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Olefin or Polypropylene Fiber

FTC (Federal Trade Commission) Definition-A manufactured fiber in which the fiber forming substance is any long-chain synthetic polymer composed of at least 85% by weight of ethylene, propylene, or other olefin units, except amorphous (non-crystalline) polyolefins. Commercially it was first produced by Hercules Incorporated(A chemical manufacturing company).




Raw Materials of Olefin
  • Ethylene
  • Propylene
  • Other olefin units

Available Fiber Formation
  • Olefin Staple Fiber
  • Olefin Filament Fiber
  • Olefin Carpet BCF Filament Fiber
  • Olefin Film Fiber
  • Polyethylene Fiber


Properties of Olefin Fiber
  • Excellent abrasion resistant
  • Highly strong
  • Outstanding color fastness
  • Quick drying
  • Low static
  • Resistant to deterioration from chemicals, mildew, perspiration, rot and weather
  • Thermally bond-able
  • Stain and soil resistant
  • Sunlight resistant
  • Very comfortable
  • Very lightweight (This fibers have the lowest specific gravity of all fibers)

End Uses:
  • Apparel
  • Automotive
  • Home Furnishings
  • Industrial

Olefin/Polypropylene fiber | Manufactured fiber Olefin

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Olefin or Polypropylene Fiber

FTC (Federal Trade Commission) Definition-A manufactured fiber in which the fiber forming substance is any long-chain synthetic polymer composed of at least 85% by weight of ethylene, propylene, or other olefin units, except amorphous (non-crystalline) polyolefins. Commercially it was first produced by Hercules Incorporated(A chemical manufacturing company).




Raw Materials of Olefin
  • Ethylene
  • Propylene
  • Other olefin units

Available Fiber Formation
  • Olefin Staple Fiber
  • Olefin Filament Fiber
  • Olefin Carpet BCF Filament Fiber
  • Olefin Film Fiber
  • Polyethylene Fiber


Properties of Olefin Fiber
  • Excellent abrasion resistant
  • Highly strong
  • Outstanding color fastness
  • Quick drying
  • Low static
  • Resistant to deterioration from chemicals, mildew, perspiration, rot and weather
  • Thermally bond-able
  • Stain and soil resistant
  • Sunlight resistant
  • Very comfortable
  • Very lightweight (This fibers have the lowest specific gravity of all fibers)

End Uses:
  • Apparel
  • Automotive
  • Home Furnishings
  • Industrial
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Garments Dyeing: Garment dyeing is a process of imparting color materials to fully fashioned garments like as shirts, pants, twill garments, jackets, pullover, T-shirt, Polo shirt, sweaters etc. The garments are usually dyed before finishing with various trimmings or accessories. In textile coloration it is not so far initiated in our country but it is more popular outside our country like as France, Italy, Spain, Germany, Canada, North America, turkey, Israel, Japan, USA, Uk, China etc.

Garment dyeing is an opposition of the conventional method of making garments from previously dyed fabrics. Knitted fabrics, twill weave fabrics and/or other woven fabrics made from cotton yarns are subjected to garment dyeing.  Garments made of cotton material are easy to dye up but besides cotton several other fabrics can be found in whole or partially made of wool, silk, nylon, polyester or acrylic are subjected to garment dyeing.






Dip Dyeing: In garments dyeing, dip dyeing is becoming more popular day by day as the fashion trend and customer demand. Due to cheap and easy process it is as popular to the manufacturers.  It is also as called gradient dyeing. It is the process, the fully fashioned garments are arranged to dip into a dye bath (vessel, bucket, bowl etc) accordingly a pre-determined area or height. This process runs again and again. According to demand, garments are to be soaked into dye bath up to a certain limit for enough time. To dye up the garment as deeper shade to light shade from bottom to top the gradient time will be maintained for certain area of the garment.


Process flowchart for DIP Dyeing
  •  Scouring (80°C)
  • Neutralization (With Acetic Acid)
  • Enzyme (At 45°C Temp and PH-4.5-5.5)
  • Dyeing (90°C Temp for 3-5 Minutes)
  • After Treatment (Fixing Agent)
  • Softener (Commercial Softening Agent)
  • Bath Drop

Normally garment dyeing runs with two types dyestuffs available in the market.

