinning ratio for 30~50%, the blending ratio of regenerated celulose fibre (Modal) is 70~50%;
Weft yarn 2 is that accumulation of heat heat generating fiber/regenerated celulose fibre/high shrinkage acrylic/water soluble vinylon four-in-one blending is swollen Body double-decker yarn, the blending ratio of accumulation of heat heat generating fiber (coffee carbon fiber) is 30~50%, regenerated celulose fibre (not generation You) blending ratio be 30~50%, the blending ratio of high shrinkage acrylic is 10~30%, the blending ratio of water soluble vinylon be 10~ 20%;
(3) design of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
1, specifications design
For having certain conformal, warmth retention property after making fabric dress, stretching convenient, comfortable ventilating, design specification is 28tex × 28tex × 354 piece/10cm × 276 piece/10cm, door width is 146cm, uses filling-backed weave, and grammes per square metre is 170g/m2;Design Filling density is unsuitable excessive, too conference extruding four-in-one blending buiky yarn hollow space, makes yarn reduce with the volume of fabric, reduces and store Effect of fever fiber, therefore select 270~280/10cm;
2, organization design
Fabric tissue uses filling-backed weave, and yarn is shape configuration in an overlapping in fabric, forms reversible cloth, relatively fine yarn Thickness and the quality of fabric, the most frivolous comfortable raising thermal property can be increased;
Weft yarn configuration instruction is as follows: the 1st kind of warming woven fabric: table latitude: weft yarn 1;Back weft: weft yarn 2;2nd kind of warming machine Knitted fabric: table latitude: weft yarn 2;Back weft: weft yarn 2;
The table latitude of the 1st kind of fabric uses weft yarn 1, and back weft uses weft yarn 2;The table latitude of the 2nd kind of fabric and back weft all use latitude Yarn 2;The tissue of two kinds of fabrics in table 1 is identical: table organization uses 2/2, and inner tissue employing 3/1, backing texture is then 1/3 , the exterior and the interior weft yarn arrangement ratio is 2: 2, the most either the 1st kind of fabric or the 2nd kind of fabric, owing to back weft is four component accumulation of heats Warming yarn, makes fabric and direct skin contact mask have good comfortableness because of filling face effect;The latitude flotation line of table latitude is necessary Being covered in by the latitude interlacing point of back weft, the short latitude of back weft floats long line and is arranged in the two of neighboar lists latitude and floats between long line;
(4) the woven fabric technological process of production
Weft yarn 2 is containing high shrinkage acrylic and water soluble vinylon, according to moving back dimension (water soluble vinylon in stripping yarn) and knitting The priority made, woven fabric produces and moves back dimension before having weaving, retreating of weaving ties up two kinds of technological processes:
1, move back dimension reeled yarn before weaving and move back dimension
1st kind of fabric employs, due to table latitude, the weft yarn that percent thermal shrinkage is different from back weft, it is therefore necessary to use reeled yarn to move back dimension Method, technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: 1. weft yarn 1: cheese;
2. weft yarn 2: cheese → reeling skeining → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → drying → network Cylinder;
(3) woven fabric produces: weaving → dyeing and finishing;
2, the dimensional fabric that retreats of weaving moves back dimension
Fabric moves back the feature of dimension technological process: technological process is short, low cost, but moves back dimension, desizing, high receipts after being made into cloth again Contracting acrylon thermal contraction, can affect the shaping of final fabric, and the style of woven fabric is the most variant, therefore in weaving and dye This factor is must take into during whole technique;
2nd kind of fabric employs the identical weft yarn of percent thermal shrinkage 2 due to table latitude with back weft, and fabric therefore can be used to move back dimension Method, technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: cheese;
(3) woven fabric produces: weaves → moves back and ties up → cleaning → dyeing and finishing expanded with hot water treatment;
Described dimension of moving back is with hot water expanding treatment, and concrete technology parameter is as follows:
(1) hot water temperature: 100~105 DEG C, i.e. under normal pressure, boiling water treating;
(2) bath raio: short liquor ratio water consumption is few, moves back dimension rate and reduces;Big bath raio water consumption is many, moves back dimension rate and improves;It is generally used for The bath raio moving back dimension controls at 1:5~1:20;
(3) hot-water treatment time: hot-water treatment time controls 20~60min, along with the raising of hot water temperature, bath raio Increasing, dissolution time can be gradually shortened;
In described weaving process, concrete technology condition is as follows:
1, reeled yarn moves back the weaving of dimension
The 1st kind of woven thermal fabric that the present invention is produced, the yarn material of use: warp thread is accumulation of heat heat generating fiber/again Raw cellulosic fibre blend yarn, table latitude is weft yarn 1, identical with warp thread;Back weft is weft yarn 2, is accumulation of heat heat generating fiber/regenerated fiber Cellulose fiber/high shrinkage acrylic/water-soluble fibre four-in-one blending varicosity double-decker yarn;Thermal contraction due to table latitude Yu back weft Rate differs greatly, and therefore, the 1st kind of woven thermal fabric must use reeled yarn to move back the weaving of dimension;
(1) warping technology
Using Benniger ZC high-speed chip yarn warping machine, this machine is furnished with GCF type yarn tensioner and automatic stop motion, utilizes The efficient hydraulic brake unit that this machine is furnished with, accomplishes that warp beam, pressure roller and cord roller synchronous braking are to reach efficiently to brake, during stop Between control 0.3~0.4S, be parked in distance 3~4m, the warp beam circle of production is real, and sheet yarn tension is uniform, and formability is good;Speed sets It is set to 900m/min, concurrently sets bobbin cradle spindle angle, the most smooth through looking into yarn path, it is ensured that bobbin unwinding is normal, keeps away Exempt from filoplume to increase;
(2) slashing technique
Sizing operation uses without PVA environmental protection 2 and the slashing technique of the low rate of sizing, formula of size: phosphate ester starch 45KG, answers Closing modified starch 25Kg, acrylic acid 5kg, wax disk(-sc) 2kg, antistatic additive 2kg, size mixing volume 1000L, concentration of slurry 7%, and serosity sticks Degree 10s, a small amount of acrylic size can ensure that the film property that yarn body is soft and good, is aided with hygroscopic water strand and after waxing can be effective Reduce regeneration filoplume to produce;Use ancestral gram warp sizing machine, with middle small tension control, reduce warp thread and extend, sizing speed 60m/min, Sizing temperature 90 DEG C, squeezing pressure 9.5KN, the rate of sizing 10.5%, regain 9.5%, enhancing rate 28.5%, subtract the rate of stretching 25%, hair Plumage reduction rate 35%;
(3) weaving process
Loom uses field, Tianjin coltfoal--and 9200 air-jet looms, owing to warp thread is bi-component and elastic preferable, this machine shortens beating Traverse, beating is fully;While keeping opening amount, make heald frame near fell, enlarged openings angle as far as possible, reduce opening not Good;AJC-S wefting insertion automatically controls: configuration can save gas mode capabilities, by controlling the nozzle matched with the flight of actual weft yarn Injection, enables province's gas and steady running to get both;Two kinds of weft yarn thicknesses are consistent, and reasonable adjusting major-minor nozzle wefting insertion air pressure makes latitude Yarn has the tension force of uniformity, makes weft yarn be in micro-tense situation during wefting insertion all the time;Thus, major-minor nozzle wefting insertion gas Pressure can not be the highest, and main burner air pressure adjustment is 0.25MPa, and auxiliary nozzle air pressure is adjusted to 0.4MPa, and during production, opening time controls It is 2950;Warp tension device is set to 3.5KN;Traction apparatus is installed additional at outlet side;
2, fabric moves back the weaving of dimension
The 2nd kind of woven thermal fabric that the present invention is produced, uses fabric to move back the weaving of dimension, and warp thread is accumulation of heat heating Fiber/regenerated celulose fibre mixed yarn, weft yarn 1 and weft yarn 2 are all accumulation of heat heat generating fiber/regenerated celulose fibre/high convergency Acrylon/water-soluble fibre four-in-one blending varicosity double-decker yarn, moves back dimension again after being made into grey cloth and fabric subsequently moves back Slurry, dyeing and finishing etc. all will be processed in the hot water;
The weaving that fabric moves back dimension is essentially identical with the weaving that reeled yarn moves back dimension, and difference is: in order to make into The density of product fabric is identical, and reeled yarn moves back dimension should use less dyeing and finishing width shrinkage, is set to w1, fabric moves back dimension and should use relatively Bigger dyeing and finishing width shrinkage, is set to w2If the percent thermal shrinkage of weft yarn is ε, the most in theory: w1=w2×(1-ε)。
As optimization: the dyeing and finishing technology that reeled yarn moves back dimension is as follows:
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades;
(2) cold dome desizing: technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L;Penetrating agent: 2~3g/L;Go Oil preparation: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8~12 hours;
