Stretch Cotton Weft Production Process Does Not Fall Down

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Thermal underwear for winter can significantly “decompression”, the last two years the popular favorite fashion crowd. Vintage thermal underwear products, is added to the warm liner using thin layer of hot-melt film (commonly known as PVC plastic film) ways to enhance wind resistance, but easy to issue a “rustling” sound when wearing this product, and the impact of ventilation sex, there will be “feeling hot”, prone to static electricity. A new generation of thermal underwear products, including insulation layer between when microfiber woven from the system, so that both the soft and comfortable clothing and good thermal performance and light weight, good elasticity, moisture permeability, hand kneading, supple feel no foreign body sensation. The added Lycra underwear fabric, so that both vertical and horizontal elastic fabric, commonly known as lycra fabric, lining the core is made ​​of high elastic polymers.

1. fabric specifications
Stretch cotton weft not fall down 55% polyester / 40% cotton / 5% spandex, width 150 ~ 160 cm, mass per unit area of ​​280 ~ 300 g / m2 cotton weft lycra does not fall down from 24 to 28 anti pack towel machine needle weaving, using fine denier 150D / 288 FDTY raw material for polyester yarn terry, 14.8 tex / 40 D cotton spandex yarn package for surface silk, spandex content of more than 5%, excellent elasticity.

2. Process
Pre-shaped fabric ready → → → dyeing → ​​cutting ring plus soft bristles → dehydration → drying → ​​→ → carding fleece shearing → ​​→ complex setting.

3. production process

3.1 fabric ready
Prepare including the original cloth fabric inspection, turn cloth (in batches, boxes, print), sewing head mark.

(1) the original cloth inspection
Original cloth inspection includes physical indicators and appearance flaws, requires no oil jump yarn and yarn. General sampling volume of 7% to 9%.

(2) turn the cloth
When turning the cloth to note selvage neatly pull the cloth head can not leak, do the pros and cons, inside and outside the same. Because Lixin Dyeing Machine (ECO38, ECO6) each tube can accommodate up to 220 kg of fabric, so the required amount of points will be gray car, a car can be mounted two, each tube of cloth does not exceed 220 kg (8 bolts of cloth around).

(3) sewing head
Seam requires smooth, fastness, while Sarkozy, stitch density consistent, no leakage needle and needle jump. Note also that when the seam fabric specifications, positive and negative agreement. Two bits of cloth sewn head interface should be encrypted, encryption length is 1 ~ 2 cm, to prevent the occurrence of dyeing cloth off processing. When connected to a cylinder knitted fabric will draw attention to two of cloth needle-bit aligned before connecting.

3.2 presetting
The purpose is to eliminate the existing pre-shaped crease on the fabric, increase fabric dimensional stability and morphological stability, to ensure that is not easy to produce difficult to eliminate wrinkles subsequent processing and administration, and terry upright. Process overfeed needle into the fabric → clip chain (overfeed 6% ~ 7%) → hot air drying room (165 ℃, 50 s) → cooling drop cloth.

3.3 shear ring
Circle of cloth cut speed 30 ~ 40 m / min, the spiral blade speed 5000 ~ 6 000 m / min, the tension is moderate.

Note:
(1) in the regulation of shearing gauge, should gradually from large to small, while adjusting the side effects observed in order to achieve the best position.

(2) sewing head to dense, homogeneous, prison, to minimize I sew, otherwise there will be torn, wrinkled, or even form a shearing uneven or rag.

(3) After the fabric, the fabric is not deviation, can not have wrinkles or curled, so as not to cut circles uneven or broken scissors.

(4) Note that the right amount of fuel to the spiral cutter, too much fuel will spill soiled fabrics; too small, spiral knife blade will overheat and shut down.

(5) joints through notches, to promptly carry a knife, lift and fall to firmly but gently, not tainted scissors.

Before (6) into the machine to pay attention to the positive and negative fabric, the fabric should be against the shearing direction into the cloth, so terry fully upright.

(7) fabric tension should be moderate, longitudinal tension is too large terry lodging easy to make it difficult to cut; tension is too small, loose fabric on both sides, prone to broken edges.

3.4 Staining

3.4.1 dyed polyester
High temperature high pressure dyeing machine dyeing polyester.

