CN108950811A - A kind of tooling fabric and its production technology of crease-resistant softness - Google Patents
A kind of tooling fabric and its production technology of crease-resistant softness Download PDFInfo
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- CN108950811A CN108950811A CN201810978078.9A CN201810978078A CN108950811A CN 108950811 A CN108950811 A CN 108950811A CN 201810978078 A CN201810978078 A CN 201810978078A CN 108950811 A CN108950811 A CN 108950811A
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- D—TEXTILES; PAPER
- D03—WEAVING
- D03D—WOVEN FABRICS; METHODS OF WEAVING; LOOMS
- D03D15/00—Woven fabrics characterised by the material, structure or properties of the fibres, filaments, yarns, threads or other warp or weft elements used
- D03D15/40—Woven fabrics characterised by the material, structure or properties of the fibres, filaments, yarns, threads or other warp or weft elements used characterised by the structure of the yarns or threads
- D03D15/47—Woven fabrics characterised by the material, structure or properties of the fibres, filaments, yarns, threads or other warp or weft elements used characterised by the structure of the yarns or threads multicomponent, e.g. blended yarns or threads
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01D—MECHANICAL METHODS OR APPARATUS IN THE MANUFACTURE OF ARTIFICIAL FILAMENTS, THREADS, FIBRES, BRISTLES OR RIBBONS
- D01D13/00—Complete machines for producing artificial threads
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- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02G—CRIMPING OR CURLING FIBRES, FILAMENTS, THREADS, OR YARNS; YARNS OR THREADS
- D02G3/00—Yarns or threads, e.g. fancy yarns; Processes or apparatus for the production thereof, not otherwise provided for
- D02G3/02—Yarns or threads characterised by the material or by the materials from which they are made
- D02G3/04—Blended or other yarns or threads containing components made from different materials
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06M—TREATMENT, NOT PROVIDED FOR ELSEWHERE IN CLASS D06, OF FIBRES, THREADS, YARNS, FABRICS, FEATHERS OR FIBROUS GOODS MADE FROM SUCH MATERIALS
- D06M15/00—Treating fibres, threads, yarns, fabrics, or fibrous goods made from such materials, with macromolecular compounds; Such treatment combined with mechanical treatment
- D06M15/19—Treating fibres, threads, yarns, fabrics, or fibrous goods made from such materials, with macromolecular compounds; Such treatment combined with mechanical treatment with synthetic macromolecular compounds
- D06M15/21—Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds
- D06M15/327—Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds of unsaturated alcohols or esters thereof
- D06M15/333—Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds of unsaturated alcohols or esters thereof of vinyl acetate; Polyvinylalcohol
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06M—TREATMENT, NOT PROVIDED FOR ELSEWHERE IN CLASS D06, OF FIBRES, THREADS, YARNS, FABRICS, FEATHERS OR FIBROUS GOODS MADE FROM SUCH MATERIALS
- D06M2200/00—Functionality of the treatment composition and/or properties imparted to the textile material
- D06M2200/50—Modified hand or grip properties; Softening compositions
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- D—TEXTILES; PAPER
- D10—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B2201/00—Cellulose-based fibres, e.g. vegetable fibres
- D10B2201/01—Natural vegetable fibres
- D10B2201/02—Cotton
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- D—TEXTILES; PAPER
- D10—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B2331/00—Fibres made from polymers obtained otherwise than by reactions only involving carbon-to-carbon unsaturated bonds, e.g. polycondensation products
- D10B2331/04—Fibres made from polymers obtained otherwise than by reactions only involving carbon-to-carbon unsaturated bonds, e.g. polycondensation products polyesters, e.g. polyethylene terephthalate [PET]
-
- D—TEXTILES; PAPER
- D10—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B2401/00—Physical properties
- D10B2401/06—Load-responsive characteristics
- D10B2401/062—Load-responsive characteristics stiff, shape retention
-
- D—TEXTILES; PAPER
- D10—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B2501/00—Wearing apparel
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Artificial Filaments (AREA)
Abstract
The present invention relates to a kind of production technologies of the tooling fabric of crease-resistant softness, after first being melted using polyester resin and its auxiliary agent, it squeezes out, polyester slice is made in pelletizing, fine denier polyester staple fiber is formed using spinning technique, then warp thread is made with the short fine and general cotton carding mixed yarn of conventional polyester, the short fine and combed cotton blended yarn of fine denier polyester makees weft yarn and fabric is made by SEILE textile and weaving process.The beneficial effect is that: the tooling fabric of crease-resistant softness provided by the invention, skin surface softness, comfortable, moisture absorbing and sweat releasing have well solved the bad problem of traditional tooling fabric comfort level；The positive cleaning of fabric is smooth, graining is full, the lustrous and transparent profit of gloss is soft, feel is smooth, has good wrinkle resistance, so that the routine use of tooling and arrangement are more convenient, succinct；Cloth cover lines is clear, it is well-pressed spend, cloth cover filoplume is few, strength is high.
Description
Technical field
The invention belongs to textile garment technical fields, and in particular to a kind of tooling fabric and its production work of crease-resistant softness
Skill.
Background technique
Tooling can not only establish enterprises and institutions' image as the unified dress ornament in industry, and can improve the solidifying of employee
Poly- power and centripetal force, the more and more extensive use of tooling at present is into all trades and professions.As the improvement of people's living standards, former
This use, which stresses different uniform toolings, gradually more identical wearability requirements, wherein most basic is that dress is relaxed
Adaptive.
In the design process of traditional tooling fabric, designer or the improvement for focusing on snugness of fit, or focus on safety
The enhancing of safeguard function, and seldom arrange the safety of tooling fabric, snugness of fit and daily maintenance etc.
It combines.
In security protection tooling fabric using upper, it should with regard to security protection performance, snugness of fit and daily maintenance
The elements such as arrangement comprehensively consider, and should have security protection performance, protect the safety of life and property of industrial worker；Also to consider
The comfort of dress, allowing industrial worker, body and mind is pleasant at work, is conducive to improve working efficiency；Should also have simultaneously good
Good wrinkle resistance and appearance shape-retaining ability, this can not only embody the image of enterprises and institutions, and can make tooling routine use,
It is more succinct convenient that maintenance arranges, and then saves a large amount of time and efforts for industrial worker.