(3) washing: use Full-width rinsing machine to be carried out the fabric through cold dome desizing, fully removes the slurry on fabric Material and impurity.Washing process is as follows: speed: 50~60m/min.Wherein, start several lattice rinsing bowl washing temperature 60~70 DEG C, in Between rinsing bowl be 80~90 DEG C, last tank temperature is 40~50 DEG C;
(4) soft setting: technique is as follows: silicone softening agent: 20~30g/L;Citric acid: 1~2g/L;Penetrating agent: 1~ 2g/L;Temperature: 140~150 DEG C;Speed: 30~40m/min;Overfeeding: 4%~6%;Fabric width: more than finished product 2~3cm.
As optimization: the dyeing and finishing technology that fabric moves back dimension is as follows:
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades;
(2) cold dome desizing: technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L;Penetrating agent: 2~3g/L;Go Oil preparation: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8~12 hours;
(3) desizing: concrete technology is as follows: liquid caustic soda: 5~8g/L;Scouring agent: 2~3g/L;Degreaser: 1~2g/L;Speed: 50~60m/min;Hot water wash temperature: 80~90 DEG C;Temperature washing temperature: 40~50 DEG C;
(4) soft setting: concrete technology is as follows: silicone softening agent: 20~30g/L;Citric acid: 1~2g/L;Infiltration Agent: 1~2g/L;Temperature: 150~160 DEG C;Speed: 20~30m/min;Overfeeding: 4%~6%;Fabric width: more than finished product 2~ 3cm。
Beneficial effect: the accumulation of heat heating varicosity warming woven fabric of double-decker yarn of the present invention has accumulation of heat heating fibre Triple heat-preserving functions such as dimension, double-decker yarn inner hollow, reversible cloth, are greatly enhanced the warming effect of woven fabric.
The feature of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn of the present invention is as follows:
1, multiple heat-preserving function
The accumulation of heat heating varicosity warming woven fabric of double-decker yarn of the present invention has accumulation of heat heat generating fiber, double-decker Triple heat-preserving functions such as yarn interior hollow, reversible cloth tissue, are greatly enhanced the warming effect of woven fabric.
2, soft comfortable
Owing to there being the double-decker of yarn, add warming organizational structure, such as re-organized, double-layered structure etc., make warming machine Knitted fabric has higher degree of hollowness and flexibility, and is mixed with the good regenerated celulose fibre of hygroscopicity, reversible cloth (or double-deck Fabric) nexine weft yarn use accumulation of heat heating varicosity double-decker four-in-one mixed yarn, make full use of its buiky yarn hollow, softness Characteristic, and have more soft comfortable effect during contact skin, so that fabric has good comfortableness.
3, improve double-decker yarn and the intensity of fabric thereof and elasticity
The double-decker yarn of the present invention due to use high shrinkage acrylic as yarn core, add double-decker yarn and The intensity of fabric, also has preferable elasticity simultaneously.
4, the content of water soluble vinylon is decreased
Because while moving back dimension (removing water soluble vinylon with hot water), the acrylon itself as yarn core produce percent thermal shrinkage The percent thermal shrinkage that > outsourcing chopped fiber produces, thus on the basis of original hollow, add again bulkiness and degree of hollowness.Therefore, Compared with producing ordinary hollow yarn, on the premise of same hollow degree, the present invention can reduce the content of water soluble vinylon, reduces Expense of raw materials and hot water treatment expense, reduce cost.
5, environmental protection
If using coffee carbon fiber as accumulation of heat heat generating fiber, it is also possible to save dyeing process.Because chemical fibre factory produces Coffee carbon fiber out itself is in black gray expandable, therefore yarn used is fiber dyed yarn, eliminates finished product dyeing, reduces and pollute, reach Requirement to environmental protection.
Accompanying drawing explanation
Fig. 1 is the accumulation of heat heating varicosity double-decker yarn schematic diagram of the present invention;
Fig. 2 is filling-backed weave looming draft in the present invention.
Detailed description of the invention
Below in conjunction with specific embodiment, the invention will be further described.
One, the accumulation of heat heating warming mechanism of the varicosity warming woven fabric of double-decker yarn and feature
(1) the warming mechanism of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
1, the formation mechenism of accumulation of heat heating varicosity double-decker yarn
Yarn population structure used by the present invention is varicosity double-decker hollow yams.
First it is spinning, by short to accumulation of heat heat generating fiber, regenerated celulose fibre, water soluble vinylon, high shrinkage acrylic four kinds Fiber blend resultant yarn.
Next to that move back dimension with expanded, by above-mentioned four-in-one mixed yarn through hot water treatment, dissolve water soluble vinylon, simultaneously because of High shrinkage acrylic also produces irreversible thermal contraction, produces bulking effect, causes the axial contraction in length of yarn, and other fibers produce Expanding curling, make to produce in the middle part of yarn hollow, obtained double-decker yarn, the cross section structure of final yarns is as it is shown in figure 1,1 For high shrinkage acrylic, 2 is accumulation of heat heat generating fiber, regenerated celulose fibre, and 3 is the hollow space of yarn.Due to high shrinkage acrylic Itself forms yarn core, and therefore it also undertakes certain strength.
The formation of the hollow space of double-decker yarn, actually has two aspects: on the one hand be because using hot water dissolving Water soluble vinylon of having decorporated is formed;On the other hand, during being because hot water treatment, high shrinkage acrylic produces irreversible heat The percent thermal shrinkage that shrinkage factor > outsourcing chopped fiber produces, thus on the basis of original hollow, add again bulkiness and hollow Degree.
2, the warming mechanism of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
The warming Basic Mechanism of warming woven fabric is to utilize air layer clamped by top layer and nexine, improves warming effect. The tissue of this kind fabric commonly uses double-layered structure, re-organized, and double-layered structure is used for producing two-layer fabric, and re-organized is used for producing two-sided Fabric, the fabric tissue of the woven thermal fabric that the present invention is produced uses filling-backed weave, and its surface texture is 2/2, instead Covering weave is 1/3, inner is organized as 3/1, and the exterior and the interior weft yarn arrangement ratio is 2: 2, and its looming draft is as shown in Figure 2.
This woven fabric utilizes the bilateral structure of filling-backed weave so that fabric has certain thickness and weight, improves The warmth retention property of fabric.If nexine tissue is processed through napping, make clothing and wear next to the skin then that warmth retention property, comfortableness be more preferably.
Two, the accumulation of heat heating design of the varicosity warming woven fabric of double-decker yarn and production method
(1) selection of fibrous raw material
1, accumulation of heat heat generating fiber, is the key fiber raw material of the present invention, has polytype in the market, such as Japan of Japan Spin the moisture absorption heating Eks fiber of company, Taiwan Hua Maosheng skill limited company and the coffee of Shanghai Defulun Chemical Fiber Co., Ltd. Coffee Carbon fibe etc..The present invention have selected Shanghai De Fulun coffee carbon fiber as accumulation of heat heat generating fiber, and it belongs to modified dacron, It is by discarded coffee grounds, through the coffee carbon that 1300 DEG C of high temperature carbonizations generate, uses nanotechnology to carry out micronization, grind to form The nanometer grade powder ultramicro powder of 300nm, then made by co-blended spinning with polyester.The existing accumulation of heat of coffee carbon fiber, moisture absorption Heating, far infrared heating heat-preserving function, have again absorption abnormal flavour, effect of natural deodorization, the also spy of polyster fibre high intensity Point, fiber itself is in black gray expandable.Coffee carbon fiber dimensious selected by the present invention is 1.67dtex × 38mm, the fiber blended ratio of coffee carbon The selection principle of example is on the premise of ensureing warming effect, takes into account comfortableness and cost, typically 30%~50%, if ratio Excessive, affect comfortableness, and cost increases;Ratio is too small, can not play again the heat generating and retention effect of coffee carbon fiber.
2, regenerated celulose fibre, has good hygroscopicity, so that product has good comfortableness.Regenerated fiber Cellulose fiber also has a variety of: such as common viscose glue, lyocell (Lyocell), Modal, bamboo pulp fiber.The present invention selects viscose glue fine Dimension (Modal), fiber dimensious is (1.33~1.67) dtex × 38mm, before ensureing that final products have soft comfortable Putting, can reduce again cost, its mixed ratio is 30%~50%.