Dyeing prescription:
Disperse Orange S-ER /% (omf) 0.475
Scattered ruby S-2GFL /% (omf) 0.19
Scattered blue S-2GL /% (omf) 0.31
Glacial acetic acid / (g · L-1) 0.7
Leveler GS / (g · L-1) 0.5
Dispersant / (g · L-1) 0.5
Degreaser / (g · L-1) 0.5
Bath ratio of 1:15
Reduction cleaning prescription / (g · L-1):
Reducing cleaning agent HY01 1
Glacial acetic acid 0.5
Bath ratio of 1:10
Technology curve (slightly)

3.4.2 dyed cotton core-spun yarn
Process: chemical materials → dyeing → ​​fixing → ​​washing → soaping → ​​washing → ​​drying.
Technology prescription:
Reactive Red /% (omf) 0.12
Reactive Yellow /% (omf) 0.08
Sodium Sulfate / (g · L-1) 30
Soda / (g · L-1) 20
Dispersant / (g · L-1) 0.08
Soap lotion / (g · L-1) 0.6
Bath ratio / (g · L-1) 1: 50
Technology curve (slightly)

3.5 plus Sophie
The purpose is to add soft fabric having a soft, smooth effect, can also improve the elasticity of the fabric, and the antistatic properties and the like.

Technology prescription:
Softener (Changzhou tomorrow) / (g · L-1) 0.5
Antistatic agents (Changzhou tomorrow) / (g · L-1) 0.5
Smoothing agent / (g · L-1) 0.3
Temperature at room temperature
Time / min 10
Bath ratio of 1:20

3.6 dehydration
The fabric was uniformly stacked in the rope is mounted on a vertical shaft of a centrifugal dewatering machine perforated cage, the cage speed operation, the moisture in the fabric due to the removal of the centrifugal force. After the cotton fabric components centrifugal dewatering machine dewatering, water rates in the 30% to 40%, does not make the deformation fabric structure.

3.7 heatset
Covering for surface silk cotton ammonia organization DTY organization for cotton weft pile velvet fabric lycra does not fall in a series of dyeing process, due to repeated mechanical action and repeatedly stretching, the original fabric width and coil geometry produces deformation and contraction, or even skew, through the heat setting to improve the dimensional stability of the fabric, enhanced anti-wrinkle properties. Spandex is not due to high temperature, therefore the heat setting temperature is not too high, try not to exceed 160 ℃.

Conditions:
Equipment cloth clip Stenter Machine
Temperature / ℃ 150 ~ 160
Speed ​​/ (m · min-1) 45
Overfeed /% 10
Under the machine width is 160 ~ 165 cm, mass per unit area of 280 ~ 290 g / m2.

3.8 bristles
Using B light machine needle bristles bristles, speed 15m / min.

Note:
(1) contains a certain amount of moisture to the fabric in order to increase the friction between the fabric and the needle, is easy to bristles. General moisture content of 15% to 10% is more appropriate.

(2) before the bristles should check whether there are remnant fabric edges, holes, and drag yarn for wear part, should advance repaired or removed.

(3) To smooth fabric joints, the back to take together, with dual-channel solid seam, seam less, do not generate the wrinkles.

(4) the effect of fabric tension directly affect the bristles. Tension is too loose, weft yarn moves away, tissue deformation, resulting in uneven bristles. If the warp tension is uneven, such as an intermediate or intermediate loose tight loose sides tight sides, the bristles also generate unevenness, can increase the tension of the tension roller properly, so that the entire fabric formation, even bristles.

(5) the depth of the bristles order to try to separate from dark to light. Because dark colored stains on the obvious fluff, and vice versa, it is very obvious.

(6) cloth of varying size specifications joints should not exceed 2 files, in order to avoid collapse occurred.

3.9 carding
Carding purpose is to erect pile fabric has bristles to evenly shearing.

Conditions:
Large cylinder / (m · min-1) 70
Cloth speed / (m · min-1) 23
Tension 1 / ° 50
Tension 2 / ° 50
Tension 3 / ° 50
Left Brush / times 12
Right Brush / times 12

3.10 Shearing
Process flat pieces of cloth into pieces → → extended tension mechanism → shearing roll → drop cloth.

Conditions:
Speed ​​/ (m · min-1) 15
Wind /% 100
Spiral blade speed / (r · min-1) 1500
Clearance / mm 2
Tension / ° 50
Shearing number one

3.11 fleece
Fleece processes play a decisive impact on the product’s style. Usually the first pass into the 80 ~ 100 ℃ steam so wispy hair form, after repeated rolling fleece, with a hot wind to 90% dry, sub-blowing cold air, so that the fabric can appear the same size and hair neat and tidy tufts.