But traditional tooling fabric crease resistance and shape retention is bad, snugness of fit is bad.
Summary of the invention
In order to solve the problems in the existing technology, the present invention provides a kind of tooling fabric of crease-resistant softness and its lifes
Production. art, using fine denier polyester staple fiber, cotton is fine and the short fibre of ordinary polyester is blended at tooling fabric, and fabric whole style is good, by force
Power is high, outside show as it is smooth it is well-pressed, graining is full, the lustrous and transparent profit of gloss is soft, feel is smooth, skin surface is then soft, comfortable, moisture absorption
It perspires.
The object of the present invention is to provide a kind of tooling fabrics of crease-resistant softness.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, the fabric is by including the following steps
Technique production:
(1) preparation of polyester slice: polyester slice is made using polyester resin and auxiliary agent, the auxiliary agent includes glycerol, two
Titanium oxide and zinc oxide mix, epoxy group benzophenone and inorganic fine particles；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained successively by it is pre-crystallized, dry,
Melt extruded, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping,
Molding forms staple of thin denier；
(3) SEILE textile: the staple of thin denier and the combed cotton spun yarn by the way of SEILE textile that step (2) is obtained
Line；
(4) it is made into fabric: using terylene short fiber and general cotton carding mixed yarn as warp thread, being wound up into warp beam through warping machine, then
Yarn in warp beam is sequentially sent to carry out slashing operation in stock tank, forms sizing, the yarn that is obtained with step (3) and
Combed cotton is weft yarn, successively after weaving, desizing, dyeing, thermal finalization, forms the tooling fabric of the crease-resistant softness.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (1), be in temperature
Under conditions of 280-300 DEG C, polyester resin and inorganic fine particles are put into low-speed agitator and stir 10-15min, formed molten
Melt state；Then nano zine oxide, titanium dioxide and epoxy group benzophenone are sequentially added, glycerol is added after mixing,
Continue to stir at low speed 30-50min；Moderate-speed mixer 60-90min is finally used, is squeezed out after mixing with plasticizing instrument, check rod is cut
Grain, is made polyester slice；The low speed is 100-200rpm, and the middling speed is 300-400rpm.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (1), the terylene
Resin and auxiliary agent are by weight percentage are as follows: glycerol 0.07-0.08%, zinc oxide and titanium dioxide mixture 6-15%, epoxy group
Benzophenone 0.8-1.2%, inorganic fine particles 8%-9%, surplus are polyester resin；The zinc oxide and titanium dioxide mixing
The partial size of zinc oxide and titanium dioxide is respectively less than or is equal to 400nm in object, and the mass ratio of the titanium dioxide and zinc oxide is 1:
10-1:6；The zinc oxide and titanium dioxide mixture the preparation method comprises the following steps: by the way of high-energy ball milling, respectively by titanium dioxide
Titanium and zinc oxide are ground into fine-powdered, and filter out fine powder of the partial size between 10-50 microns, then use nano-level grinder
It is ground into partial size after the above-mentioned zinc oxide screened and titanium dioxide are uniformly mixed according to a ratio and is respectively less than or is equal to 400nm
Ultrafine particle up to the zinc oxide and titanium dioxide mixture；The inorganic fine particles be silica, barium sulfate and/
Or iron oxide.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (2), the melting
The temperature of extruding is 283-298 DEG C, and the temperature of spinning biphenyl used in the spinning process is 301-312 DEG C, described
The speed of spinning is 2650-2800m/min；The aperture of spinneret used in the filament spinning component extrusion process is 0.17-
0.25mm, the thickness 20-25mm of the spinneret, the draw ratio of the spinneret are 3-4, and the angle of transitional pore is 50-60 °；
Wind speed during the ring wind quenching is 0.4-0.8m/s, and the humidity of the circular blow wind is 70-75%, the circular blow wind
Temperature is 28-30 DEG C；Chopping is carried out using yarn cutter, the fineness of the staple of thin denier is 0.8-1.0dtex.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (3), the match network
The process of spinning specifically: using the staple of thin denier and 32S combed cotton as raw material, the staple of thin denier successively pass through into
Row blowing, cotton carding, combing form chemical fibre strip；Combing sliver is made in the 32S combed cotton；By the chemical fibre strip and the combing
Sliver carries out drafting, rove, spun yarn and winder, spun yarn.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, further, in the blowing process,
Cotton roll dry weight 370-380g/m, feed roll motor-hired roughneck gauge 15-20mm, lap roller speed 13-16r/mim, comprehensive hired roughneck
Speed 920-950r/min；In the carding process, weight of card sliver 17.5-18.5 g/5m, cylinder speed 330-350r/min,
Doffer speed 31-36r/min, licker-in speed 870-890r/min, cover plate speed 115-130r/min；In the combing,
Weight of card sliver 18.2-19.5g/5m, 5-6 times of dominant draft multiple, 1-3 times of drafting multiple, clustering roller speed 1600-1680r/
Min, 1350-1395r/min of barrel velocity, proparea roller are held away from 35-42mm, and back zone roller is held away from 42-48mm, loudspeaker
Bore 3.7-4.2mm combs the short flannel and impurity of lower 35-40%；In the process of roving, regular roving feeding 4.5-4.9g/10m,
Roving twist factor 90-110, rove back zone drafting multiple 1-2, fly frame drawing-off general times 4-6；In the spinning process, spun yarn
Horn mouth center is away from 2.5-3.5mm, yarn twist factor 350-380, and 50-65 times of general times of spinning frame drawing-off, spun yarn front roller is fast
Spend 120-130r/min.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (4), with 1.4D ×
38mm conventional polyester short fine (tencel) and the general cotton carding mixed yarn of 32S are short with 0.8-1D × 38mm fine denier polyester as warp thread
Fine sizing and 32S combed cotton are weft yarn.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (4), the terylene
Short fibre accounts for the 20-60% of warp thread weight, and the general cotton carding accounts for the 40-80% of warp thread weight, and the yarn accounts for the 20- of weft yarn weight
60%, the combed cotton accounts for the 40-80% of warp thread weight；The tension of the warping machine is 8-12cN, speed of beaming 680-
720m/min；Slurry in the stock tank includes cornstarch, PVA, lubricant, bleeding agent and antistatic agent；Using " opening late
Mouthful " technique carry out the weaving process, in the weaving process, through it is close be 472-551 root/10cm, filling density 236-315
Root/10cm, injecting time are 85-95 °, and heald level time is 340-351 °, and clamper traverse is 0.8-1.0mm, speed 550-
650rpm, warp tension 25-35cN/cm.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, further, the cornstarch and
The weight ratio of PVA is 10:1；The lubricant is emulsifying wax, and the additive amount of the lubricant is 0.2-0.5g/L, described to be impregnated with
Agent is polyoxyethylene ether, and the additive amount of the penetrant is 0.1-0.8g/L, and the additive amount of the antistatic agent is 0.2-1g/L.
The tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, wherein in step (4), the dyeing
Before carry out processing of singing, the processing of singing are as follows: only processing of singing is carried out to the front of the fabric after desizing；Using two-bath process into
Row dyeing, the dyeing liquor include bleeding agent and color fixing agent, and the bleeding agent is JFC, dosage 0.5g/L~2g/L；The dyeing
In the process, the dyeing temperature of disperse dyes is 180-190 DEG C；The dyeing temperature of reactive dye is set as 60-65 DEG C；Disperse dyes
Dosage be 0.5-2% (owf), bath raio is 1:30-1:50 when dyeing, and dyeing temperature is 180-190 DEG C；Reactive dye dosage is
0.2-2% (owf), bath raio is 1:30-1:50 when dyeing, dyeing temperature is 60 DEG C~65 DEG C；The postfinishing process is using parent
Aqueous softening agent；The softening agent is hydrophilic silicon oil CGF.
Another object of the present invention is to provide a kind of production technology of the tooling fabric of crease-resistant softness.
The production technology of the tooling fabric of the crease-resistant softness of specific embodiment according to the present invention, the production technology,
The following steps are included:
(1) preparation of polyester slice: polyester slice is made using polyester resin and auxiliary agent, the auxiliary agent includes glycerol, two
Titanium oxide and zinc oxide mix, epoxy group benzophenone and inorganic fine particles；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained successively by it is pre-crystallized, dry,
Melt extruded, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping,
Molding forms staple of thin denier；
(3) SEILE textile: the staple of thin denier and the combed cotton spun yarn by the way of SEILE textile that step (2) is obtained
Line；
(4) be made into fabric: the yarn that step (3) is obtained is wound up into warp beam through warping machine, then will be in warp beam
Yarn is sequentially sent to carry out slashing operation in stock tank, sizing is formed, using terylene short fiber and general cotton carding mixed yarn as warp thread, with institute
It states sizing and combed cotton is weft yarn, successively pass through weaving, desizing, dyeing, final finishing, thermal finalization, form the crease-resistant softness
Tooling fabric.
SEILE textile also known as and twist spinning, be on spinning frame feed two holding one fixed spacing rove, after drawing-off, by preceding
Roller exports this two single thread yarns, and is made due to the transmitting of the twist with a small amount of twist on single thread yarn, quilt after split
Further twisting is at the similar yarn combineeed, on bobbin.
The equipment for preparing fine-denier polyester fiber is improved, specific as follows:
(1) novel barrier screw is used, in novel barrier screw other than main thread, is also set up between main thread
There is deputy thread, there are two deputy threads between two main threads, two deputy thread specifications are consistent and with the midpoint phase of main thread spacing
Symmetrically, they have certain axial distance between main thread, the axial distance be it is adjustable, adjust axial distance when,
The direction of motion of two deputy threads is opposite, and using the midpoint of main thread spacing as boundary, and axial distance generally takes slice big
Small 1/2, i.e. 0.6-0.8mm.The spiral shell rib specification of deputy thread and main thread difference, secondary spiro edge height are lower than the spiral shell rib of main thread
0.5mm.In melting process, melt and the slice of volume very little can pass through gap, further melt, and volume is biggish
Then the uniformity of melt cannot can be improved in this way by the gap in slice.After slice is with thread contact, due to major-minor screw thread
It is in high-speed rotating state, slice is cut, and volume reduces, and then by gap, is further melted.By the barrier type
After screw rod, slice is easier to be melt into melt, and after the slice melting of small size, obtained melt is also more uniform.Cabinet
In static mixer, further the melt of melting can be mixed, be conducive to the spinning that high uniformity, high stability is made
Melt.
(2) thickness of spinneret be influence spinning an important factor for, if spinneret is too thin, will cause tow spray it is irregular,
Increase end breakage rate, the stability of spinneret can be improved in the appropriate thickness for increasing spinneret, reduces the inhomogeneity of spinneret section segment, and normal
The 2.0mm spinneret that rule terylene spinning uses is compared, and selects the spinneret of thickness 20-25mm that can improve the above problem；To avoid
Tube wall it is uneven to melt flows generate adverse effect, transitional pore use one of transitional pore, 50-60 ° of angle；It is molten to guarantee
The spinning of the rate of extrusion of body, especially fine count fiber, spinneret orifice diameter is preferably small unsuitable big, but it is too small if, then will increase disconnected
Head rate, therefore aperture selects 0.17-0.25mm, preferably 0.20mm, draw ratio 3-4.Meanwhile in order to guarantee cooling effect, spray
Wire hole is by the way of rectangular arranged.
(3) fine denier polyester long filament due to its specific surface area it is larger, the variation of strand ectonexine temperature gradient is obvious, uses routine
Cooling means be difficult normally to produce.The present invention has reached good cooling effect by improving to cooling system.It improves
It is as follows: to use special cooling Manifold technology, tow is cooled down in conjunction with ring wind quenching system, which is ring junction
Structure has equally distributed micropore on cooling tube；Microcellular structure is similar to rotary table, and in stereochemical structure, outer layer is more smaller than inner layer.Ring
Blow moulding wind reaches tow surface after each micropore evenly distributes, and the use of this special annular cooling conduit can eliminate gas rapidly
The negative pressure gas flow formed with air-flow is flowed and supplemented, guarantees that tow ectonexine cooling effect is consistent, it is disconnected to can reach reduction spinning
Head improves the purpose of production efficiency.