    1. Direct Dyes
    2. Reactive Dyes
    a) Hot Brad
    b) Cold Brand

For dip dyeing we use direct dye though it has low color fastness property, moreover it takes less time for color fixation

 Necessary Items:
  •     Dye Bath ( Vessel, bucket, bowl or any other container)
  •     Hanger
  •     Washing Machine
  •     Stirrer
  •     Rubber gloves

Pretreatment: As the fabric is not ready for dyeing after making cloths, it is treated with caustic soda and peroxide solution to perform pretreatment process which helps to make it more absorbent and free from natural color as well as other impurities.






Recipe:

  • Caustic Soda (NaOH)-2gm/l
  • Per-Oxide (H2O2)-4gm/l
  • Detergent-1gm/l
  • Temp-80°C
  • Time-15min

Working Procedure: A lot of garments are now taken into the dyeing machine for easy performing the pretreatment process (Good to know that, scouring, dyeing or any normal wash can also be done into a washing machine). Now add Caustic Soda, Hydrogen peroxide and Detergents according to the above recipe. Now maintain the liquor ratio at 1:10 at 80°C. Now perform this treatment for 15 minutes. Well scoured garments are treated as more absorbent, where color permanency will be high. In this process the garments are to be more absorbent, removing the natural or unwanted colors to make genuine white, oils as well as other impurities. Good scouring plays an important role during dyeing, color fastness and appearance. The whole materials are now subjected to rinse wash to remove the caustic and other chemicals. Now the garments are neutralized with Acetic Acid so that any of the caustic soda does not exist with the material. The PH of Acetic acid should be kept into 4.5 to 5.

Note: If the garments are made with zipper of cotton tape frequently be torn during the scouring process, so nylon or polyester tape is recommended to use here.

Enzyme: After scouring process the full quantity of garment needs to treat with enzyme which will help to remove the hairiness and projectile fibers as well as make the garments ready for dyeing. You can use Acid enzyme as 2gm/l at 45-55°C for 15 minutes. After enzymatic treatment one or two rinse wash to be done for washing it properly. (PH during enzymatic treatment keeps in 4.5 to 5)

Recipe: We have used this for dyeing 380 Pcs baby girls shorts.
  • Direct Dye-355gm
  • Salt (Glubar Salt)-10gm/l
  • Labeling & Wetting Agent-1gm/l
  • Water-2500L
  • Temp-95°C
  • Time-5min

Working Procedure:  Make the dye bath ready with direct dye as normal dyeing procedure. At first we will be sure the garment is made from scoured and bleached fabric, otherwise scouring or pre treatment will have to complete. After adding dyes, salt and wetting agents it needs to stir to make the dye bath properly. For getting more color fastness and reduce fixation hours we can use some binding agents as we need. The temperature of dye bath remains around 90-95°C.

The garment which is used to dyeing need to attach with hanger or something else to hang it from, then water uses to wet the garment properly before taking it underneath the dye bath. Now start to place the garment into the dye bath as desired height. You may require helps in doing this so as not to spill the dye everywhere. Once the garment has been soaking in the dye bath for long enough time then remove it carefully so that color spot does not transfer to the non-dyed portion. If so, run the garment, from non-dyed section to dyed section, under warm water until water runs clear. This will remove any excess dye from the garment. Continue the process till your desired shade is developed and maintain the shade at different areas of the garment. To get as deeper to lighter shade at bottom to top you can soak the garment into dye bath as long enough time. The process of dip dyeing is not so crucial but it takes extra precautions, care and many more times. During dyeing it will take spraying some water to the garment to wet it and helps to absorb colors by the material.


Once your desired shade produced it needs to take it into a washing machine.

After Treatment: It is the process usually doing after dyeing for color fixation and color permanency as well as improving the color fastness. This is a chemical treatment so as for this a typical recipe is given below.