Process conditions: temperature / ℃ 100, time / min30

Note:
(1) the amount of steam for the formation of hair bundles have a significant impact, a small amount of steam, hair loose and difficult to form tufts.

(2) Length drying time also affects the size of tufts and loose, more dry cloth, velvet bundle more upright, more three-dimensional sense.

(3) The entire fleece during good or bad times in order to ensure that the big drum roll, otherwise it will cause uneven size tufts or end bad.

(4) After cooling to promptly remove the cloth from the big drum, and it spread out in time to avoid the formation of wrinkles.

3.12 Complex setting
Because the fabric stained rope way, and after the brush, mechanical action comb, scissors, rock and other processes, the fabric will shrink vertical and horizontal stretch, causing uneven width and latitudinal lines skew phenomenon, it should be complex setting.

Process conditions: temperature / ℃ 150 ~ 160, speed / (m · min-1) 45, overfeed /% 10, the next full-size machine width is 160 cm, mass per unit area of ​​300 g / m2.

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What Are The Functions of Carding in Spinning?

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Fibers are the raw materials for products in the market. So, fibers need to pass a sequence of processing. Final products of processing may be yarn, fabric or cloth. The first step of processing is spinning.

The spinning process of natural fiber may be carded, combed or rotor types. In general, cotton is one of the most commonly used raw materials all over the world. The spinning process of natural fiber is completely different from synthetic fiber.

The following of blow room process is carding process. Blow room product which is lap or chute becomes carded silver after being carded. Carded sliver feeds to draw frame for making drawn sliver.

Carding is the process which reduces an entangled mass of fiber to a filmy web by working between two closely spaced, relatively moving surfaces clothed with sharp wire points. Carding plays a key role in spinning and it is called as the heart of spinning mill or “weld carding is half spun”. It has the significance on the final result.

Both carded and combed yarn can be carded. The followings are the functions of carding:
1.Carding is done for the individualization of the fiber.
2.Parallelization of fiber also done by carding action.
3.Remaining impurities and dust are eliminated by carding action.
4.Neps of fiber also disentangled by carding action.
5.Short fibers are eliminated by carding action.
6.Fiber blending is done by carding action.
7.Fibers are oriented by carding action.
8.Sliver formation also done by carding action.
9.To facilities the next drawing frame action is another functions of carding.

The main functions of carding machine are quite similar to other processing machine while the shape differs from others completely. Fiber carding machine is different from jute carding machine. In fiber carding machine is done in one machine while fiber needs to pass two carding machine for jute spinning. One is breaker card and the other is finisher card.

Carding will affect the next process and spinning efficiency.

Silk Composite Air Layer Knitted Fabrics Production Process

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Silk knitted products not only with moisture, breathable, lightweight, health and other characteristics, and better than woven silk elastic, anti-wrinkle resistance and washability.

Currently, the market is more popular composite air layer thermal underwear fabrics of cotton and chemical fiber mainly based raw materials, relatively small silk material, for which the development of a series of complex air layer containing silk fabric, mainly from the core material processing, weaving process, dyeing process improvement and innovation aspects of the product by the consumers.

1. Pilling resistant core material processing

Core common air layer fabric used without anti-pilling treatment during wearing due to friction, static electricity and other reasons, the core material is easy to drill out, forming a strip of silk thread, seriously affecting the taking effect. In response to this situation, on the basis of past elastic network processing technology, to carry out anti-pilling core processing, but does not affect the core material shrinkage and fluffy on the basis of the core material processed by the network than ordinary yarn better bulkiness.

Filament interlacing is Shuli air out of the “pigtail” section, where smooth no section does not affect the weaving, while the unpaid portion of the elastic fiber network through the air opening, resulting in a better fluffy, with more good warm effect. Processed by interlacing stretch silk with good cohesion of the post office network, under the ordinary force, several stretch is not easy to loose. Plus appropriate organizational weaving, overcome the common core wire is easy to drill stretch velvet, silk thread from defects.