Selected 229 grades of cottons successively carry out the operation such as opening picking, cotton carding, combing, and then combing sliver are made.In cotton carding
In the process, to solve the problems, such as that the short fibre of fine-denier is not easy combing, cylinder tooth pitch is adjusted to 0.28mm, while adding softener
Solve the problems, such as that carding machine is hot with antistatic finish.
By the sliver and chemical fibre strip after 6 drafting operations, keeps straightening of fibers parallel using drawing-off, be made ripe
Item；The operation of rove is carried out to ripe bar.In mixing in doubling step, using " it is more and close, again pressurization, in quantitative, big gauge " technique it is former
Then, damage of the parts to fiber is reduced to greatest extent, while stretches fibers parallel.
Because tooling fabric is more demanding to cloth cover, it is desirable that cloth cover is clean and tidy, well-pressed, filoplume is few, strength is high, and the present invention is using match
Fine-denier polyester fiber and combed cotton are spun into mixed yarn by the mode of network spinning, and back zone drafting multiple is relatively small when because of rove, because
This roving twist factor should be suitably turned up, and to reduce spun yarn end breakage rate, improve the uniformity of resultant yarn, it is proper to choose 90-110；
When spun yarn, to prevent fiber from generating sliding phenomenon in sliver, biggish yarn twist factor should be selected；To avoid to regular roving feeding
Limitation, the total draft multiple of spinning frame should be changed, be promoted to 50-65 times by original 30-40 times.
When sizing, slurry selects PVA, and adds a small amount of lubricant, penetrant and antistatic agent, reaches emulsification, diffusion, increasing
Add serous coat hygroscopicity and flatness, improve sizing wear resistant properties equivalent fruit.PVA has the hydrophobic fibres such as terylene preferable viscous
Attached property and film forming；Lubricant, penetrant and antistatic agent select conventional variety.
When warping, to improve production efficiency, guarantees warp beam quality, warping is carried out by the way of batch warping, it is in batches whole
Through having the advantages that high production efficiency, warp quality are good, sizing effect is good compared with other warping modes.For the elasticity for keeping yarn
And strength, in the case where guaranteeing warp beam rolling density, tension should be minimized；In view of yarn is thinner, speed is excessively high easily
Yarn break is caused, speed is too low, and it will cause wastes, therefore speed of beaming should select with caution.
When weaving, design organization is once twill-weave on two, is weaved using the technological measure of " opening late ".Chi Kai
Mouth can effectively reduce warp tension, and resistance also can accordingly reduce when beating, this to reduce end breakage play the role of it is positive,
Cloth cover lines can be made clear simultaneously, and be conducive to wefting insertion.It is answered in weaving process for the stress condition for further improving yarn
Opening period and silent period is appropriately extended, while shortening idle period.
It is singed in treatment process of singing by original front and back sides and is changed to front and singes, reverse side is not singed processing；Dyeing side
Method selects two bath process, increases the use of bleeding agent in dyeing course, and ensure through to terylene by multiple prescription proportion
The short fine solid colour with broadwise fine-denier softness terylene short fiber, avoids two irregular situations from occurring.And increase activity/intellectual circle
The color fixing agent of cellulose dyeing increases the color fastness of skin surface fiber；Final finishing softening agent uses hydrophilic soft
It soft dose, avoids causing fabric not absorb water using oiliness softening agent.
The fine-denier polyester fiber that improved spinning technique is spun, fiber number is thin, bending stiffness is small, is that fabric is good soft
It is soft to provide condition.Meanwhile this money fabric carries the characteristics of woven twill fabric well, it is smooth it is well-pressed, graining is full,
In addition blended using combed cotton and fine-denier polyester fiber progress, fabric had both remained the style characteristic that polyester fabric is crease-resistant, smooth,
Also the excellent comfort of combing cotton face fabric is remained.
The invention has the benefit that
The present invention provides a kind of tooling fabrics of crease-resistant softness, by being passed through with the short fine and general cotton carding mixed yarn of conventional polyester
Yarn, fine denier polyester is short fine and combed cotton blended yarn makees fabric made of weft yarn, and skin surface is soft, comfortable, moisture absorbing and sweat releasing, well
Solve the problems, such as that traditional tooling fabric comfort level is bad；The cleaning of fabric front is smooth, graining is full, the soft, hand of the lustrous and transparent profit of gloss
Feel smooth, there is good wrinkle resistance, so that the routine use of tooling and arrangement are more convenient, succinct；
By the improvement of equipment, corresponding adjustment is made to spinneret plate thickness, spinneret orifice diameter, spinneret orifice arrangement mode etc.,
So that spinning melt is more uniform, melt ejection is more stable, while reaching technique requirement, effectively reduces spinning break
Rate improves the production efficiency of spinning phase；It is by way of SEILE textile that terylene short fiber is blended with cotton fiber, and strict control
Roving twist factor, rove area drafting multiple, yarn twist factor, spun yarn horn mouth center away from etc. core parameters, obtain feel more
Good, performance more preferably scribbled, improves the bar evenness and intensity of yarn, make made of tooling fabric there is cloth cover line
Road is clear, it is well-pressed spend, the features such as cloth cover filoplume is few, strength is high.
By to fine denier polyester it is short it is fine carry out with combed cotton blended ratio preferably, crease-resistant flexible nature, fabric feeling and
Seek an equalization point between cost, in fabric there is good crease-resistant softness, Moisture absorbing & quick drying property and dress to relax
While adaptive, production cost is reduced to greatest extent.This realizes energy-saving and environment-friendly enterprise's save the cost, reduction energy consumption
Production method has very positive meaning.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of ring wind quenching pipe in the present invention；
Fig. 2 is the structural schematic diagram of micropore in the present invention.