3, high shrinkage acrylic, at normal temperatures as normal fiber, after high temperature steaming or high-temperature-hot-water process, produces Irreversible thermal contraction, additionally has good springiness, a feature that intensity is high, as the yarn core of mixed yarn, both can undertake yarn And the strength of fabric, contraction can be produced after heat treatment again and make other filament expansion thus produce yarn hollow, finally make yarn Line has warmth retention property and preferable elasticity.The present invention selects to use high-shrinkage acrylic fiber, and specification is 1.67dtex × 38mm, by force Degree 3.5cN/dtex, decatize percent thermal shrinkage 27%, 90 DEG C~100 DEG C of hot water shrinkages 28%.Because high shrinkage acrylic is through hot water The yarn core of mixed yarn will be become after process, yarn body section is in center and undertakes strength, because high shrinkage acrylic heat is received Other fibers of shrinkage <, cause other fiber crimps to swell generation hollow double-layer structure, and high shrinkage acrylic blending rate is the biggest, The bulkiness of final products is the biggest, if adding water soluble vinylon, then high shrinkage acrylic blending rate should suitably reduce. Because adding water soluble vinylon in the middle of the double-decker yarn of the present invention, therefore high shrinkage acrylic blending rate can suitably reduce one A bit, select 10%~30%.
4, water soluble vinylon chopped fiber, is characterized under room temperature normally to spin with other fibers, but can when post processing It is dissolved in hot water, thus forms double-decker yarn.Water soluble vinylon chopped fiber specification is mainly fibre length, line density, water Solution temperature.Wherein water solubility temperature affects aftertreatment technology, also affects cost of material, and water solubility temperature is high, and post processing is dissolved Speed is slow, and consumed energy is big, but cost of material is relatively inexpensive;Water solubility temperature is low, and post processing dissolution velocity is fast, and consumed energy is few, But water soluble vinylon cost of material is high, cost of material is high.Water soluble vinylon chopped fiber specification used by the present invention be 1.67dtex × 38mm, 80 DEG C of water temperatures are dissolved.Soluble vinylon fiber blending rate is high, and degree of hollowness is high, good warmth retention effect, but cost increases, and Resultant yarn and fabric intensity decline;Blending rate is low, and cost reduces, and resultant yarn and fabric intensity are preferable, but degree of hollowness is low, warming effect Decline.Therefore soluble vinylon fiber blending ratio controls 10%~20%.
(2) yams
The yarn that the warming woven fabric of the present invention uses, warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, Weft yarn 1 is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, weft yarn 2 be accumulation of heat heat generating fiber/regenerated celulose fibre/ High shrinkage acrylic/water soluble vinylon four-in-one blending varicosity double-decker yarn, yams is shown in Table 1:
The yams that the warming woven fabric of table 1 present invention is used
(3) design of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
1, specifications design
For having certain conformal, warmth retention property after making fabric dress, stretching convenient, comfortable ventilating, design specification is 28tex × 28tex × 354 piece/10cm × 276 piece/10cm, door width is 146cm, uses filling-backed weave, and grammes per square metre is 170g/m2.Design Filling density is unsuitable excessive, too conference extruding four-in-one blending buiky yarn hollow space, makes yarn reduce with the volume of fabric, reduces and store Effect of fever fiber, therefore select 270~280/10cm to be advisable.
2, organization design
Fabric tissue uses filling-backed weave, and yarn is shape configuration in an overlapping in fabric, forms reversible cloth, relatively fine yarn Thickness and the quality of fabric, the most frivolous comfortable raising thermal property can be increased.
Being used weft yarn 1 (with the bi-component yarn that warp thread is consistent) from the table latitude of 1: the a kind of fabric of table, back weft uses latitude Yarn 2 (four component heat accumulation thermal yarns).The table latitude of the 2nd kind of fabric and back weft all use weft yarn 2 (four component heat accumulation thermal yarns). The tissue of two kinds of fabrics in table 1 is identical: table organization's employing 2/2, inner tissue employing 3/1, and backing texture is then 1/3, The exterior and the interior weft yarn arrangement ratio is 2: 2, the most either the 1st kind of fabric or the 2nd kind of fabric, owing to back weft is four component heat accumulation thermals Yarn, makes fabric and direct skin contact mask have good comfortableness because of filling face effect.The latitude flotation line of table latitude must be by inner The latitude interlacing point of latitude covers in, and the short latitude of back weft floats long line and is arranged in the two of neighboar lists latitude and floats between long line.Its looming draft is shown in Fig. 2 Shown in.
This woven fabric utilizes the bilateral structure of filling-backed weave so that fabric has certain thickness and weight, improves The warmth retention property of fabric.If nexine tissue is processed through napping, make clothing and wear next to the skin then that warmth retention property, comfortableness be more preferably.
(4) the woven fabric technological process of production
Knowable to table 1 weft yarn configuration instruction, weft yarn 2 is containing high shrinkage acrylic and water soluble vinylon, according to moving back dimension (stripping yarn Water soluble vinylon in line) and woven priority, woven fabric produces and moves back dimension before having weaving, retreating of weaving ties up two kinds of techniques Flow process:
1, move back dimension reeled yarn before weaving and move back dimension
Reeled yarn moves back the feature of dimension technological process: technological process length, cost are high, but before weaving, weft yarn just completes Move back peacekeeping high shrinkage acrylic thermal contraction fixation, beneficially woven fabric to shape.The 1st kind of fabric in table 1 makes with back weft due to table latitude With the different weft yarn of percent thermal shrinkage, it is therefore necessary to using reeled yarn to move back dimension method, technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: 1. weft yarn 1: cheese;
2. weft yarn 2: cheese → reeling skeining → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → drying → network Cylinder;
(3) woven fabric produces: weaving → dyeing and finishing.
2, the dimensional fabric that retreats of weaving moves back dimension
Fabric moves back the feature of dimension technological process: technological process is short, low cost, but moves back dimension, desizing, high receipts after being made into cloth again Contracting acrylon thermal contraction, can affect the shaping of final fabric, and the style of woven fabric is the most variant, therefore in weaving and dye This factor is must take into during whole technique.The 2nd kind of fabric in table 1 employs, due to table latitude, the latitude that percent thermal shrinkage is identical with back weft Yarn 2, therefore can use fabric to move back dimension method, and technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass
(2) weft preparing: cheese
(3) woven fabric produces: weave → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → dyeing and finishing
(5) dimension and bulking process are moved back
1, dimension and bulking process principle are moved back
The cheese that cotton mill produces both had contained water soluble vinylon, contained again high shrinkage acrylic, in order to make double-decker Yarn, it is necessary to carry out moving back peacekeeping expanding treatment.
Moving back dimension technique is exactly rationally to select water temperature, bath raio, time etc., and the basis that dimension technique is moved back in formulation is water soluble vinylon Solution temperature.The solution temperature of domestic water soluble vinylon 60 DEG C~90 DEG C, the temperature moving back dimension is higher than water soluble vinylon dissolving Temperature 10~15 DEG C.
While moving back dimension, also carry out expanding treatment with hot water, it may be assumed that make high shrinkage acrylic produce in the hot water irreversible Thermal contraction, formed yarn core;Other fiber percent thermal shrinkages are the least, produce and curl into outer wrapping fiber, thus make buiky yarn.System The Main Basis determining bulking process is the vitrification point of acrylon.The vitrification point of acrylon about 90 DEG C, swelling temperature wants height In acrylon vitrification point 10~20 DEG C.
2, dimension and expanded main technologic parameters are moved back
(1) hot water temperature: 100~105 DEG C, i.e. under normal pressure, boiling water treating.
(2) bath raio: bath raio is less on bulking process impact, has considerable influence to moving back dimension rate.Short liquor ratio water consumption is few, moves back dimension Rate reduces;Big bath raio water consumption is many, moves back dimension rate and improves.The bath raio being generally used for moving back dimension controls at 1:5~1:20.
(3) hot-water treatment time: in order to take into account hot water expansion effect, it is ensured that higher moves back dimension rate, hot water temperature is the lowest, bath Ratio is the least, and hot-water treatment time should be the longest, and general hot-water treatment time controls 20~60min.Along with carrying of hot water temperature High, the increase of bath raio, dissolution time can be gradually shortened.
(6) weaving
1, reeled yarn moves back the weaving of dimension
The 1st kind of woven thermal fabric (ginseng is shown in Table 1) that the present invention is produced, the yarn material of use: warp thread is to store Fever fiber/regenerated celulose fibre mixed yarn, table latitude is weft yarn 1, identical with warp thread;Back weft is weft yarn 2, is accumulation of heat heating Fiber/regenerated celulose fibre/high shrinkage acrylic/water-soluble fibre four-in-one blending varicosity double-decker yarn.Due to table latitude Differ greatly with the percent thermal shrinkage of back weft, therefore, the 1st kind of woven thermal fabric (ginseng is shown in Table 1), it is necessary to use reeled yarn to move back dimension Weaving, to avoid finished textile product to cause finished product fabric out-of-flatness because of the larger difference of the exterior and the interior layer broadwise dyeing and finishing shrinkage.