2. weaving process

Because silk texture rather hard, toughness and bending resistance, is more prone to defects than the average of yarn during weaving, such as triangular eyes, cloth and other irregularities. Difficulties silk weaving knitting process that controls the process of tension, too easy to fall off, it will cause too much wear and tear on the loom parts, oil is also easy to fluff. By constantly adjusting the machine, comparing the best weaving process chosen, the following air layer of silk straight example.

a) Device Parameters

Models: paddle UP372 double jacquard knitting machine

Machine No.: 28-pin /25.4 mm

Tube diameter: 762.0 mm (30 “)

Large ones: 72 F

b) Material selection

Fabric surface and the inner layer are selected for 4.4 / 4.9 tex silk × 2 (40/44 D × 2), the core selection 22.2 tex (200 D) polyester.

c) threading mode

24 F for a loop, the first 1,4,7 … 22 F syringe full into the ring, penetration 4.4 / 4.9 tex × 2 silk; Section 2,5,8 … 23 F dial needle into the whole circle, corresponding drafted pattern at syringe needle on × tuck, penetration 4.4 / 4.9 tex × 2 silk; section 3,6,9 … 24 F corresponds to the drafted pattern × tuck at syringe needle, penetration 22.2 tex polyester.

d) drafted pattern

Its artistic conception shown in Figure 2.

Figure 2 drafted pattern

Flower width of 12 vertical lines, flowers high as eight courses. Road cycling is 24 large ones, because the use of 28-pin /25.4 mm machine-woven, more delicate fabrics, fabric patterns in order to make the effect more prominent, using the same needle for two consecutive pin tuck. Polyester alone all the way into and tuck at a circle, thus reducing the polyester in the middle of moving to avoid pilling, pilling. The fabric results in Figure 3.

Figure 3 fabrics positive effect diagram

e) yarn tension adjustment

Because silk has good toughness, silk weaving to control the tension. Tension too much machine and knitting needles will cause excessive wear and tear, too will fall off when the output of silk yarn, silk general tension control at 3.92 ~ 5.88 cN appropriate. Polyester yarn tension as small as possible, the general control 1.96 ~ 2.94 cN appropriate.

f) cloth adjustment

When weaving, if the tension is too small cloth, cloth easily float, not normally a circle, cloth should be appropriately increased tension, but not too much, too much tension on canvas prone holes to be transferred fabric formation no hole prevail.

h) is adjusted with the cam cylinder and dial cam

Because silk has good toughness, weaving the fabric surface is easy to fluff, so to adjust the syringe and needle plate triangle triangle with them to dial needle and syringe needle into the ring at the same time, this silk into yarn tension is relatively stable, not prone hole.

3. Dyeing and Finishing

After air layer composite fabric weaving, but also after scouring, dyeing, setting and other finishing. When one side of the fabric dyeing inside outwards, to avoid sanding the front, in order to maintain a positive and smooth. With acid dyes, control time and temperature scouring, color fastness to achieve three or more.

Decline of Cotton Price Promotes Industrial Growth

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Purchase and storage policies are retreating from the arena of history. Progress of marketization is approaching and cotton price decline sharply. However, this also presents a chance for the textile filed. Business performance of many textile enterprises in China rises again while some textile and garments stocks recovering from rebounds.

National purchase and storage work will finish by 31st August. Influenced by futures market, the price of new cotton is estimated to decrease to 1500RMB per tons or even lower. This will benefits production and export of textile industry. And it has been proved to be the case. Many textile and garments stocks rebound decently when the cotton price declining.

Since 19th June, Shenyin Wanguo Textile and Clothing Index has have risen from 1586.65 to 1842.47, with a growth of 16.13%. Among that, Vico Essentials has risen by 80.68%, accumulated rise of Hangmin Stock, Huarun Jinghua and Zhejiang Furun also reached more than 40%. Shares of Xunxing Stock, Zhonghe Stock, Huafang Textile also have risen more than 30%.

Due to decline of stored cotton’s price, and the policy of new direct allowance on cotton which will be carried out in 2015, the domestic textile enterprises spend less in raw materials and profits make some rises.

From the aspect of cotton’s prices at home and abroad, domestic textile enterprises have more competitive advantages than foreign competitors when price of domestic cotton per ton is 3000RMB higher than that of imported cotton (with 1% tariffs ).

According to industrial research, many textile enterprises at present stay at pessimistic states. It is predicted that increasing textile companies will quit production and business, or transfer the factories. This will lead to adverse effect on the change of cotton’s price from 2014 to 2015.

Defects and Wastage in Winding

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In winding, transformation spinning bobbin yarn to yarn package is carried out manually. For that, some defects may occur in winding. During types of defects can be found. The following are the main defects in winding.

Defects in winding:
1.Patches are formed on the yarn.
2.Incorrect winding speed.
3.Yarn tension varying.
4.Packages are dirty.
5.Yarn package has incorrect shape.
6.The yarn has too much knots.
7.Excessive full bobbin.
8.Piecing up.
9.Over lapping.
10.Two end winding.
11.Mixing yarns with different density of linear.
12.Greasy and dirty yarn.
13.Poor yarn cleaning and snarling.