Appended drawing reference
8-cooling tubes；9-micropores；10-collar extensions；11-internal orifices.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, technical solution of the present invention will be carried out below
Detailed description.Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Base
Embodiment in the present invention, those of ordinary skill in the art are obtained all without making creative work
Other embodiment belongs to the range that the present invention is protected.
After scheme in following embodiment specification and claims to be determined, then write.
Embodiment 1
A kind of tooling fabric of crease-resistant softness is present embodiments provided, production technology is as follows:
(1) preparation of polyester slice: first by the way of high-energy ball milling, titanium dioxide and zinc oxide are ground into carefully respectively
Powdery, and fine powder of the partial size between 10-50 microns is filtered out, then use nano-level grinder by the above-mentioned oxygen screened
Change zinc and titanium dioxide is that 1:10 is ground into ultrafine particle of the partial size less than 400nm after mixing and states oxidation to obtain the final product in mass ratio
Zinc and titanium dioxide mixture；Take glycerol 0.07%, zinc oxide and titanium dioxide mixture 15%, epoxy group benzophenone
1.2%, silica, barium sulfate 9%, surplus are polyester resin as raw material；Under conditions of temperature is 280 DEG C, by terylene
Resin and silica, barium sulfate are put into low-speed agitator and stir 15min, form molten condition；Then nanometer is sequentially added
Zinc oxide, titanium dioxide and epoxy group benzophenone, are added glycerol after mixing, continue to stir at low speed 30min；Finally adopt
With moderate-speed mixer 90min, squeezed out after mixing with plasticizing instrument, polyester slice is made in check rod pelletizing；The low speed is
100rpm, the middling speed are 300rpm；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained successively by it is pre-crystallized, dry,
Melt extruded, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping,
Synnema, seal wire, drawing-off, shaping heat box, oil tanker oil, coiling and molding, forms staple of thin denier；The temperature of the melt extruded is
295 DEG C, the speed of the coiling and molding is 2600m/min；Spinneret hole number in the filament spinning component extrusion process is 144
Mesh, plate diameter 95mm, thickness 24mm, aperture 0.18mm, spinneret orifice is rectangular arranged；Wind speed during the ring wind quenching is
0.3m/s, wind moisture 70%, temperature are 30 DEG C；The speed of the synnema is 2800r/min, and the tension of the synnema is
0.3cN/dtex, the oil applying rate of the synnema are 0.5%；Chopping is carried out using yarn cutter, the fineness of the staple of thin denier is
1.0dtex；
(3) SEILE textile: the staple of thin denier and the combed cotton spun yarn by the way of SEILE textile that step (2) is obtained
Line；
(4) it is made into fabric: using terylene short fiber 40wt% and general cotton carding 60wt% mixed yarn as warp thread, being wound through warping machine
Onto warp beam, then the yarn in warp beam is sequentially sent to carry out slashing operation in stock tank, forms sizing, obtained with step (3)
The yarn 40wt% and combed cotton 60wt% is weft yarn, successively after weaving, desizing, dyeing, thermal finalization, is formed described anti-
Wrinkle soft tooling fabric.
Embodiment 2
A kind of tooling fabric of crease-resistant softness is present embodiments provided, production technology is as follows:
(1) by the way of high-energy ball milling, titanium dioxide and zinc oxide the preparation of polyester slice: are ground into fine powder respectively
Shape, and fine powder of the partial size between 10-50 microns is filtered out, then use nano-level grinder by the above-mentioned oxidation screened
Zinc and titanium dioxide are that 1:6 is ground into partial size after mixing and states to obtain the final product less than or equal to the ultrafine particle of 400nm in mass ratio
Zinc oxide and titanium dioxide mixture；Use raw material for glycerol 0.08%, zinc oxide and titanium dioxide mixture 6%, epoxy
Base benzophenone 0.8%, silica, barium sulfate and/or iron oxide 8%, surplus is polyester resin；It is 300 DEG C in temperature
Under the conditions of, polyester resin and silica, barium sulfate and/or iron oxide are put into low-speed agitator and stir 10min, is formed molten
Melt state；Then nano zine oxide, titanium dioxide and epoxy group benzophenone are sequentially added, glycerol is added after mixing,
Continue to stir at low speed 50min；Moderate-speed mixer 60min is finally used, is squeezed out after mixing with plasticizing instrument, check rod pelletizing is made
Polyester slice；The low speed is 200rpm, and the middling speed is 400rpm；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained successively by it is pre-crystallized, dry,
Melt extruded, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping,
Synnema, seal wire, drawing-off, shaping heat box, oil tanker oil, coiling and molding, forms staple of thin denier；The temperature of the melt extruded is
290 DEG C, the speed of the coiling and molding is 2600m/min；Spinneret hole number in the filament spinning component extrusion process is 144
Mesh, plate diameter 95mm, thickness 24mm, aperture 0.18mm, spinneret orifice is rectangular arranged；Wind speed during the ring wind quenching is
0.3-0.4m/s, wind moisture 60%, temperature are 25 DEG C；The speed of the synnema is 2800r/min, and the tension of the synnema is
0.3cN/dtex, the oil applying rate of the synnema are 0.8%；Chopping is carried out using yarn cutter, the fineness of the staple of thin denier is
0.7dtex；
(3) SEILE textile: using the staple of thin denier and 32S combed cotton as raw material, the staple of thin denier is successively passed through
Carry out blowing, cotton carding, combing are crossed, chemical fibre strip is formed；Combing sliver is made in the 32S combed cotton；By the chemical fibre strip and described
Combing sliver carries out drafting, rove, spun yarn and winder, spun yarn；In the blowing process, cotton roll dry weight 375g/m gives cotton
Roller-hired roughneck gauge 18mm, lap roller speed 15r/mim, comprehensive Beater Speed 930r/min；It is raw in the carding process
Item quantifies 18.0g/5m, cylinder speed 340r/min, doffer speed 35r/min, licker-in speed 880r/min, cover plate speed
120r/min；In the combing, weight of card sliver 19.0g/5m, 5 times of dominant draft multiple, 1 times of drafting multiple, clustering roller speed
1650r/min, barrel velocity 1360r/min are spent, proparea roller is held away from 39mm, and back zone roller is held away from 46mm, bell mouth diameter
4.0mm, the short flannel and impurity of comb lower 38%；In the process of roving, regular roving feeding 4.7g/10m, roving twist factor 100, rove
Back zone drafting multiple 1.5, fly frame drawing-off general times 5；In the spinning process, spun yarn horn mouth center is twisted away from 3.0mm, spun yarn
Coefficient 360,60 times of spinning frame drawing-off general times, spun yarn front roller speed 126r/min.
