September 26, 2011
Contents Chapter 1: Beginners – zero mentality, to learn from scratch
Section textile fabrics and related process knowledge
1, fiber and spinning
2, gray
3, finishing
4, inspection cloth
Section garment processing basics
1, the basics of knitting garment processing
2, woven garment processing basics
Chapter II: actual articles – with practice, gain experience
First, knitted and woven fabrics of different
two common types of material specifications and material analysis
Third, cloth test
Chapter: Strategy papers – Looking at the world, compete in China
First, the global apparel industry, changes in the history
Second, the world major textile and compete at a glance
Third, the rapid development of China textile and garment industry of the basic characteristics and globalization factors
Fourth, China clothing development of the industry three major advantages
Chapter: Appendix: Abstracts of textile knowledge and knowledge
Textile Collection 1
textile knowledge highlights 2
Collection of textile knowledge 3
textile knowledge highlights 4
textile knowledge highlights 5
textile knowledge highlights 6
< br /> Textile Knowledge Collection 7
yarn English English common industry highlights
fleece fabric feature
cotton lining performance and quality requirements
Ten offer professional market research
garment production process
textile materials in Translation
color corresponding to the Chinese and English name
disperse dyes, polyester, acrylic, Nylon, spandex performance
the introduction of a number of international brand-name clothing
clothing terminology Chapter: Beginners – zero mentality, to learn from scratch
Section textile fabrics and related process knowledge
Process: weaving and spinning fiber dyeing cloth inspection
(entering the textile industry, there is a basic question, What is the fabric come from? general word, spun into fibers yarn, yarn into fabric, and then after finishing, final acceptance is the finished fabric)
1, fiber and spinning
a textile fiber type Collection
D is DENIER (denier) of the acronym, is a chemical fiber fineness of expression, is 9000 m long wire in moisture regain weight when the number of grams, also known as denier . D greater, indicating coarser yarn. Eg: 75D than the 50D to be rough.
S is the abbreviation for the British branch, for pure cotton yarn fineness of expression, refers to one pound (454 grams) The cotton yarn has 840 yards (1 yard = 0.9144 m) length of the number, ie a few 840 yards, is a few pieces, so the larger S, the finer the yarn. eg: 32S than 21S should be fine.
textile fibers (textile fibre)
★ (1) natural fiber (natural fibre)
● plant fiber (plant fiber)
< br /> ○ seed hair fibers (seed fibre):
cotton (cotton): mainly upland cotton and Sea Island cotton, is a major source of natural fiber.
ceiba (kapok)
○ bast fibers (bast fiber):
linen (flax): Keya hemp linen are annual or perennial of bast fibers.
hemp (Hemp) green hemp, kenaf
ramie (Ramie) (China grass): Ramie Ramie is a perennial Division of bark.
Jute (Jute): Tian Ma Division Jute annual herb of the stem bark fibers.
○ leaf fibers (leaf fibre):
sisal hemp (sisal hemp),
abaca (Manila hemp)
< br /> ○ fruit fiber (fruit fibre):
coir (coconut fibre)
● animal fibers (animal fibre)
hair ( hair):
wool (wool): mainly refers to sheep wool, is a short protein fibers.
rabbit (rabbit hair): Angola, mainly produced in rabbits and rabbit protein staple.
ostrich hair (camel hair): coarse fibers, primarily for industrial textiles.
secretions: silk (tussah silk):
wild silk, the silk of the silkworm feed on the spit of the filament.
silk (mulberry silk): Silk, silkworms eating mulberry spit of the filament.
● mineral fibers (mineral fiber):
asbestos (asbestos fiber)
★ (2) synthetic (man-made fibre) < br />
○ inorganic fiber:
metal fibers, glass fibers, rock fibers slag fiber
(inorganic fiber: metal fiber, stone fiber, glass fiber , slag fiber, Etc.)