Recipe:
  • Commercial Fixer-0.5gm/l
  • Softener (Cationic)-0.5 gm/l
  • Temp-40°C
  • Time-3-5 minutes
  • M:L ratio- 1:10

Working Procedure: After completing the dyeing it will be required some process to have sufficient dye molecules penetration to the most inner part of the fibers. In the dye bath now adds the fixing agent (Commercial Fixer) according to the recipe. Temperature in this bath will keep at 40°C and treatment time is 3-5 minutes. By this treatment the material will be treated as finally colored. Most of the dye particles will finally enter into the core of fibers and the fiber will swell at some extent so that the pores of fibers will be reduced and dye materials cannot come out from the innermost part. It will increase the color fastness of the materials. Before this treatment is started a rinse wash will be done to remove extra dyes which adhere with the materials and after this process also another rinse will be done to remove unfixable dyes or sediment dyes at the bottom of the dye bath. Now softener is added to the bath to make the material softer, improving hand feel and brightness.

Now just hanging up the garments for 20 minutes to squeeze extra water (Do not use hydro extractor to reduce staining or uneven color adhering). You can use oven to dry the garments as well, you can get prominence color performance without staining or shade variation. Now the garments are cured at curing chamber at 150-200°C to dry finally and properly. You can use dryer for a while at the final stage.

Over Dyeing in Garments: When a fully fashioned garment is dyed for another color though it can be used as wearing dress, this technique is so called over dyeing. Usually coloration is performed over a consisting color on to a garment is referred as garments over dyeing. As an example when a purple colored fully ready garments are supposed to be subjected for red color it may call as over dyeing. There is a common concept among the garments trade peoples, when a garment is dyed with its whole area is known as garments dyeing but when color imparts fully or partially over garments can be defined as garments over dyeing, because it could be used as wearing dress before this coloration.  In garments dyeing normally two types of dyestuffs are used such as Direct Dye and Reactive Dye. The garments which are required to dye up should be made of cotton fiber though many of them are now produced with combination of other fibers as blends. Dyeing procedure of over dyeing is as like as other normal dyeing arrangements but here some extra precautions and care must be taken. At present the garments washing plants are capable to make the garments over dyeing. If the garments which are white in color and can use as dress are subjected for dyeing is also known as over dyeing.

Garments Tie Dyeing: Tie means make a knot to garments different places as if they cannot come in contact with dyes or chemicals during dyeing. It is as like as batik printing method. A garment is tied at different places prior to dyeing; as a result whole garments will be colorful remaining the tied places un-dyed. Indeed this technique is known as garments tie dyeing and now is becoming so popular in the world garments trade.

Dip dyeing is becoming more popular in Garments dyeing

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Garments Dyeing: Garment dyeing is a process of imparting color materials to fully fashioned garments like as shirts, pants, twill garments, jackets, pullover, T-shirt, Polo shirt, sweaters etc. The garments are usually dyed before finishing with various trimmings or accessories. In textile coloration it is not so far initiated in our country but it is more popular outside our country like as France, Italy, Spain, Germany, Canada, North America, turkey, Israel, Japan, USA, Uk, China etc.

Garment dyeing is an opposition of the conventional method of making garments from previously dyed fabrics. Knitted fabrics, twill weave fabrics and/or other woven fabrics made from cotton yarns are subjected to garment dyeing.  Garments made of cotton material are easy to dye up but besides cotton several other fabrics can be found in whole or partially made of wool, silk, nylon, polyester or acrylic are subjected to garment dyeing.






Dip Dyeing: In garments dyeing, dip dyeing is becoming more popular day by day as the fashion trend and customer demand. Due to cheap and easy process it is as popular to the manufacturers.  It is also as called gradient dyeing. It is the process, the fully fashioned garments are arranged to dip into a dye bath (vessel, bucket, bowl etc) accordingly a pre-determined area or height. This process runs again and again. According to demand, garments are to be soaked into dye bath up to a certain limit for enough time. To dye up the garment as deeper shade to light shade from bottom to top the gradient time will be maintained for certain area of the garment.


Process flowchart for DIP Dyeing
  •  Scouring (80°C)
  • Neutralization (With Acetic Acid)
  • Enzyme (At 45°C Temp and PH-4.5-5.5)
  • Dyeing (90°C Temp for 3-5 Minutes)
  • After Treatment (Fixing Agent)
  • Softener (Commercial Softening Agent)
  • Bath Drop

Normally garment dyeing runs with two types dyestuffs available in the market.