(1) warping technology
Bi-component yarn strength is moderate, can suitably strengthen tension in Warping, uses Benniger ZC high-speed chip yarn warping machine, this machine Being furnished with GCF type yarn tensioner and automatic stop motion, simple to operate, troubleshooting is convenient.Utilize the high-efficient liquid that this machine is furnished with Pressure brake unit, can accomplish warp beam, pressure roller and cord roller synchronous braking to reach efficiently to brake, the stop time control 0.3~ 0.4S, is parked in distance 3~4m.The warp beam circle produced is real, and sheet yarn tension is uniform, and formability is good.Speed is set as 900m/min. Concurrently set bobbin cradle spindle angle, the most smooth through looking into yarn path, it is ensured that bobbin unwinding is normal, it is to avoid filoplume increases.
(2) slashing technique
Sizing operation uses without PVA environmental protection 2 and the slashing technique of the low rate of sizing.Save the energy, it is achieved to remaining slurry simultaneously Make full use of.Bi-component yarn surface hairiness is few, and yarn strength has promoted, and the relatively low rate of sizing can realize increasing and rub pliable and tough with serous coat It it is main, it is to avoid the generation of secondary filoplume.Formula of size: phosphate ester starch 45KG, composite modified starch 25Kg, acrylic acid 5kg, wax Sheet 2kg, antistatic additive 2kg, size mixing volume 1000L, concentration of slurry 7%, serum viscosity 10s, and a small amount of acrylic size is permissible Ensure the film property that yarn body is soft and good, be aided with hygroscopic water strand and after waxing is effectively reduced regeneration filoplume and produces.Use ancestral gram Warp sizing machine, with middle small tension control, reduces warp thread and extends, sizing speed 60m/min, sizing temperature 90 DEG C, squeezing pressure 9.5KN, The rate of sizing 10.5%, regain 9.5%, enhancing rate 28.5%, subtract the rate of stretching 25%, filoplume reduction rate 35%.
(3) weaving process
Loom uses field, Tianjin coltfoal--and 9200 air-jet looms, owing to warp thread is bi-component and elastic preferable, this machine shortens beating Traverse, beating is fully;While keeping opening amount, make heald frame near fell, enlarged openings angle as far as possible, reduce opening not Good.AJC-S wefting insertion automatically controls: configuration can save gas mode capabilities, it addition, matched by the weft yarn flight controlled with reality Nozzle sprays, and enables province's gas and steady running to get both;Two kinds of weft yarn thicknesses are consistent, reasonable adjusting major-minor nozzle wefting insertion air pressure, Make weft yarn have the tension force of uniformity, make weft yarn be in micro-tense situation during wefting insertion all the time.Thus, major-minor nozzle draws Latitude air pressure can not be the highest, and main burner air pressure adjustment is 0.25MPa, and auxiliary nozzle air pressure is adjusted to 0.4MPa, and saves the energy;Rationally Regulation opening time, if opening time is too late, opening is not enough, and wefting insertion resistance strengthens, and causes wefting insertion failure.Opening time during production Control is 2950;Suitably increase warp tension, make warp thread have good opening, warp tension device is set to 3.5KN;? Outlet side installs traction apparatus additional, can reduce spacing between pilot jet, its injecting time of proper extension.
2, fabric moves back the weaving of dimension
The 2nd kind of woven thermal fabric that the present invention is produced, uses fabric to move back the weaving of dimension, the yarn material of use Ginseng is shown in Table 1, and warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, and weft yarn 1 and weft yarn 2 are all accumulation of heat heatings Fiber/regenerated celulose fibre/high shrinkage acrylic/water-soluble fibre four-in-one blending varicosity double-decker yarn, is made into grey cloth Move back dimension and fabric desizing subsequently, dyeing and finishing etc. more all will to be processed in the hot water, also result in high convergency simultaneously Acrylon produce bigger, irreversible thermal contraction in the hot water, and grain cross shrinkage factor is relatively big, i.e. dyeing and finishing width shrinkage is relatively big, will Affect the end count of finished product fabric.
Warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre two component spun-blend, and fiber percent thermal shrinkage is less, The thermal contraction of its mixed yarn is also little, and therefore after starching, fabric move back dimension, dyeing and finishing processing, fabric warp-wise percent thermal shrinkage becomes Changing little, the filling density on finished product fabric affects little.
So the weaving that fabric moves back dimension is essentially identical with the weaving that reeled yarn moves back dimension, difference is: in order to The density making finished product fabric is identical, and reeled yarn moves back dimension and less dyeing and finishing width shrinkage should be used (to be set to w1), fabric moves back dimension and should adopt (it is set to w by relatively large dyeing and finishing width shrinkage2).If the percent thermal shrinkage of weft yarn is ε, the most in theory: w1=w2×(1-ε).Cause This is necessary for when Fabric Design considering the dyeing and finishing width shrinkage difference that difference moves back dimension technological process.
(7) dyeing and finishing technology
1, reeled yarn moves back the dyeing and finishing technology of dimension
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades.
(2) cold dome desizing: in order to remove the slurry on fabric and oil preparation etc., by the way of cold dome to fabric at Reason.Energy consumption can be reduced, can prevent again fabric from producing and crease.Technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L; Penetrating agent: 2~3g/L;Degreaser: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8 ~12 hours.
(3) washing: use Full-width rinsing machine to be carried out the fabric through cold dome desizing, fully removes the slurry on fabric Material and impurity.Washing process is as follows: speed: 50~60m/min.Wherein, start several lattice rinsing bowl washing temperature 60~70 DEG C, in Between rinsing bowl be 80~90 DEG C, last tank temperature is 40~50 DEG C.
(4) soft setting: the feel good in order to give fabric, eliminates internal stress simultaneously, eliminates folding line, makes cloth cover put down Whole, improve the dimensional stability of fabric, fabric is carried out soft and setting processing simultaneously.Technique is as follows: silicone softening agent: 20 ~30g/L;Citric acid: 1~2g/L;Penetrating agent: 1~2g/L;Temperature: 140~150 DEG C;Speed: 30~40m/min;Overfeeding: 4%~6%;Fabric width: more than finished product 2~3cm.
2, fabric moves back the dyeing and finishing technology of dimension
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades.
(2) cold dome desizing: in order to remove the slurry on fabric and oil preparation etc., by the way of cold dome to fabric at Reason.Energy consumption can be reduced, can prevent again fabric from producing and crease.Technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L; Penetrating agent: 2~3g/L;Degreaser: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8 ~12 hours.
(3) desizing
The fabric most slurry and the oil preparation after cold dome desizing that move back dimension after weaving again have been removed.Again with continuously The mode of formula processing carries out desizing and cleaning further.In addition to the slurry removing residual on fabric and oil preparation, it is also possible to allowing Fibril bounces back, and carries out sufficiently preparation for follow-up setting.Technique is as follows: liquid caustic soda: 5~8g/L;Scouring agent: 2~3g/L;Deoil Agent: 1~2g/L;Speed: 50~60m/min;Hot water wash temperature: 80~90 DEG C;Temperature washing temperature: 40~50 DEG C.
(4) soft setting: carrying out moving back dimension after weaving again, chemical fiber wire thermal contraction therein is unstable, more easily causes fabric Out-of-flatness, size is unstable, so when setting it is also noted that this point.Concrete technology is as follows: silicone softening agent: 20~ 30g/L;Citric acid: 1~2g/L;Penetrating agent: 1~2g/L;Temperature: 150~160 DEG C;Speed: 20~30m/min;Overfeeding: 4% ~6%;Fabric width: more than finished product 2~3cm.
Specific embodiment 1
The production method reeled yarn of the accumulation of heat heating blending varicosity warming woven fabric of double-decker yarn moves back dimension
1st kind of fabric (seeing table 1, table 2) table latitude is different with the percent thermal shrinkage of back weft, it should use reeled yarn to move back dimension.
(1) fibrous raw material specification
1, coffee carbon fiber: specification 1.67dtex × 38mm;
2, Modal: specification 1.67dtex × 38mm;
3, high shrinkage acrylic: specification 1.67dtex × 38mm;
4, water soluble vinylon: specification 1.67dtex × 38mm.
(2) yams
Yams is shown in Table 2
(3) fabric specification and tissue
146cm 28tex × 28tex × 354 piece/10cm × 276 piece/10cm, uses filling-backed weave (see Fig. 2).This reality Example is the 1st kind of fabric (seeing table 1, table 2).
The yams that the warming woven fabric of table 2 is used
(4) technological process reeled yarn moves back dimension
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: 1. weft yarn 1: cheese;
2. weft yarn 2: cheese → reeling skeining → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → drying → network Cylinder;
(3) woven fabric produces: weaving → dyeing and finishing.
(5) dimension and bulking process are moved back
1, hot water temperature: 100 DEG C of boiling water;
2, bath raio: 1:15;
3, hot-water treatment time: 40min.
(6) weaving
1, warping technology