○ recycled fiber:
viscose: viscose fibre, vicose rayon, viscose spinning regenerated cellulose fibers.
copper ammonia fiber: cuprammouium rayon, cuprammonium regenerated cellulose fiber method.
acetate: acetate fibre, cellulose derivatives, a semi-synthetic
prosperity fiber: polynosic, also known as “tiger Kapok”, viscose fiber a species.
○ cellulose acetate fibers:
two acetate, triacetate
(Cellulose acetate-fiber: two-acetate fiber, three-acetate fiber)
○ artificial protein fiber:
casein fiber, corn protein, fiber, soybean protein fiber
(corn protein fiber , pea protein fiber)
★ (3) synthetic (synthetic fibre) OR (chemical fiber)
● polyester (poly dimethyl terephthalate) : polyester (PET) with T said.
(polyethylene terephthalate: polyester)
● polyamide fibers: nylon (PA) with N said. Also known as nylon, nylon.
(polyamide, Nylon)
● polyacrylonitrile fibers: acrylic (PVN) with A that foreign “the Austrian-lun.”
(polyacrylonitrile, Acrylic)
● polyolefin fibers: polypropylene (PP)
(Isotactic polypropylene)
● polyurethane fiber: Spandex (OP)
(polyruethane elastomeric fiber; spandex)
● polyvinyl acetal fibers: polyvinyl alcohol (PVA) V
(vinylon)
● PVC: polyvinyl chloride (PVC)
(chlorofibre, polyvinyl chloride fibre)
● other fibers : Aramid, Polyethylene, etc.
with: varieties of polyester filament yarn
birth:
not drawn yarn (conventional spinning) UDY
half pre-oriented yarn (medium-speed spinning) MOY
pre-oriented yarn (high-speed spinning) POY
high oriented yarn (over high-speed spinning) HOY
tensile wire:
tensile wire (low speed tensile wire) DY
full drawn yarn (spinning stretching step) FDY
taking all silk (spinning one-step) FOY
textured yarn:
conventional textured yarn (DY) < br />
stretch textured yarn (DTY)
air textured yarn (ATY)
Second, the nature and characteristics of textile fibers
1, the fiber moisture absorption
moisture absorption in textile fibers on the air, land and air will continue the exchange of water vapor, which textile fibers absorbing water vapor in the air, but also constantly water vapor released into the air. Textile fibers absorb or release water vapor in the performance of known fiber moisture absorption.
textile fiber textile fiber moisture is one of the important physical properties. The size of the textile fiber hygroscopic form of textile fiber size, weight, physical and mechanical properties have a certain influence, and thus also affect the processing and performance. The size of the textile fiber moisture also directly affect the ability to take the fabric to wear comfort. Moisture capacity of the fiber is easy to absorb a large body sweat to regulate body temperature, remove the wet stuffiness, which makes people feel comfortable. Therefore, in commercial trade, performance testing fiber, textile processing and textile fiber choices should pay attention to moisture absorption.
in common textile fibers, wool, linen, viscose, silk, cotton and other moisture resistant and moisture absorption capacity of synthetic fibers generally poor, including polyvinyl alcohol and nylon moisture absorption capacity slightly better , acrylic badly, worse polyester, polypropylene and polyvinyl chloride are almost non-hygroscopic.
present, often the poor moisture absorption ability of synthetic and natural fibers or rayon fibers, to improve the fabric moisture absorption capacity.
moisture absorption in fiber, in addition to moisture absorption, the absorbent fibrous material is also comfortable with taking the fabric is closely related. The absorbent fiber is fiber sorption properties of liquid water. People in the activities generated by water vapor and sweat, the main leader in the material moisture and water absorption, the absorption and divergence out, so people feel comfortable. In general, the major coat is soaked by the rain, so the choice of absorbent fibers for small coat material; underwear mainly due to evaporation and non-dominant body sweat soaked, so to choose a large moisture absorption and water absorption fiber for underwear material.