    1. Direct Dyes
    2. Reactive Dyes
    a) Hot Brad
    b) Cold Brand

For dip dyeing we use direct dye though it has low color fastness property, moreover it takes less time for color fixation

 Necessary Items:
  •     Dye Bath ( Vessel, bucket, bowl or any other container)
  •     Hanger
  •     Washing Machine
  •     Stirrer
  •     Rubber gloves

Pretreatment: As the fabric is not ready for dyeing after making cloths, it is treated with caustic soda and peroxide solution to perform pretreatment process which helps to make it more absorbent and free from natural color as well as other impurities.






Recipe:

  • Caustic Soda (NaOH)-2gm/l
  • Per-Oxide (H2O2)-4gm/l
  • Detergent-1gm/l
  • Temp-80°C
  • Time-15min

Working Procedure: A lot of garments are now taken into the dyeing machine for easy performing the pretreatment process (Good to know that, scouring, dyeing or any normal wash can also be done into a washing machine). Now add Caustic Soda, Hydrogen peroxide and Detergents according to the above recipe. Now maintain the liquor ratio at 1:10 at 80°C. Now perform this treatment for 15 minutes. Well scoured garments are treated as more absorbent, where color permanency will be high. In this process the garments are to be more absorbent, removing the natural or unwanted colors to make genuine white, oils as well as other impurities. Good scouring plays an important role during dyeing, color fastness and appearance. The whole materials are now subjected to rinse wash to remove the caustic and other chemicals. Now the garments are neutralized with Acetic Acid so that any of the caustic soda does not exist with the material. The PH of Acetic acid should be kept into 4.5 to 5.

Note: If the garments are made with zipper of cotton tape frequently be torn during the scouring process, so nylon or polyester tape is recommended to use here.

Enzyme: After scouring process the full quantity of garment needs to treat with enzyme which will help to remove the hairiness and projectile fibers as well as make the garments ready for dyeing. You can use Acid enzyme as 2gm/l at 45-55°C for 15 minutes. After enzymatic treatment one or two rinse wash to be done for washing it properly. (PH during enzymatic treatment keeps in 4.5 to 5)

Recipe: We have used this for dyeing 380 Pcs baby girls shorts.
  • Direct Dye-355gm
  • Salt (Glubar Salt)-10gm/l
  • Labeling & Wetting Agent-1gm/l
  • Water-2500L
  • Temp-95°C
  • Time-5min

Working Procedure:  Make the dye bath ready with direct dye as normal dyeing procedure. At first we will be sure the garment is made from scoured and bleached fabric, otherwise scouring or pre treatment will have to complete. After adding dyes, salt and wetting agents it needs to stir to make the dye bath properly. For getting more color fastness and reduce fixation hours we can use some binding agents as we need. The temperature of dye bath remains around 90-95°C.

The garment which is used to dyeing need to attach with hanger or something else to hang it from, then water uses to wet the garment properly before taking it underneath the dye bath. Now start to place the garment into the dye bath as desired height. You may require helps in doing this so as not to spill the dye everywhere. Once the garment has been soaking in the dye bath for long enough time then remove it carefully so that color spot does not transfer to the non-dyed portion. If so, run the garment, from non-dyed section to dyed section, under warm water until water runs clear. This will remove any excess dye from the garment. Continue the process till your desired shade is developed and maintain the shade at different areas of the garment. To get as deeper to lighter shade at bottom to top you can soak the garment into dye bath as long enough time. The process of dip dyeing is not so crucial but it takes extra precautions, care and many more times. During dyeing it will take spraying some water to the garment to wet it and helps to absorb colors by the material.


Once your desired shade produced it needs to take it into a washing machine.

After Treatment: It is the process usually doing after dyeing for color fixation and color permanency as well as improving the color fastness. This is a chemical treatment so as for this a typical recipe is given below.

Recipe:
  • Commercial Fixer-0.5gm/l
  • Softener (Cationic)-0.5 gm/l
  • Temp-40°C
  • Time-3-5 minutes
  • M:L ratio- 1:10

Working Procedure: After completing the dyeing it will be required some process to have sufficient dye molecules penetration to the most inner part of the fibers. In the dye bath now adds the fixing agent (Commercial Fixer) according to the recipe. Temperature in this bath will keep at 40°C and treatment time is 3-5 minutes. By this treatment the material will be treated as finally colored. Most of the dye particles will finally enter into the core of fibers and the fiber will swell at some extent so that the pores of fibers will be reduced and dye materials cannot come out from the innermost part. It will increase the color fastness of the materials. Before this treatment is started a rinse wash will be done to remove extra dyes which adhere with the materials and after this process also another rinse will be done to remove unfixable dyes or sediment dyes at the bottom of the dye bath. Now softener is added to the bath to make the material softer, improving hand feel and brightness.