Bi-component yarn strength is moderate, can suitably strengthen tension in Warping, uses Benniger ZC high-speed chip yarn warping machine, this machine Being furnished with GCF type yarn tensioner and automatic stop motion, simple to operate, troubleshooting is convenient.Utilize the high-efficient liquid that this machine is furnished with Pressure brake unit, can accomplish warp beam, pressure roller and cord roller synchronous braking to reach efficiently to brake, the stop time controls 0.3 0.4S, is parked in distance at about 3 4m.The warp beam circle produced is real, and sheet yarn tension is uniform, and formability is good.Speed is set as 900m/ min.Concurrently set bobbin cradle spindle angle, the most smooth through looking into yarn path, it is ensured that bobbin unwinding is normal, it is to avoid filoplume increases Add.
2, slashing technique
Sizing operation uses without PVA environmental protection 2 and the slashing technique of the low rate of sizing.Save the energy, it is achieved to remaining slurry simultaneously Make full use of.Bi-component yarn surface hairiness is few, and yarn strength has promoted, and the relatively low rate of sizing can realize increasing and rub pliable and tough with serous coat It it is main, it is to avoid the generation of secondary filoplume.Formula of size: phosphate ester starch 45KG, composite modified starch 25Kg, acrylic acid 5kg, wax Sheet 2kg, antistatic additive 2kg, size mixing volume 1000L, concentration of slurry 7%, serum viscosity 10s, and a small amount of acrylic size is permissible Ensure the film property that yarn body is soft and good, be aided with hygroscopic water strand and after waxing is effectively reduced regeneration filoplume and produces.Use ancestral gram Warp sizing machine, with middle small tension control, reduces warp thread and extends, sizing speed 60m/min, sizing temperature 90 DEG C, squeezing pressure 9.5KN, The rate of sizing 10.5%, regain 9.5%, enhancing rate 28.5%, subtract the rate of stretching 25%, filoplume reduction rate 35%.
3, weaving process
Loom uses field, Tianjin coltfoal--and 9200 air-jet looms, owing to warp thread is bi-component and elastic preferable, this machine shortens beating Traverse, beating is fully;While keeping opening amount, make heald frame near fell, enlarged openings angle as far as possible, reduce opening not Good.AJC-S wefting insertion automatically controls: configuration can save gas mode capabilities, it addition, matched by the weft yarn flight controlled with reality Nozzle sprays, and enables province's gas and steady running to get both;Two kinds of weft yarn thicknesses are consistent, reasonable adjusting major-minor nozzle wefting insertion air pressure, Make weft yarn have the tension force of uniformity, make weft yarn be in micro-tense situation during wefting insertion all the time.Thus, major-minor nozzle draws Latitude air pressure can not be the highest, and main burner air pressure adjustment is 0.25MPa, and auxiliary nozzle air pressure is adjusted to 0.4MPa, and saves the energy;Rationally Regulation opening time, if opening time is too late, opening is not enough, and wefting insertion resistance strengthens, and causes wefting insertion failure.Opening time during production Control is 2950;Suitably increase warp tension, make warp thread have good opening, warp tension device is set to 3.5KN;? Outlet side installs traction apparatus additional, can reduce spacing between pilot jet, its injecting time of proper extension.
(7) dyeing and finishing technology
1, singe: speed of singing: 110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades.
2, cold dome desizing: in order to remove the slurry on fabric and oil preparation etc., by the way of cold dome, fabric is processed. Energy consumption can be reduced, can prevent again fabric from producing and crease.Technique is as follows: liquid caustic soda: 30g/L;Scouring agent: 5g/L;Penetrating agent: 3g/ L;Degreaser: 3g/L;Hydrogen peroxide: 10g/L;Stabilizer: 5g/L;Temperature: room temperature;Time: 12 hours.
3, washing: use Full-width rinsing machine to be carried out the fabric through cold dome desizing, fully removes the slurry on fabric Material and impurity.Washing process is as follows: speed: 60m/min.Wherein, several lattice rinsing bowl washing temperature 70 DEG C, middle rinsing bowl are started Being 90 DEG C, last tank temperature is 50 DEG C.
4, soft setting: the feel good in order to give fabric, eliminates internal stress simultaneously, eliminates folding line, make cloth cover smooth, Improve the dimensional stability of fabric, fabric is carried out soft and setting processing simultaneously.Technique is as follows: silicone softening agent: 30g/ L;Citric acid: 2g/L;Penetrating agent: 2g/L;Temperature: 150 DEG C;Speed: 40m/min;Overfeeding: 6%;Fabric width: more than finished product 3cm.
Specific embodiment 2
The production method fabric of the accumulation of heat heating blending varicosity warming woven fabric of double-decker yarn moves back dimension the 2nd kind and knits The method that thing (seeing table 1, table 2) can use fabric to move back dimension.
(1) fibrous raw material specification
1, coffee carbon fiber: specification 1.67dtex × 38mm;
2, Modal: specification 1.67dtex × 38mm;
3, high shrinkage acrylic long filament: specification 2.8tex/12f;
4, water soluble vinylon: 1.67dtex × 38mm.
(2) yams
Yams is shown in Table 3
The yams that the warming woven fabric of table 3 is used
(3) fabric specification and tissue
146cm 28tex × 28tex × 354 piece/10cm × 276 piece/10cm, uses filling-backed weave (seeing Fig. 2).This Example is the 2nd kind of fabric (seeing table 1, table 2).
(4) technological process fabric moves back dimension
1, warp end preparing: cheese → warping → sizing → pass;
2, weft preparing: weft yarn 2: cheese;
3, woven fabric produces: weave → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → dyeing and finishing.
(5) dimension and bulking process are moved back
1, hot water temperature: 100 DEG C of boiling water;
2, bath raio: 1:15;
3, hot-water treatment time: 40min.
(6) fabric moves back the weaving of dimension
The 2nd kind of woven thermal fabric that the present invention is produced, uses fabric to move back the weaving of dimension, the yarn material of use Seeing shown in table 1 table 3, warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, and table latitude and back weft are all accumulation of heat heatings Fiber/regenerated celulose fibre/high shrinkage acrylic/water-soluble fibre four-in-one blending varicosity double-decker yarn, is made into grey cloth Move back dimension and fabric desizing subsequently, dyeing and finishing etc. more all will to be processed in the hot water, also result in high convergency simultaneously Acrylon produce bigger, irreversible thermal contraction in the hot water, and grain cross shrinkage factor is relatively big, i.e. dyeing and finishing width shrinkage is relatively big, will Affect the end count of finished product fabric.
Warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre two component spun-blend, and fiber percent thermal shrinkage is less, The thermal contraction of its mixed yarn is also little, and therefore after starching, fabric move back dimension, dyeing and finishing processing, fabric warp-wise percent thermal shrinkage becomes Changing little, the filling density on finished product fabric affects little.
So the weaving that fabric moves back dimension is essentially identical with the weaving that reeled yarn moves back dimension, difference is: in order to The density making finished product fabric is identical, and reeled yarn moves back dimension and less dyeing and finishing width shrinkage should be used (to be set to w1), fabric moves back dimension and should adopt (it is set to w by relatively large dyeing and finishing width shrinkage2).If the percent thermal shrinkage of weft yarn is ε, the most in theory: w1=w2×(1-ε).Cause This is necessary for when Fabric Design considering the dyeing and finishing width shrinkage difference that difference moves back dimension technological process.
(7) dyeing and finishing technology
1, singe: speed of singing: 110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades.
2, cold dome desizing: in order to remove the slurry on fabric and oil preparation etc., by the way of cold dome, fabric is processed. Energy consumption can be reduced, can prevent again fabric from producing and crease.Technique is as follows: liquid caustic soda: 30g/L;Scouring agent: 5g/L;Penetrating agent: 3g/ L;Degreaser: 3g/L;Hydrogen peroxide: 10g/L;Stabilizer: 5g/L;Temperature: room temperature;Time: 12 hours.
3, desizing: the fabric most slurry and the oil preparation after cold dome desizing that move back dimension after weaving again have been removed. Desizing and cleaning is carried out further again by the mode of continuous way processing.In addition to the slurry removing residual on fabric and oil preparation, also Chemical fiber wire can be allowed to bounce back, carry out sufficiently preparation for follow-up setting.Process conditions are as follows: liquid caustic soda: 8g/L;Scouring agent: 3g/ L;Degreaser: 2g/L;Speed: 60m/min;Hot water wash temperature: 90 DEG C;Temperature washing temperature: 50 DEG C.
4, soft setting: carrying out moving back dimension after weaving again, chemical fiber wire thermal contraction therein is unstable, more easily causes fabric not Smooth, size is unstable, so when setting it is also noted that this point.Concrete technology is as follows: silicone softening agent: 30g/L;Lemon Lemon acid: 2g/L;Penetrating agent: 2g/L;Temperature: 160 DEG C;Speed: 30m/min;Overfeeding: 6%;Fabric width: more than finished product 3cm.
The present invention is not limited to above-mentioned preferred forms, and anyone can show that under the enlightenment of the present invention other are various The product of form, no matter but in its shape or structure, make any change, every have same as the present application or akin skill Art scheme, within all falling within protection scope of the present invention.