2, the mechanical properties of fiber
in a variety of mechanical properties of textile fibers under the action of external forces, and the kinds of distortion performance as the mechanical properties of textile fibers. External force, including tension, compression, bending, torsion, friction and other forms.
the mechanical properties of textile fibers include fiber strength, elongation, elasticity, wear resistance, elastic modulus.
fiber strength: the strength of fiber is the fiber ability to resist external damage, it largely determines the durability of the textile goods.
fiber strength fiber used to represent the absolute strength, which refers to the continuous increase in the fiber under load until fracture can withstand the maximum load. Its statutory lecturer in newtons (N) or determining Newton (cN). Kilograms of chocolate or a past practice of using force said.
As the fiber strength with the thickness of the fibers, so the fibers of different thickness, the absolute strength not comparable, therefore, used to indicate the relative strength of the fiber strength. Relative intensity refers to the unit of linear density (per special or every day) fibers can withstand the maximum pulling force. Legal units of measurement for the cow / special (N / tex), or determining cow / special (cN / tex). Past practice of using chocolate / tan stated.
elastic fibers: fibers and their products in the processing and use, should be subjected to external forces, and generate the corresponding deformation. When the external force to remove the fiber part of the recoverable deformation, while the other part of the deformation is not recovered. According to the characteristics of the fiber, the fiber can be deformed into into three parts, namely, when the external force can be resumed immediately after the removal of this part of the elastic deformation of said emergency; when the external force to remove, it can slowly restore this part of the deformation said the slow elastic deformation; when the external force to remove, you can not restore this part of the deformation of said plastic deformation.
fiber refers to fiber deformation of elastic resilience. That elastic fibers commonly used indicator is the size of elastic fibers, said spring rate or response rate. It is urgent elastic deformation and elastic deformation of a certain time of the slow deformation of the percentage of the total.
fiber elastic recovery rate, the fiber elastic deformation recovery ability. With elastic textile fibers made of dimensional stability is good, taking the process is not easy wrinkle, and more wear-resistant. Such as: polyester with excellent flexibility, its clothing is made with a stiff, wear-resistant properties.
wear resistance of fiber: fiber and its products in the processing and the actual use, as constantly subjected to wear caused by friction. The wear resistance of fiber refers to fiber abrasion resistance performance.
fiber abrasion fastness of textile products with closely related. Wear clothing fabrics are pros and cons of taking an important indicator of performance. The wear resistance of fiber and fiber structure of macromolecules, supramolecular structure, elongation at break, elasticity and other factors. Common level of fiber wear the following order:
nylon> polypropylene> polyvinyl alcohol> Polyethylene> Polyester> Acrylic> polyvinyl chloride fiber> wool> silk> cotton> linen> prosperity fiber> copper ammonia fiber> stick plastic fiber> acetate> glass fiber.
fiber elastic modulus: the elastic modulus of fiber, also known as “initial modulus”, which refers to the fiber tensile curve of a line beginning on the part of the stress-strain ratio. In practical calculation, the general desirability of the load elongation curve when the elongation rate of 1% point to obtain the elastic modulus of fiber.
fiber modulus fibers in a small size that the degree of difficulty under load, which reflects the rigidity of the fiber and fabric properties with closely. When other conditions are the same, the fiber elastic modulus, the stiffness of the fabric; the other hand, the elastic modulus is small, the fabric soft.
3, fiber chemical resistance
fiber refers to fiber chemical resistance to various chemicals destroy the resistance.
fibers in the textile dyeing and finishing, will be different degrees of contact with water, acid, alkali, salt and other chemicals at the same time, fiber products in use, will be exposed to various chemicals such as detergents, finishing agents. Therefore, as a textile fiber must have a certain resistance to chemicals, textile dyeing and finishing, and in order to meet product requirements. In addition, only about a variety of chemical resistance of textile fibers, to a reasonable selection of appropriate processing conditions, the proper use of a variety of fiber products.
in a variety of textile fibers, cellulose fibers stronger alkali resistance, and resistance to weak acid. The chemical properties of protein fibers and cellulose fibers is different from its acid resistance than the resistance to strong alkali, the protein fibers in terms of alkali or alkali will be subject to different levels of operation, and even lead to decomposition. Synthetic chemical resistance stronger than natural fibers such as polypropylene and polyvinyl chloride acid and alkali resistance are very good.