During process, defects in winding should be concerned about.

Wastage in winding: In winding section, different reasons can cause wastage. The followings are the main reasons:
1.Knots on package
2.Ends are still remained after tying.
3.Yarn slough off.
4.Coil is remained on the yarn package.
5.Short ends dropped at threading.
6.Greasy and dirty yarn.
7.Workers negligence.

The sizes of the spinning bobbin and breakage rate have great influence on the quantity of wastage. Increasing the package size and reducing the breakage rate of yarn, wastage in winding is fallen.

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The Difference between Precision Winding and Non Precision Winding

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The process transferring yarn from one spinning bobbin to another suitable package is called as winding. According to the density of the package, winding is classified into precision winding and non precision winding.

Precision winding: Precision winding is the process that produces a very dense package in which maximum amount of yarn is stored in a definite volume when the successive coils of yarn on a package and laid close together and parallel or nearly parallel with each other.

Characteristics of precision winding: Precision winding has a lot of characteristics.
1.Reciprocating motion is used for wounding the package.
2.Patterning or robbing may damage package.
3.It contains more yarn.
4.It has low stability.
5.It is hard and more compact.
6.Flange may be needed.
7.Packages are dense.
8.Unwinding process rate is low and process is harder.
9.The wound coil is parallel or nearly parallel.

Non precision winding: The package consisting of single thread which is laid on the package at appreciable helix angle and creating large cross one another, definite stability and a less dense package.

Characteristics of non precision winding: Non precision winding produce low density package. The followings are the characteristics of non precision winding:
1.Only one coil is used.
2.Storing minimum yarn.
3.Cross angle carries out winding.
4.Package is soft and less compact.
5.Having high stability.
6.Low density package.
7.Flanged is unnecessary.
8.Unwilling rate is high and process is easier.

Difference between precision winding and non precision winding

Precision winding Non precision winding
The wound coil is arranged parallel or near parallel. The coil is cross wise wound.
The density of the package is high. The density of the package is low.
The stability of package is low. The stability of the package is high.
The unwilling rate is low and process is harder. The unwilling rate is high and process is easier.
The yarn package is hard and more compact The yarn package is soft and less compact.
The flanged package may be used. The package is not necessary to be flanged.
Difficult to dye, surface of the yarn is dyed properly. Easy to dye
Process is less hairy. Process is more hairy.

After winding, warping and sizing are used to create a weavers beam.

Introducing Functions of Simplex Frame

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The comber is followed by simplex. The sliver made by the comber is so thick that it is no suitable to feed into the ring frame directly to produce yarn. For that, drawn sliver need to be treated in advance. The silver is processed by simplex. This roving frame converted the thick drawn sliver into thin sliver with low twist and produce fine roving which is suitable to produce yarn by feeding into the ring or others.

Drawn sliver→Speed frame/Roving frame/Simplex→Roving→Roving→Ring frame→Yarn

During the process drawn sliver is input and fine roving is output. Roving enters into ring frame to produce yarn. Simplex is used to in case of ring spinning by ring spinning system when producing cotton yarn.

Functions of simplex frame: Using simplex frame such as carding or combing action can achieve various purposes. The followings are the functions of simplex frame.
1.Creeling: Creeling is the first objective of simplex frame arrangement. By the creeling, small amount of draft is applied to the drawn sliver.
2.Drafting: Attenuation of drawn sliver to produce required amount of roving by drafting. Thick drawn sliver is converted into thin roving by the drafting system.
3.Twisting: Small amount of twist is inserted in the drafted stand of fibers by the twisting. The amount of twist is very low.
4.Building: Build the roving on to bobbin such a form which will facilitate unwinding handling and transfer to the next process.
5.Winding: Produced or twisted roving is wound on the bobbin by the winding process. This bobbin is feed to the ring frame and this bobbin accelerates the next process. So, it is important.
6.Doffing: It is the optional functions of speed frame. Doffing could be done manually or automatically.
1.Creeling: Creeling applies small amount of draft to the drawn sliver.
2.Drafting: The Drafting system converts drawn sliver into thin roving.
3.Twisting: Twisting inserts small amount of twist in the drafted stand of fibers.
4.Building: Build the roving on to bobbin such a form which will facilitate unwinding handling and transfer to the next process.
5.Winding: The winding process wind the twisted roving on the bobbin.
6.Doffing: Doffing is operated manually or automatically.