(4) it is made into fabric: using terylene short fiber 20wt% and general cotton carding 80wt% mixed yarn as warp thread, being wound through warping machine
Onto warp beam, the tension of the warping machine is 10cN, speed of beaming 700m/min；Again the yarn in warp beam is sequentially sent to starch
Carry out slashing operation in slot, the slurry in the stock tank includes cornstarch, PVA, emulsifying wax, polyoxyethylene ether and antistatic
The weight ratio of agent, cornstarch and PVA are 10:1, and the additive amount of emulsifying wax is 0.3g/L, and the additive amount of polyoxyethylene ether is
0.5g/L, the additive amount of antistatic agent are 0.6g/L, form sizing；The yarn 20wt% obtained with step (3) and combing
Cotton 80wt% is weft yarn, successively passes through weaving, desizing, processing of singing, dyeing, thermal finalization, forms the tooling of the crease-resistant softness
Fabric；It singes when handling, processing of singing only is carried out to the front of the fabric after desizing, reverse side is without processing of singing, using " slow
The technique of opening " carries out weaving process, in weaving process, through it is close be 520/10cm, filling density is 278/10cm, specific to grasp
Make parameter such as table 1；It is dyed using two-bath process, dye formulation such as table 2, the dyeing temperature of disperse dyes is 185 DEG C；Activity dye
The dyeing temperature of material is set as 63 DEG C；Dyeing temperature is 185 DEG C；Dyeing temperature is 63 DEG C；The postfinishing process is using hydrophilic
Property silicone oil CGF.
1 weaving process parameter table of table
2 prescription of its dyeing liquor of table
Embodiment 3
A kind of tooling fabric of crease-resistant softness is present embodiments provided, production technology is as follows:
(1) by the way of high-energy ball milling, titanium dioxide and zinc oxide the preparation of polyester slice: are ground into fine powder respectively
Shape, and fine powder of the partial size between 10-50 microns is filtered out, then use nano-level grinder by the above-mentioned oxidation screened
Zinc and titanium dioxide are that 1:8 is ground into partial size after mixing and states to obtain the final product less than or equal to the ultrafine particle of 400nm in mass ratio
Zinc oxide and titanium dioxide mixture；Use raw material for glycerol 0.075%, zinc oxide and titanium dioxide mixture 10%, epoxy
Base benzophenone 1.0%, iron oxide 8.5%, surplus are polyester resin；Under conditions of temperature is 290 DEG C, by polyester resin and
Iron oxide, which is put into low-speed agitator, stirs 13min, forms molten condition；Then nano zine oxide, titanium dioxide are sequentially added
And epoxy group benzophenone, glycerol is added after mixing, continues to stir at low speed 40min；Finally use moderate-speed mixer
75min is squeezed out with plasticizing instrument after mixing, and polyester slice is made in check rod pelletizing；The low speed is 150rpm, the middling speed
For 350rpm；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained successively by it is pre-crystallized, dry,
Melt extruded, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping,
Synnema, seal wire, drawing-off, shaping heat box, oil tanker oil, coiling and molding, forms staple of thin denier；The temperature of the melt extruded is
293 DEG C, the speed of the coiling and molding is 2600m/min；Spinneret hole number in the filament spinning component extrusion process is 144
Mesh, plate diameter 95mm, thickness 24mm, aperture 0.18mm, spinneret orifice is rectangular arranged；Wind speed during the ring wind quenching is
0.3m/s, wind moisture 65%, temperature are 28 DEG C；The speed of the synnema is 2800r/min, and the tension of the synnema is
0.3cN/dtex, the oil applying rate of the synnema are 0.6%；Chopping is carried out using yarn cutter, the fineness of the staple of thin denier is
0.8dtex；
(3) SEILE textile: using the staple of thin denier and 32S combed cotton as raw material, the staple of thin denier is successively passed through
Carry out blowing, cotton carding, combing are crossed, chemical fibre strip is formed；Combing sliver is made in the 32S combed cotton；By the chemical fibre strip and described
Combing sliver carries out drafting, rove, spun yarn and winder, spun yarn；In the blowing process, cotton roll dry weight 370-380g/m,
Feed roll motor-hired roughneck gauge 15-20mm, lap roller speed 13-16r/mim, comprehensive Beater Speed 920-950r/min；It is described
In carding process, weight of card sliver 17.5-18.5g/5m, cylinder speed 330-350r/min, doffer speed 31-36r/min, licker-in
Speed 870-890r/min, cover plate speed 115-130r/min；In the combing, weight of card sliver 18.2-19.5 g/5m,
5-6 times of dominant draft multiple, 1-3 times of drafting multiple, clustering roller speed 1600-1680r/min, barrel velocity 1350-1395r/
Min, proparea roller are held away from 35-42mm, and back zone roller is held away from 42-48mm, bell mouth diameter 3.7-4.2mm, comb lower 35-
40% short flannel and impurity；In the process of roving, regular roving feeding 4.5-4.9g/10m, roving twist factor 90-110, after rove
Area drafting multiple 1-2, fly frame drawing-off general times 4-6；In the spinning process, spun yarn horn mouth center is away from 2.5-3.5mm, carefully
Yarn twist factor 350-380,50-65 times of general times of spinning frame drawing-off, spun yarn front roller speed 120-130r/min.