4, fiber density
is the density of fibers per unit volume of fiber quality. Common units of g / cm 3 (g/cm3).
fiber size and fiber composition of the macromolecular arrangement of pile and fiber morphology of the structure. Fiber volume the size of the fiber quality of the line density, volume weight of silk yarn, fabrics have an impact on the nature, of which the coverage and quality of fabric has a direct relationship. The smaller fibers have a greater density of coverage, that is, the same coverage of clothing, made by a less dense fiber quality of light clothing. Whether in summer or winter, the quality of light clothing, more popular, more comfortable to wear.
5, fiber and yarn linear density and length
fiber linear density and linear density of fiber length is the thickness of fiber. Fiber length is the length of the fiber.
textile fibers must be of a linear density and length, hold each other to make the fibers together, and rely on friction between the fiber spun yarn is made. Therefore, the textile fiber has a linear density and length, which is a textile processing and the use value of products with the necessary conditions.
linear density of textile fiber and textile processing and silk yarn and fabric made of the performance are closely related. Under normal circumstances, low density fiber line, even better, it will help the textile processing and product quality. Density in the fiber line to take on the properties of the fabric, the smaller the fiber fabric is soft, shiny softer, with the smaller fibers can be obtained relatively thin fabric, but also create good ventilation and silk-effects good fabric. But the fine fluff fiber fabric is easy, since the ball, and crude fiber fabric used to manufacture the stiff, rough and thick fabrics.
Similarly, the length of the textile fibers and textile and product quality closely. Longer fiber length, length uniformity is good, less short fiber content, the quality of textile processing and beneficial. Under the same conditions, the fiber is longer, the yarn strength, evenness, yarn smooth surface, made of fabric fastness, bright and clean appearance, easy to fluff, play the ball. In addition, the guarantee under the premise of the quality of yarn, the longer the fiber, yarn can be spun finer, more light can be used to create the fabric. Is made for the length of the shorter length is more important than the line density, such as cotton grade and pricing, the length is the most important indicators.
in the textile fibers, natural fibers and the length of the line density is heterogeneous, and sometimes the difference is also large, it is with the fiber varieties, growing conditions vary. The chemical is man-made fiber, fiber linear density and length can be within a certain range according to the requirements of fiber processing and use, human-controlled and defined.
bulk yarn bulk yarn to be preceded by two different shrinkage of the fibers into yarn, and yarn on the hot air or steam or boiling water treatment, this time, contraction rate The fibers have a greater contraction in the center of yarn, and mixed low-shrinkage fibers, due to shrinkage, and was squeezed in the formation of ring-shaped surface of the yarn, resulting in fluffy, plump, flexible bulk yarn.
core-spun yarn generally have better strength and elasticity of synthetic filament yarn core, outsourcing cotton, wool, viscose staple fiber and textile made from twisting together yarns. Core yarn and filament yarn outsourcing both short fibers excellent performance. There are the more common polyester core-spun yarn, polyester filament it as the core yarn, cotton fibers outsourcing. There spandex yarn, spandex yarn as it is a core yarn, outsourcing other fiber yarn. Made from such yarn knitted or jeans material, wearing flexibility, and comfortable fit.
fiber and yarn linear density
fiber linear density is a very important feature of the physical characteristics and geometry, it not only affects textile processing and product quality, but also with closely related to the performance of fabric. Similarly, the yarn linear density is the most important indicators. Yarn linear density affect the physical and mechanical properties of textiles, feel, style, etc., it is also an important basis for the design of the fabric.
fiber and yarn linear density has multiple representations, generally in proportion with the yarn cross-sectional area of ??indirect indicators to represent. Commonly used indicators are the Turks (numbers), metric count, British count, denier and so on. In general, fiber and yarn linear density index is divided into fixed-length control system and the fixed weight categories.
fixed-length system is certain to develop a long length of fiber or yarn has the weight, the greater its value, that the more crude fiber or yarn. Currently there are special (tex), dtex (dtex), cents special (mtex), Dan (D) and so on. China legal unit of measurement for the special number system.