Simplex frame is quite important for spinning process. Unsuitable process can cause defects on yarns. So, the operator should be carful during the process. Machine parameter should be set properly for producing specific count yarn. Proper roving can enhance the properties of yarn.

How to Classify the Types of Spinning Process?

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Spinning is the first step for processing textile products. The process transferring the fiber into yarn is called as spinning. Various types of spinning methods are used to produce yarns. Types of spinning process vary on the types of yarn.

Types of spinning process: Different types of fiber which will be processed needs various types of spinning process. The followings are the commonly used types of spinning process:

For Staple Yarn:
1.Ring Spinning
2.Rotor Spinning
3.Friction Spinning
4.Self Twist Spinning
5.Electro-Static Spinning
6.Vortex Spinning
7.Air Jet Spinning
8.Twist Less Spinning

For Spinning Filament Yarn:
1.Wet Spinning
2.Dry Spinning
3.Melt Spinning
4.Bi-Component Spinning
5.Film Splitting Reaction Spinning

For Integrated Multi-Component Yarns:
1.Integrated Composite Spinning
2.Cover Spun
3.Selfil Yarn Spinning
4.Acro dynamic Spinning

The Functions of Conventional and Technical Textiles

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Textile sector should meet the requirements currently. In the beginning of textile manufacturing, man made textile just only for civilization. The aesthetic and decorative characteristics were the main requirements then. While the demands change with the development of science. Nowadays, people require that textile should have technical and functional properties beside decorative and aesthetic properties.

For the term of technical textile in textile industry, it is defined as the follows:
1.Industrial Textiles
2.Hi-Tech Textiles
3.Functional Textiles
4.Performance Textiles
5.Engineering Textiles
6.Invisible Textiles

Technical textile is the product which meets the specific requirements and is driven by consumers.

Functions of technical textile:
1.Technical textile has chemical functions such as mechanical resistance, reinforcement and elasticity.
2.Having exchange function such as insulation, filtration and conductivity.
3.Having anti-dust, biocompatibility and other functionalities for living.
4.Protective functions like fire resistance, thermal resistance, chemical or breathability, etc.

Functions of conventional textile:
1.Conventional textile is used to protect body from surrounding.
2.It is used to show the wealth and status.
3.It is used for psychological comfort and modesty.
4.The primary reason for making textile is used to cover up people’s embarrassment.

Conventional textile meets the primary requirement while technical textile is manufacturer for meeting the specific functions.

Guangdong Textile and Garments Export Declined Slightly

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According to statistics from Customs, Guangdong export of textile yarns, textile products, garments and clothing accessories(hereinafter referred to as textile and garments )in the first half of 2014 reached 121.47 billion RMB, decreasing by 4.1% compared with that of 2013(The following data are all created on year-on-year basis.). There are several main features of Guangdong textile and garments export from January to June, 2014.

a. Exports in June made the largest increase in 2014.
The whole exports of Guangdong is weak in this year while the export volume in the first six months made less than double-digit percentage increase. Export volume reached 25.76 billion RMB in June, increasing by 7.3% on year-on-year basis. This is the highest growth rate since December 2013, with a ring growth rate of 15.6%.

b. General trade is the main export form.
From January to June, Guangdong exported totally 72.9 billion RMB of textile and garments in general trade, decreasing by 8.7%. However, it accounted for 60% of whole textile and garments exports. At he same time, products exported in processing trade way reached 36.6 billion RMB, decreasing by 1.5% and accounted for 30.1%. As to those exported with special supervision of the Customs, the export volume accounted for only 8.1% with 9.87 billion RMB, decreasing by 1.8%.

c. Export to European Union increased rapidly.
Textile and garments exported from Guangdong to Hongkong, EU and the US accounted for 62.2% of the total exports in this line. Among that, products exported to European Union reached 24.06 billion RMB, increasing by 13.3%. The export statistics of Hongkong, America, the ASEAM and Latin America were 29.97 billion RMB, 21.53 billion RMB, 10.86 billion RMB and 6.49 billion RMB respectively. However, exports to this four countries and regions decreased.

d. Private enterprises and foreign-invested enterprises are main forces of export.
In the first half of 2014, exports of private enterprises and foreign-invested in Guangdong enterprises accounted for 43.4% and 42% of the total export volume on textile and garments. Thus stated-owned enterprises covers just 14.7% with 17.84 billion RMB.

Cotton price and emerging markets demands decline all the time. That leads to unfavorable development status of textile and garment industry. Trade barriers accounted by China textile and garments also make the export trade more difficult.