(4) it is made into fabric: using terylene short fiber 20wt% and general cotton carding 80wt% mixed yarn as warp thread, being wound through warping machine
Onto warp beam, the tension of the warping machine is 8-12cN, speed of beaming 680-720m/min；Again successively by the yarn in warp beam
It is sent into stock tank and carries out slashing operation, the slurry in the stock tank includes cornstarch, PVA, emulsifying wax, polyoxyethylene ether and resists
The weight ratio of electrostatic agent, cornstarch and PVA are 10:1, and the additive amount of emulsifying wax is 0.2-0.5g/L, and polyoxyethylene ether adds
Dosage is 0.1-0.8g/L, and the additive amount of antistatic agent is 0.2-1g/L, forms sizing；The yarn obtained with step (3)
20wt% and combed cotton 80wt% is weft yarn, successively passes through weaving, desizing, processing of singing, dyeing, thermal finalization, is formed described anti-
Wrinkle soft tooling fabric；It singes when handling, processing of singing only is carried out to the front of the fabric after desizing, reverse side is without singing
Processing carries out weaving process using the technique of " late opening ", in weaving process, through it is close be 472-551 root/10cm, filling density is
236-315 root/10cm, concrete operations parameter such as table 3, is dyed using two-bath process, dye formulation such as table 4, disperse dyes
Dyeing temperature is 180-190 DEG C；The dyeing temperature of reactive dye is set as 60-65 DEG C；Dyeing temperature is 180-190 DEG C；Dyeing
Temperature is 60-65 DEG C；The postfinishing process uses hydrophilic silicon oil CGF.
3 weaving process parameter table of table
| Operation item | Parameter setting |
| Speed | 650rpm |
| Injecting time | 85° |
| Heald level time | 340° |
| Clamper traverse | 0.8mm |
| Clamper closing time | 340° |
| Left strand side closing time | 20° |
| Right strand side closing time | 280° |
| Warp tension | 28cN/cm |
4 prescription of its dyeing liquor of table
Using quenching pipe progress ring wind quenching is changed during ring wind quenching, compared with conventional spinning processes, the present invention
Cooling system is improved, using special cooling Manifold technology, tow is cooled down in conjunction with ring wind quenching system, is such as schemed
Shown in 1, cooling tube 8 is ring structure, has equally distributed micropore 9 on cooling tube；9 structure of micropore such as Fig. 2 is similar to rotary table,
Collar extension 10 is more smaller than the diameter of internal orifice 11.Circular blow technique wind reaches tow surface, this Special Ring after each micropore evenly distributes
The use of shape cooling tube can eliminate air-flow rapidly and supplement the negative pressure gas flow formed with air-flow, guarantee that tow ectonexine is cold
But effect is consistent, can reach reduction spinning break, improves the purpose of production efficiency.
Novel barrier screw is used in the preparation process of polyester slice.In novel barrier screw other than main thread,
It is additionally provided with deputy thread and deputy thread, deputy thread is consistent with deputy thread specification, and symmetrical with the midpoint of main thread spacing, they
Have certain axial distance between main thread, the axial distance be it is adjustable, when adjusting axial distance, deputy thread and pair
The direction of motion of screw thread is opposite, and using the midpoint of main thread spacing as boundary, axial distance generally takes the 1/ of slice size
2, i.e. 0.6~0.8mm.On screw rod, the spiral shell rib of deputy thread is 0.5mm lower than the spiral shell rib of main thread.
The tooling fabric of the crease-resistant softness of one kind of the invention, by making warp thread with the short fine and general cotton carding mixed yarn of conventional polyester,
The short fine and combed cotton blended yarn of fine denier polyester makees fabric made of weft yarn, and skin surface softness, comfortable, moisture absorbing and sweat releasing solve well
The bad problem of traditional tooling fabric comfort level of having determined；The cleaning of fabric front is smooth, graining is full, the soft, feel of the lustrous and transparent profit of gloss
It is smooth, there is good wrinkle resistance, so that the routine use of tooling and arrangement are more convenient, succinct, the embodiment of the present invention 3 is made
At crease-resistant softness tooling fabric strength and fastness properties index such as table 5:
The strength and fastness properties index of the tooling fabric of crease-resistant softness made of 5 embodiment of the present invention 3 of table
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of tooling fabric of crease-resistant softness, which is characterized in that the fabric passes through the technique included the following steps and produces:
(1) preparation of polyester slice: polyester slice is made using polyester resin and auxiliary agent, the auxiliary agent includes glycerol, titanium dioxide
Titanium and zinc oxide mix, epoxy group benzophenone and inorganic fine particles；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained is successively by pre-crystallized, dry, melting
Extruding, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping, molding,
Form staple of thin denier；
(3) SEILE textile: the staple of thin denier and the combed cotton spun yarn by the way of SEILE textile that step (2) is obtained；
(4) it is made into fabric: using terylene short fiber and general cotton carding mixed yarn as warp thread, being wound up into warp beam through warping machine, then will be through
Yarn on axis is sequentially sent to carry out slashing operation in stock tank, forms sizing, the yarn and combed cotton obtained with step (3)
The tooling fabric of the crease-resistant softness is formed successively after weaving, desizing, dyeing, thermal finalization for weft yarn.
2. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that be 280- in temperature in step (1)
Under conditions of 300 DEG C, polyester resin and inorganic fine particles are put into low-speed agitator and stir 10-15min, forms molten
State；Then nano zine oxide, titanium dioxide and epoxy group benzophenone are sequentially added, glycerol is added after mixing, is continued
Stir at low speed 30-50min；Moderate-speed mixer 60-90min is finally used, is squeezed out after mixing with plasticizing instrument, check rod pelletizing, system
At polyester slice；The low speed is 100-200rpm, and the middling speed is 300-400rpm.
3. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that in step (1), the polyester resin
By weight percentage with auxiliary agent are as follows: glycerol 0.07-0.08%, zinc oxide and titanium dioxide mixture 6-15%, epoxy group hexichol
Ketone 0.8-1.2%, inorganic fine particles 8%-9%, surplus are polyester resin；In the zinc oxide and titanium dioxide mixture
The partial size of zinc oxide and titanium dioxide is respectively less than or is equal to 400nm, and the mass ratio of the titanium dioxide and zinc oxide is 1:10-1:
6；The zinc oxide and titanium dioxide mixture the preparation method comprises the following steps: by the way of high-energy ball milling, respectively by titanium dioxide and
Zinc oxide is ground into fine-powdered, and filters out fine powder of the partial size between 10-50 microns, then will be upper using nano-level grinder
State the zinc oxide screened and titanium dioxide be uniformly mixed according to a ratio after be ground into partial size and be respectively less than or ultra-fine equal to 400nm
Particle is up to the zinc oxide and titanium dioxide mixture；The inorganic fine particles are silica, barium sulfate and/or oxidation
Iron.
4. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that in step (2), the melt extruded
Temperature be 283-298 DEG C, the temperature of spinning biphenyl used in the spinning process is 301-312 DEG C, the spinning
Speed be 2650-2800m/min；The aperture of spinneret used in the filament spinning component extrusion process is 0.17-0.25mm,
The thickness 20-25mm of the spinneret, the draw ratio of the spinneret are 3-4, and the angle of transitional pore is 50-60 °；The circular blow
Wind speed during air cooling is 0.4-0.8m/s, and the humidity of the circular blow wind is 70-75%, and the temperature of the circular blow wind is
28-30℃；Chopping is carried out using yarn cutter, the fineness of the staple of thin denier is 0.8-1.0dtex.
5. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that in step (3), the SEILE textile
Process specifically: using the staple of thin denier and 32S combed cotton as raw material, the staple of thin denier is successively clear by carrying out
Flower, cotton carding, combing form chemical fibre strip；Combing sliver is made in the 32S combed cotton；By the chemical fibre strip and the combing sliver
Carry out drafting, rove, spun yarn and winder, spun yarn.
6. the tooling fabric of crease-resistant softness according to claim 5, which is characterized in that in the blowing process, cotton roll is dry
Weight 370-380g/m, feed roll motor-hired roughneck gauge 15-20mm, lap roller speed 13-16r/mim, comprehensive Beater Speed 920-
950r/min；In the carding process, weight of card sliver 17.5-18.5g/5m, cylinder speed 330-350r/min, doffer speed
31-36r/min, licker-in speed 870-890r/min, cover plate speed 115-130r/min；In the combing, weight of card sliver
18.2-19.5g/5m, 5-6 times of dominant draft multiple, 1-3 times of drafting multiple, clustering roller speed 1600-1680r/min, pressure roller speed
1350-1395r/min is spent, proparea roller is held away from 35-42mm, and back zone roller is held away from 42-48mm, bell mouth diameter 3.7-
4.2mm combs the short flannel and impurity of lower 35-40%；In the process of roving, regular roving feeding 4.5-4.9g/10m, roving twist factor
90-110, rove back zone drafting multiple 1-2, fly frame drawing-off general times 4-6；In the spinning process, spun yarn horn mouth center
Away from 2.5-3.5mm, yarn twist factor 350-380,50-65 times of general times of spinning frame drawing-off, spun yarn front roller speed 120-130r/
min。
7. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that in step (4), the terylene short fiber
The 20-60% of warp thread weight is accounted for, the general cotton carding accounts for the 40-80% of warp thread weight, and the yarn accounts for the 20- of weft yarn weight
60%, the combed cotton accounts for the 40-80% of warp thread weight；The tension of the warping machine is 8-12cN, speed of beaming 680-
720m/min；Slurry in the stock tank includes cornstarch, PVA, lubricant, bleeding agent and antistatic agent；Using " opening late
Mouthful " technique carry out the weaving process, in the weaving process, through it is close be 472-551 root/10cm, filling density 236-315
Root/10cm, injecting time are 85-95 °, and heald level time is 340-351 °, and clamper traverse is 0.8-1.0mm, speed 550-
650rpm, warp tension 25-35cN/cm.
8. the tooling fabric of crease-resistant softness according to claim 7, which is characterized in that the weight of the cornstarch and PVA
Amount is than being 10:1；The lubricant is emulsifying wax, and the additive amount of the lubricant is 0.2-0.5g/L, and the penetrant is polyoxy
Vinethene, the additive amount of the penetrant are 0.1-0.8g/L, and the additive amount of the antistatic agent is 0.2-1g/L.
9. the tooling fabric of crease-resistant softness according to claim 1, which is characterized in that in step (4), the dyeing is advanced
Capable processing of singing, the processing of singing are as follows: processing of singing only is carried out to the front of the fabric after desizing；It is contaminated using two-bath process
Color, the dyeing liquor include bleeding agent and color fixing agent, and the bleeding agent is JFC, dosage 0.5g/L~2g/L；The dyeing course
In, the dyeing temperature of disperse dyes is 180-190 DEG C；The dyeing temperature of reactive dye is set as 60-65 DEG C；The use of disperse dyes
Amount is 0.5-2% (owf), and bath raio is 1:30-1:50 when dyeing, and dyeing temperature is 180-190 DEG C；Reactive dye dosage is 0.2-
2% (owf), bath raio is 1:30-1:50 when dyeing, dyeing temperature is 60-65 DEG C；The postfinishing process is using hydrophilic
Softening agent；The softening agent is hydrophilic silicon oil CGF.
10. a kind of production technology of the tooling fabric of crease-resistant softness described in claim 1, comprising the following steps:
(1) preparation of polyester slice: polyester slice is made using polyester resin and auxiliary agent, the auxiliary agent includes glycerol, titanium dioxide
Titanium and zinc oxide mix, epoxy group benzophenone and inorganic fine particles；
(2) staple of thin denier spinning technique: the polyester slice that step (1) is obtained is successively by pre-crystallized, dry, melting
Extruding, static mixing, metering pump-metered, filament spinning component extrusion, slow cooling heat preservation, ring wind quenching, coiling and molding, chopping, molding,
Form staple of thin denier；
(3) SEILE textile: the staple of thin denier and the combed cotton spun yarn by the way of SEILE textile that step (2) is obtained；
(4) be made into fabric: the yarn that step (3) is obtained is wound up into warp beam through warping machine, then by the yarn in warp beam
It is sequentially sent to carry out slashing operation in stock tank, sizing is formed, using terylene short fiber and general cotton carding mixed yarn as warp thread, with the slurry
Yarn and combed cotton are weft yarn, successively pass through weaving, desizing, dyeing, final finishing, thermal finalization, form the tooling of the crease-resistant softness
Fabric.
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