Turks referred to as “special”, it refers to the 1000 m length of fiber or yarn in moisture regain weight when the number of grams. Turks known as the cotton yarn numbers.
In addition, the diameter can also be used to represent the yarn linear density. The diameter of the yarn for fabric design, develop important basis for manufacturing process parameters, which can be measured under the microscope, but in actual production, the diameter of the yarn from the yarn and special yarn number or count density conversion derived.
line density in the strands that, the special number system to form strands of yarn on a special number by the number of said partnership, such as 14 × 2. When the strands in the yarn is not the same number of features, places of yarn to represent special numbers together, such as 16 18. Count system to form strands of yarn count divided by the number of shares represented, such as 50 / 2. If the component strands of yarn of different counts, count of yarn should be tied into, cut open with a slash, such as 24/48.
silk chemical fiber density of the complex, composed of multifilament with monofilament root number and total number of Turks said. Such as: 16.5 tex/30 f, re-wire bus that the density of 16.5 tex, monofilament root number 30. Chemical fiber or silk thread density of the complex composition of the multi-filament density and a single thread.
6, commonly used in fiber properties
(1). Natural fibers:
. COTTON (cotton): absorbent and soft.
. LlNEN (Ma): easy to fold, after finishing straight, take the air, higher prices.
. RAMIE (line Ma): the linen one, coarse yarn, usually used for curtains or sofa cloth, used clothes are usually mixed with hemp.
. WOOL (wool): wool is fine, not easy to play ball.
. LAMBSWOOL (small wool): wool is coarse, general and ANCYLIC (polyacrylonitrile fiber) mixed, so that clothing is not easy deformation.
. MOHAIR (mohair goat): fluffy features, more warmth.
. vCASHMERE (Kashmir goat cashmere): smaller fibers, light and soft, comfortable touch.
. ANGOLA (Angola goat or rabbit): fine wool, loose, feel silky, flexible, higher prices.
. SILK (silk), soft, beautiful luster, moisture large.
(2). Chemical fiber:
. RAYON (artificial silk): very light, soft, used for COL-LECTION shirt.
. POLYESTER (PET): similarity with rayon, good handling, easy to fold after iron, cheap.
. SPANDEX (flexible nylon): its flexible, mixed with cotton cloth in the majority, just with 5 – 10%, the root has been great flexibility, so that clothing is not easy to deformation, is not easy to fade, higher prices.
. VISCOSE (synthetic): plain weave of VISCOSE have shiny effect, knitted VISCOSE feel very soft, heavier, higher price.
. NYLON (Nylon): entirely through Su, feel hard, for windbreaker type jacket, and wool blend, makes clothing more pretty.
Third, the fiber is calculated
① length system:
A. Turks: 1000 m length of the yarn when the moisture regain special number called the weight.
formula: TEX = (G / L) × 1000
Where: G is the weight of yarn (g), L is the length of yarn (m)
B. denier: 9000 meters of wire in the moisture regain of weight when called denier.
formula: NTEX = (G / L) × 9000
Where: G is the weight of silk (g), L is the length of wire (m)
② fixed weight system:
A. Number of public support (public support): 1 gram yarn (yarn) has the length in meters.
formula: NM = L / G
where: 1 yarn (silk) and length (m), G for the yarn (silk) weight (g) < br />
B. English count (English teams): 1 pound yarn has 840 yards of the length of the number.
formula: NE = (L / G) × 840
where: L is yarn (silk) length (code), G for the yarn (silk) weight (lb).
one hand
visual method is hand-to-hand visual, eye observation, rule of thumb to determine the type of fiber. This method is simple and does not require any equipment, but need to identify the members have extensive experience. Identification of the fabric, in addition to the fabric to the touch and observation, you can remove the yarn from the fabric edge identification.