Claims (3)

1. the production method of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn, it is characterised in that: include as follows Step:
(1) selection of fibrous raw material
The yarn selected is: accumulation of heat heat generating fiber, regenerated celulose fibre, high shrinkage acrylic, water soluble vinylon chopped fiber, and four close One blending core-spun double-layer structure yarn, selected yarn linear density scope is at 14.8tex~40tex, owing to being fiber dyed yarn, Dyeing process can be saved;
Described accumulation of heat heat generating fiber, for coffee carbon fiber, belongs to modified dacron, is by discarded coffee grounds, high through 1300 DEG C The coffee carbon that temperature carbonization generates, uses nanotechnology to carry out micronization, grinds to form the nanometer grade powder ultramicro powder of 300nm, then Made by co-blended spinning with polyester;Selected coffee carbon fiber dimensious is 1.67dtex × 38mm, the fiber blended ratio of coffee carbon Example is 30%~50%;
Described regenerated celulose fibre, selects viscose rayon (or Modal etc.), fiber dimensious be (1.33~1.67) dtex × 38mm, on the premise of ensureing that final products have soft comfortable, can reduce again cost, its mixed ratio 30%~ 50%;
Described high shrinkage acrylic, specification is 1.67dtex × 38mm, intensity 3.5cN/dtex, decatize percent thermal shrinkage 27%, 90 DEG C ~100 DEG C of hot water shrinkages 28%, high shrinkage acrylic blending rate is 10%~30%;
Described water soluble vinylon chopped fiber, specification is 1.67dtex × 38mm, and 80 DEG C of water temperatures are dissolved, blending ratio control 10%~ 20%;
(2) selection of yams
The yarn that the warming woven fabric of the present invention uses, warp thread is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, accumulation of heat The blending ratio of heat generating fiber (coffee carbon fiber) is 30~50%, the blending ratio of regenerated celulose fibre (Modal) be 70~ 50%;
Weft yarn 1 is accumulation of heat heat generating fiber/regenerated celulose fibre mixed yarn, the blending ratio of accumulation of heat heat generating fiber (coffee carbon fiber) Being 30~50%, the blending ratio of regenerated celulose fibre (Modal) is 70~50%;
Weft yarn 2 is that accumulation of heat heat generating fiber/regenerated celulose fibre/high shrinkage acrylic/water soluble vinylon four-in-one blending varicosity is double Rotating fields yarn, the blending ratio of accumulation of heat heat generating fiber (coffee carbon fiber) is 30~50%, regenerated celulose fibre (Modal) Blending ratio be 30~50%, the blending ratio of high shrinkage acrylic is 10~30%, and the blending ratio of water soluble vinylon is 10~20%;
(3) design of the accumulation of heat heating varicosity warming woven fabric of double-decker yarn
1, specifications design
For after making fabric dress there is certain conformal, warmth retention property, stretch convenient, comfortable ventilating, design specification be 28tex × 28tex × 354 piece/10cm × 276 piece/10cm, door width is 146cm, uses filling-backed weave, and grammes per square metre is 170g/m2;Design latitude Close unsuitable excessive, too conference extruding four-in-one blending buiky yarn hollow space, make yarn reduce with the volume of fabric, reduce accumulation of heat Effect of heat generating fiber, therefore select 270~280/10cm;
2, organization design
Fabric tissue uses filling-backed weave, and yarn is shape configuration in an overlapping in fabric, and forming reversible cloth, relatively fine yarn can increase Add thickness and the quality of fabric, the most frivolous comfortable raising thermal property;
Weft yarn configuration instruction is as follows: the 1st kind of warming woven fabric: table latitude: weft yarn 1;Back weft: weft yarn 2;2nd kind warming woven Material: table latitude: weft yarn 2;Back weft: weft yarn 2;
The table latitude of the 1st kind of fabric uses weft yarn 1, and back weft uses weft yarn 2;The table latitude of the 2nd kind of fabric and back weft all use weft yarn 2; The tissue of two kinds of fabrics in table 1 is identical: table organization's employing 2/2, inner tissue employing 3/1, and backing texture is then 1/3, The exterior and the interior weft yarn arrangement ratio is 2: 2, the most either the 1st kind of fabric or the 2nd kind of fabric, owing to back weft is four component heat accumulation thermals Yarn, makes fabric and direct skin contact mask have good comfortableness because of filling face effect;The latitude flotation line of table latitude must be by inner The latitude interlacing point of latitude covers in, and the short latitude of back weft floats long line and is arranged in the two of neighboar lists latitude and floats between long line;
(4) the woven fabric technological process of production
Weft yarn 2 is containing high shrinkage acrylic and water soluble vinylon, according to moving back dimension (water soluble vinylon in stripping yarn) with woven Successively, woven fabric moves back dimension before producing and having weaving, retreating of weaving ties up two kinds of technological processes:
1, move back dimension reeled yarn before weaving and move back dimension
1st kind of fabric employs, due to table latitude, the weft yarn that percent thermal shrinkage is different from back weft, it is therefore necessary to use reeled yarn to move back dimension method, Technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: 1. weft yarn 1: cheese;
2. weft yarn 2: cheese → reeling skeining → move back dimension (simultaneously carrying out hot water expanding treatment) → cleaning → drying → winder;
(3) woven fabric produces: weaving → dyeing and finishing;
2, the dimensional fabric that retreats of weaving moves back dimension
Fabric moves back the feature of dimension technological process: technological process is short, low cost, but moves back dimension, desizing, high convergency nitrile after being made into cloth again Synthetic fibre thermal contraction, can affect the shaping of final fabric, and the style of woven fabric is the most variant, therefore in weaving and dyeing and finishing work This factor is must take into during skill;
2nd kind of fabric employs the identical weft yarn of percent thermal shrinkage 2 due to table latitude with back weft, and fabric therefore can be used to move back dimension side Method, technological process is as follows:
(1) warp end preparing: cheese → warping → sizing → pass;
(2) weft preparing: cheese;
(3) woven fabric produces: weave → move back dimension and hot water expanding treatment → cleaning → dyeing and finishing;
Described dimension of moving back is with hot water expanding treatment, and concrete technology parameter is as follows:
(1) hot water temperature: 100~105 DEG C, i.e. under normal pressure, boiling water treating;
(2) bath raio: short liquor ratio water consumption is few, moves back dimension rate and reduces;Big bath raio water consumption is many, moves back dimension rate and improves;It is generally used for moving back dimension Bath raio control at 1:5~1:20;
(3) hot-water treatment time: hot-water treatment time controls 20~60min, along with raising, the increasing of bath raio of hot water temperature Greatly, dissolution time can be gradually shortened;