Now just hanging up the garments for 20 minutes to squeeze extra water (Do not use hydro extractor to reduce staining or uneven color adhering). You can use oven to dry the garments as well, you can get prominence color performance without staining or shade variation. Now the garments are cured at curing chamber at 150-200°C to dry finally and properly. You can use dryer for a while at the final stage.

Over Dyeing in Garments: When a fully fashioned garment is dyed for another color though it can be used as wearing dress, this technique is so called over dyeing. Usually coloration is performed over a consisting color on to a garment is referred as garments over dyeing. As an example when a purple colored fully ready garments are supposed to be subjected for red color it may call as over dyeing. There is a common concept among the garments trade peoples, when a garment is dyed with its whole area is known as garments dyeing but when color imparts fully or partially over garments can be defined as garments over dyeing, because it could be used as wearing dress before this coloration.  In garments dyeing normally two types of dyestuffs are used such as Direct Dye and Reactive Dye. The garments which are required to dye up should be made of cotton fiber though many of them are now produced with combination of other fibers as blends. Dyeing procedure of over dyeing is as like as other normal dyeing arrangements but here some extra precautions and care must be taken. At present the garments washing plants are capable to make the garments over dyeing. If the garments which are white in color and can use as dress are subjected for dyeing is also known as over dyeing.

Garments Tie Dyeing: Tie means make a knot to garments different places as if they cannot come in contact with dyes or chemicals during dyeing. It is as like as batik printing method. A garment is tied at different places prior to dyeing; as a result whole garments will be colorful remaining the tied places un-dyed. Indeed this technique is known as garments tie dyeing and now is becoming so popular in the world garments trade.

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Nylon Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition-A manufactured fiber in which the fiber forming substance is a long-chain synthetic polyamide in which less than 85% of the amide-linkages are attached directly (-CO-NH-) to two aliphatic groups. It was first synthetic true fiber, produced by "Dupont Company" on 28 February, 1935.

Raw Materials of Nylon 6, 6
  • Adepic acid [ (CH2)4(COOH)2 ]
  • Hexamethylene Diamine [ H2N(CH2)6NH2 ]

Raw Materials of Nylon 6
  • Polyamides
  • Caprolactum

Properties of Nylon Fiber
  • Highest strong fiber.
  • Elasticity is high.
  • Abrasion resistant
  • Lustrous
  • Easy to wash
  • Resistant to damage from oil and many chemicals
  • Can be precolored or dyed in wide range of colors
  • Resilient
  • Low in moisture absorbency, MR - 4%
  • Filament yarns provide smooth, soft, long-lasting fabrics
  • Spun yarns lend fabrics light weight and warmth

End Uses:
  • Apparel
  • Home Furnishings
  • Industrial useExtensively use for producing rope

Textile Aid - Fiber, Spinning, Fabric, Dyeing, Garments & Merchandising

Nylon Fiber | Manufactured Fiber Nylon | Properties and End Uses

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Nylon Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition-A manufactured fiber in which the fiber forming substance is a long-chain synthetic polyamide in which less than 85% of the amide-linkages are attached directly (-CO-NH-) to two aliphatic groups. It was first synthetic true fiber, produced by "Dupont Company" on 28 February, 1935.