1, feel and strength: cotton, linen feel hard, wool is very soft. Silk, viscose, nylon will feel moderate. Hand pull-off, are silk, linen, cotton, synthetic strong; wool, viscose, acetate was relatively weak.
2, elongation: Tensile fibers are cotton, linen stretched the length of the smaller; wool, acetate fiber elongation is longer; silk, viscose fiber, most of the synthetic fiber elongation is moderate.
3, length and uniformity: “Natural fiber length, uniformity is poor, chemical fiber length, uniformity is good. soft and thin cotton fiber length is very short. Wool is long and curly , soft and elastic. silk is long and slender, and there is a special luster. hemp fiber-containing resin and a hard disc.
4, Weight: cotton, linen, viscose fiber weight than silk; nylon , acrylic, polypropylene lighter than silk; wool, polyester, polyvinyl alcohol, acetate and silk weight similar.
Second, the combustion method used
combustion characteristics of textile fibers
fiber flame near the flame when the phenomenon in the sense of smell from the ashes of flame shape after
cotton near flame that is burning, burning quickly, there is very little afterglow burning paper smell, soft, black or gray
hair melting off the flame, melting and burning difficult to continue burning, will be self-extinguishing, burning feathers flavor, fragile, brittle, black
wire melt off the flame, when burning the slightest sound, difficult to continue burning, it will self-extinguishing, and when the splash burning, burning feathers flavor, fragile, brittle, black
Ma near flame that is burning, burning at the sound of bursting, burning continued to take smoke, there is persistence, with cotton, viscose
near flame that is burning, burning, no afterglow continued burning fast, burning paper mixed with chemical taste in addition to those outside the no light gray, between a small amount of black ash.
nylon shrink in recent flame that melting, fuel melting, dripping and foaming are not directly added celery taste like burning hard, round, light brown to gray, beaded
flame that is close to melting polyester shrink, melting fuel can be continued burning, smoke a few very weak sweet hard round, black or light brown
acrylic melting, melting near flame that is burning and burning rate of fuel , spicy taste hard black splash weak, irregular or beaded
Third, the microscopic observation
aid of a microscope to observe the longitudinal profile and cross section shape of the fiber, or with the staining method , you can more accurately distinguish between natural fiber and chemical fiber.
commonly used cross-sectional and longitudinal fiber morphology
fiber longitudinal cross-section morphology morphology
< br /> flat ribbon of cotton, a natural transfer curve round the waist, with the cavity surface
wool round or nearly round with scales, some sheep marrow
irregular triangle silk straight
ramie cross section, Shu Wen kidney-shaped, with the cavity and crack
viscose fibers have longitudinal grooves to form a hook tooth pages shaped edge
polyester, nylon smooth round
have twelve acrylic groove smooth or nearly circular
Fourth, fiber identification method < br />
five fabric warp or weft
1) has a length and width of fabric, and fabric edge parallel to the length of the match as long as the horse on the long direction radial fabric; with selvedge width perpendicular to the length of the call, the width of the fabric of the zonal direction in the weaving, the yarn is used for radial warp, weft for weft yarn is called < br />
2) T / C 35% polyester, 65% cotton 45 × 45 110 × 76 44 “
over the meaning of this sentence is:
t / c polyester using 35/65 of the C yarn
45X45 warp and weft are 45s
110X76 through, weft density, unit root inches or centimeters number
44 “width 44 in.
warp and weft of a three-on look at the intertwined fabric.
3) Satin: The face satin: A satin loop, put comprehensive five warp, weft intertwined fabric provides a comprehensive, long after floating, flying, such as five two, five three fly.
latitude surface Satin: A satin loop, provides comprehensive five weft yarn woven to form a comprehensive mention of fabric, weft float longer.
satin weave: cloth smooth but not strong, easy to scratch injury, easy to fluff.