In described weaving process, concrete technology condition is as follows:
1, reeled yarn moves back the weaving of dimension
The 1st kind of woven thermal fabric that the present invention is produced, the yarn material of use: warp thread is that accumulation of heat heat generating fiber/regeneration is fine Cellulose fiber mixed yarn, table latitude is weft yarn 1, identical with warp thread;Back weft is weft yarn 2, is that accumulation of heat heat generating fiber/regenerated cellulose is fine Dimension/high shrinkage acrylic/water-soluble fibre four-in-one blending varicosity double-decker yarn;Thermal contraction rate variance due to table latitude Yu back weft Different relatively big, therefore, the 1st kind of woven thermal fabric must use reeled yarn to move back the weaving of dimension;
(1) warping technology
Using Benniger ZC high-speed chip yarn warping machine, this machine is furnished with GCF type yarn tensioner and automatic stop motion, utilizes this machine The efficient hydraulic brake unit being furnished with, accomplish warp beam, pressure roller and cord roller synchronous braking to reach efficiently to brake, the stop time control System, 0.3~0.4S, is parked in distance 3~4m, and the warp beam circle of production is real, and sheet yarn tension is uniform, and formability is good;Speed is set as 900m/min, concurrently sets bobbin cradle spindle angle, the most smooth through looking into yarn path, it is ensured that bobbin unwinding is normal, it is to avoid hair Plumage increases;
(2) slashing technique
Sizing operation uses without PVA environmental protection 2 and the slashing technique of the low rate of sizing, formula of size: phosphate ester starch 45KG, compound change Property starch 25Kg, acrylic acid 5kg, wax disk(-sc) 2kg, antistatic additive 2kg, size mixing volume 1000L, concentration of slurry 7%, serum viscosity 10s, a small amount of acrylic size can ensure that the film property that yarn body is soft and good, is aided with hygroscopic water strand and after waxing can effectively subtract Regeneration filoplume produces less;Use ancestral gram warp sizing machine, with middle small tension control, reduce warp thread and extend, sizing speed 60m/min, on Slurry temperature 90 DEG C, squeezing pressure 9.5KN, the rate of sizing 10.5%, regain 9.5%, enhancing rate 28.5%, subtract the rate of stretching 25%, filoplume Reduction rate 35%;
(3) weaving process
Loom uses field, Tianjin coltfoal--and 9200 air-jet looms, owing to warp thread is bi-component and elastic preferable, it is dynamic that this machine shortens beating Journey, beating is fully;While keeping opening amount, make heald frame near fell, enlarged openings angle as far as possible, reduce opening not Good;AJC-S wefting insertion automatically controls: configuration can save gas mode capabilities, by controlling the nozzle matched with the flight of actual weft yarn Injection, enables province's gas and steady running to get both;Two kinds of weft yarn thicknesses are consistent, and reasonable adjusting major-minor nozzle wefting insertion air pressure makes latitude Yarn has the tension force of uniformity, makes weft yarn be in micro-tense situation during wefting insertion all the time;Thus, major-minor nozzle wefting insertion gas Pressure can not be the highest, and main burner air pressure adjustment is 0.25MPa, and auxiliary nozzle air pressure is adjusted to 0.4MPa, and during production, opening time controls It is 2950;Warp tension device is set to 3.5KN;Traction apparatus is installed additional at outlet side;
2, fabric moves back the weaving of dimension
The 2nd kind of woven thermal fabric that the present invention is produced, uses fabric to move back the weaving of dimension, and warp thread is accumulation of heat heating fibre Dimension/regenerated celulose fibre mixed yarn, weft yarn 1 and weft yarn 2 are all accumulation of heat heat generating fiber/regenerated celulose fibre/high convergency nitriles Synthetic fibre/water-soluble fibre four-in-one blending varicosity double-decker yarn, be made into after grey cloth move back again dimension and fabric desizing subsequently, Dyeing and finishings etc. all will be processed in the hot water;
The weaving that fabric moves back dimension is essentially identical with the weaving that reeled yarn moves back dimension, and difference is: in order to make finished product face The density of material is identical, and reeled yarn moves back dimension should use less dyeing and finishing width shrinkage, is set to w1, fabric moves back dimension and should use relatively large Dyeing and finishing width shrinkage, be set to w2If the percent thermal shrinkage of weft yarn is ε, the most in theory: w1=w2×(1-ε)。
The production method of the accumulation of heat the most according to claim 1 heating varicosity warming woven fabric of double-decker yarn, it is special Levy and be: the dyeing and finishing technology that reeled yarn moves back dimension is as follows:
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades;
(2) cold dome desizing: technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L;Penetrating agent: 2~3g/L;Degreaser: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8~12 hours;
(3) washing: use Full-width rinsing machine that the fabric through cold dome desizing is carried out, fully remove the slurry on fabric and Impurity.Washing process is as follows: speed: 50~60m/min.Wherein, several lattice rinsing bowl washing temperature 60~70 DEG C, middle water are started Washing trough is 80~90 DEG C, and last tank temperature is 40~50 DEG C;
(4) soft setting: technique is as follows: silicone softening agent: 20~30g/L;Citric acid: 1~2g/L;Penetrating agent: 1~2g/ L;Temperature: 140~150 DEG C;Speed: 30~40m/min;Overfeeding: 4%~6%;Fabric width: more than finished product 2~3cm.
The production method of the accumulation of heat the most according to claim 1 heating varicosity warming woven fabric of double-decker yarn, it is special Levy and be: the dyeing and finishing technology that fabric moves back dimension is as follows:
(1) singe: speed of singing: 100~110m/min;Singeing fire hole: two is positive two anti-;Singe progression: 3~4 grades;
(2) cold dome desizing: technique is as follows: liquid caustic soda: 20~30g/L;Scouring agent: 3~5g/L;Penetrating agent: 2~3g/L;Degreaser: 2~3g/L;Hydrogen peroxide: 5~10g/L;Stabilizer: 3~5g/L;Temperature: room temperature;Time: 8~12 hours;
(3) desizing: concrete technology is as follows: liquid caustic soda: 5~8g/L;Scouring agent: 2~3g/L;Degreaser: 1~2g/L;Speed: 50~ 60m/min;Hot water wash temperature: 80~90 DEG C;Temperature washing temperature: 40~50 DEG C;
(4) soft setting: concrete technology is as follows: silicone softening agent: 20~30g/L;Citric acid: 1~2g/L;Penetrating agent: 1~ 2g/L;Temperature: 150~160 DEG C;Speed: 20~30m/min;Overfeeding: 4%~6%;Fabric width: more than finished product 2~3cm.
CN201610528454.5A 2016-07-06 2016-07-06 A kind of production method of the accumulation of heat heating warming woven fabric of varicosity double-decker yarn Active CN106149147B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201610528454.5A CN106149147B (en) 2016-07-06 2016-07-06 A kind of production method of the accumulation of heat heating warming woven fabric of varicosity double-decker yarn