2, gray
a textile fabric in Chinese and English
indigo chambray: Indigo chambray
< br /> rayon flocking: Rayon cloth flocking
PVC flocking: PVC flocking
knitting cloth flocking: Knitting cloth flocking
beads particles down: Claimond veins
back hair: Down pile making
velveteen: velveteen (velvet-plain)
Suede: Micro suede < br />
leather cowboy flocking: Jeans flocking
Taffeta: Nylon taffeta (Nylon shioze)
nylon taffeta seersucker: Nylon seersucker taffeta
Plain Flocking: plain flocking
printing flocking: flocking (flower)
Embossed Flocking: Embossing flocking
Leather ditch flocking: Leather imitation flocking
jeans flocking embossing: Embossing jeans flocking
rabbit cashmere coat it: Angora cachmere overcoating
(wool) double it: double-faced woolen goods
Velvet do: cut velvet
along woolen: over coating
crude Tweed: costume tweed
stretch it: lycra woolen goods
Tasi down: Nylon taslon
Tasi velvet plaid: N / Taslon ripstop
Peach: polyester peach skin
taffeta: polyester taffeta
Pongee: polyester pongee
fine Maike Bu: Micro fiber
Nylon thick (plain): Nylon-cotton fabric (plain)
thick heavy flat Nylon: Nylon-cotton-cotton fabric (double weft )
the word Kam cotton: Nylon-cotton fabric
cotton twill Jin: Nylon-cotton fabric (twill)
plain velvet: solid velvet
sprout brushed velvet: Rib fleece velvet
Snowflake Velvet: melange velvet
Embossing Velvet: ginning velvet
< br /> capsules flannel: pellet fleece velvet
cotton blended fabric: linen / cotton blended fabric
cotton interwoven cloth: linen / cotton mixed fabric
plain terry cloth: solid terry
ant fabric: fleece in one side
plain fleece: solid fleece
net fabric: fleece
color of Jersey: color-stripes single jersey
T / R elastic fabric: T / R bengaline
T / C yarn-dyed plaid fabric: T / C solid check fabric
stretch suede: Micro suede with spandex
T / R Suede: T / R Micro suede < br />
suede velvet Yao grain composite fabric: 100% polyester micro suede bounding with polar fleece
suede knitted fabric composite: 100% polyester bounding with knitting micro suede fabric < br />
suede sherpa composite fabric: 100% polyester micro suede bounding with lamb fur
glossy satin: cire satine
dull Agnes Textile: Full dull nylon taffeta
semidull Taffeta: semi-dull nylon taffeta
light nylon: Trilobal nylon
dull Tasi Long: Full dull nylon taslan
dull Oxford: full dull nylon oxford
nylon grid: Nylon rip-stop
Tasi Longue : Taslan rip-stop
dumb fudi: Full dull Micro polyester pongee
dull pongee: Full dull polyester pongee
spring sub- spin lattice: polyester pongee rip-stop
dull polyester peach skin: Full dull polyester peach
wide twill peach skin: Big twill polyester peach
< br /> polyester and nylon composite peach: poly / nylon peach
polyester plaid: polyester taffeta rip-stop
Polyester Honeycomb Taslan: polyester honey taslan
dull polyester DTY oxford: Full dull poly textured oxford
polyester and nylon woven peach: Nylon / polyester inter-woven peach
II. Cotton woven fabrics
1, Definition: cotton woven fabric is cotton as raw material, through the loom, the warp and weft interwoven vertical and horizontal ups and downs made textiles.
2, cotton fabric is divided into:
① white character: ordinary cloth, fine cloth, coarse cloth, canvas, twill fabric, color cloth.
② colored cloth: sulfide blue cloth, cloth curing ink, Shihlin blue cloth, Shihlin gray cloth, color poplin, colored card grumble, colored Chinese do.
③ fabric: printing on a variety of colors and patterns cloth, such as: plain cloth, twill fabric printing, printing serge, printed satin.
④ dyed: it is the first line after dyeing or yarn, woven into the machine after the cloth