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201610528454.5A CN106149147B (en) 2016-07-06 2016-07-06 A kind of production method of the accumulation of heat heating warming woven fabric of varicosity double-decker yarn

Publications (2)

Publication Number Publication Date
CN106149147A true CN106149147A (en) 2016-11-23
CN106149147B CN106149147B (en) 2018-03-09

Family

ID=58061930

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201610528454.5A Active CN106149147B (en) 2016-07-06 2016-07-06 A kind of production method of the accumulation of heat heating warming woven fabric of varicosity double-decker yarn

Country Status (1)

Country Link
CN (1) CN106149147B (en)

Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102400271A (en) * 2011-07-27 2012-04-04 上海鹤丰针织印染服饰有限公司 Coffee cashmere fabric and manufacturing method thereof
CN102817157A (en) * 2012-09-05 2012-12-12 劲霸男装(上海)有限公司 Processing method of coffee carbon protective clothing fabric
CN202925234U (en) * 2012-10-12 2013-05-08 江苏金太阳纺织科技有限公司 Fabric with moisture-absorbing and heat-emitting functions
CN103251138A (en) * 2013-05-13 2013-08-21 宁波大千纺织品有限公司 Multifunctional knitted underwear shell fabric and preparation method thereof
CN103643385A (en) * 2013-12-03 2014-03-19 嵊州盛泰色织科技有限公司 Method for processing hollow woven fabric
CN203923547U (en) * 2014-04-11 2014-11-05 利郎(中国)有限公司 Coffee charcoal wool underlinen fabric
CN104480591A (en) * 2014-11-19 2015-04-01 李宁体育(上海)有限公司 Coffee carbon fiber and preparation method thereof
CN104480610A (en) * 2014-11-13 2015-04-01 关捷 Wool fabric with milk fiber and processing technique thereof
JP2015224406A (en) * 2014-05-28 2015-12-14 帝人株式会社 Fabric and textile product
CN205077206U (en) * 2015-09-22 2016-03-09 苏州志向纺织科研股份有限公司 Moisture absorption deodorization coffee charcoal fiber surface material

Patent Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102400271A (en) * 2011-07-27 2012-04-04 上海鹤丰针织印染服饰有限公司 Coffee cashmere fabric and manufacturing method thereof
CN102817157A (en) * 2012-09-05 2012-12-12 劲霸男装(上海)有限公司 Processing method of coffee carbon protective clothing fabric
CN202925234U (en) * 2012-10-12 2013-05-08 江苏金太阳纺织科技有限公司 Fabric with moisture-absorbing and heat-emitting functions
CN103251138A (en) * 2013-05-13 2013-08-21 宁波大千纺织品有限公司 Multifunctional knitted underwear shell fabric and preparation method thereof
CN103643385A (en) * 2013-12-03 2014-03-19 嵊州盛泰色织科技有限公司 Method for processing hollow woven fabric
CN203923547U (en) * 2014-04-11 2014-11-05 利郎(中国)有限公司 Coffee charcoal wool underlinen fabric
JP2015224406A (en) * 2014-05-28 2015-12-14 帝人株式会社 Fabric and textile product
CN104480610A (en) * 2014-11-13 2015-04-01 关捷 Wool fabric with milk fiber and processing technique thereof
CN104480591A (en) * 2014-11-19 2015-04-01 李宁体育(上海)有限公司 Coffee carbon fiber and preparation method thereof
CN205077206U (en) * 2015-09-22 2016-03-09 苏州志向纺织科研股份有限公司 Moisture absorption deodorization coffee charcoal fiber surface material

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
常革联: "ITMAASIA+CITME2014参展喷气织机评述", 《纺织导报》 *
李桂付: "利用柔洁纺纱线开发高档色织衬衫面料的实践", 《上海纺织科技》 *

Also Published As

Publication number Publication date
CN106149147B (en) 2018-03-09

Similar Documents

Publication Publication Date Title
CN103614842B (en) Coffee carbon multi-component fiber weaving fabric and preparation method thereof
CN102851845B (en) High-count smooth double-faced wool and production process thereof
CN106012214B (en) Jacquard weave cellulose acetate filament man textile fabric and its production method
CN104562383B (en) Functional bed necessaries fabric and production method thereof
CN106087218B (en) A kind of production method of accumulation of heat fever cored two-layered structural yarn line thermal protection knitted fabric
CN106087217A (en) A kind of production method of accumulation of heat heating varicosity double-decker yarn thermal protection knitted fabric
CN105310377A (en) Self-heating fiber raschel blanket producing method
CN106087183B (en) A kind of production method of the accumulation of heat fever warming woven fabric of cored two-layered structural yarn line
CN103276494B (en) Silk bamboo cicada chirp interwoven shell fabric and production process thereof
CN105755641B (en) It is a kind of to use high-density fabric and its manufacturing method made of high convergency long filament
CN104109940A (en) Jutecell fiber Raschel blanket and technology for manufacturing Jutecell fiber Raschel blanket
CN110295444A (en) A kind of antistatic, moisture absorbing and sweat releasing color knits the product design and production technology of interwoven fabric
CN108442146B (en) Modal polyester peach skin opening and dyeing process
JP5599686B2 (en) Polyester latent crimped yarn and method for producing the same
CN106149147B (en) A kind of production method of the accumulation of heat heating warming woven fabric of varicosity double-decker yarn
JP2005105455A (en) Woven fabric
JP2006057205A (en) Fabric and sportswear
CN108411451A (en) A kind of Long Saiergao Silks kind fabric
CN109162005A (en) Hair washs absorbing fast-drying plumetis and preparation method thereof
CN107475852A (en) A kind of hollow-out fabric and its production method
US10968544B2 (en) Process for manufacturing air rich yarn and air rich fabric
WO2014064661A2 (en) Method for manufacturing a silk-based fabric imitating a cashmere fabric
CN110409030B (en) Production and application of TT yarn based on semi-worsted yarn as decorative yarn
JP3531687B2 (en) Special texture fabric and its manufacturing method
CN112593331A (en) Production method of cut-pile-effect-imitated fluffy and soft terry fabric

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant
EE01 Entry into force of recordation of patent licensing contract
EE01 Entry into force of recordation of patent licensing contract

Application publication date: 20161123

Assignee: Nantong weaving Silk Industry Institute for Research and Technology

Assignor: Jiangsu Engineering Vocational College

Contract record no.: 2019320010032

Denomination of invention: Production method for heat-storage and heating bulky-double-layer-structure-yarn warm-keeping woven fabric

Granted publication date: 20180309

License type: Exclusive License

Record date: 20190708