Raw Materials of Nylon 6, 6
  • Adepic acid [ (CH2)4(COOH)2 ]
  • Hexamethylene Diamine [ H2N(CH2)6NH2 ]

Raw Materials of Nylon 6
  • Polyamides
  • Caprolactum

Properties of Nylon Fiber
  • Highest strong fiber.
  • Elasticity is high.
  • Abrasion resistant
  • Lustrous
  • Easy to wash
  • Resistant to damage from oil and many chemicals
  • Can be precolored or dyed in wide range of colors
  • Resilient
  • Low in moisture absorbency, MR - 4%
  • Filament yarns provide smooth, soft, long-lasting fabrics
  • Spun yarns lend fabrics light weight and warmth

End Uses:
  • Apparel
  • Home Furnishings
  • Industrial useExtensively use for producing rope

Textile Aid - Fiber, Spinning, Fabric, Dyeing, Garments & Merchandising
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Acrylic Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition- A manufactured fiber in which the fiberforming substance is any long-chain synthetic polymer composed of at least 85% by weight of acrylonitrile units (-CH2-CH[CN]-)x. First Commercially produced by "Dupont Company" on 1950s. It is called as synthetic wool for it's cold protecting characteristics. It is produced in the method of dry spinning where hot air is used for fiber formation.


Available Fiber Formation
  •     Acrylic Tow Fiber
  •     Acrylic Staple Fiber

Raw Materials of Acrylic
Acrylonitrile [  (-CH2-CH[CN]-)x ]

Properties of Acrylic Fiber
  • Synthetic wool.
  • Good in moisture absorb, MR - 1.5%.
  • Excellent wickability & quick drying.
  • Flexible aesthetics for wool-like, cotton-like, or blended appearance
  • Washed easily
  • Well resistant to moths, oil, and chemicals
  • Easily dyeable with excellent color fastness
  • Excellent resistance to sunlight degradation

End Uses:
  • Apparel
  • Home Furnishings
  • Industrial Use
  • Others


Synthetic Fiber Acrylic | Properties and Uses of Acrylic

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Acrylic Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition- A manufactured fiber in which the fiberforming substance is any long-chain synthetic polymer composed of at least 85% by weight of acrylonitrile units (-CH2-CH[CN]-)x. First Commercially produced by "Dupont Company" on 1950s. It is called as synthetic wool for it's cold protecting characteristics. It is produced in the method of dry spinning where hot air is used for fiber formation.


Available Fiber Formation
  •     Acrylic Tow Fiber
  •     Acrylic Staple Fiber

Raw Materials of Acrylic
Acrylonitrile [  (-CH2-CH[CN]-)x ]

Properties of Acrylic Fiber
  • Synthetic wool.
  • Good in moisture absorb, MR - 1.5%.
  • Excellent wickability & quick drying.
  • Flexible aesthetics for wool-like, cotton-like, or blended appearance
  • Washed easily
  • Well resistant to moths, oil, and chemicals
  • Easily dyeable with excellent color fastness
  • Excellent resistance to sunlight degradation

End Uses:
  • Apparel
  • Home Furnishings
  • Industrial Use
  • Others


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Polyester Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition- polyester is a manufactured fiber in which the fiber forming substance is any long-chain synthetic polymer composed of at least 85% by Polyethelene Terepthalate(PET).

Raw Materials of Polyester
  • PET
  • Ethelene Glycol

Fiber is available in the form of
  • Polyester Tow Fiber
  • Polyester Staple Fiber
  • Polyester Fiberfill
  • Polyester Textile Filament Fiber
  • Polyester Industrial Filament Fiber
  • PEN Fiber (Polyethylene Naphthalate)

Properties of Polyester Fiber:
  • Very strong fiber.
  • Low absorbency, MR- 0.4%
  • Resistant to stretching and shrinking
  • Chemical resistant is definitely high.
  • Quick drying
  • Crisp and resilient when wet or dry
  • Wrinkle resistant
  • Mildew resistant
  • Abrasion resistant
  • Retains heat-set pleats and crease
  • Wash easily

End Uses:
  • Apparel
  • Home Furnishing
  • Industrial Uses

Polyester Fiber | Raw Materials, Characteristics & Uses of Polyester

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Polyester Fiber
http://textilerawmaterial.blogspot.com/FTC(Federal Trade Commission) Definition- polyester is a manufactured fiber in which the fiber forming substance is any long-chain synthetic polymer composed of at least 85% by Polyethelene Terepthalate(PET).

Raw Materials of Polyester
  • PET
  • Ethelene Glycol

Fiber is available in the form of
  • Polyester Tow Fiber
  • Polyester Staple Fiber
  • Polyester Fiberfill
  • Polyester Textile Filament Fiber
  • Polyester Industrial Filament Fiber
  • PEN Fiber (Polyethylene Naphthalate)

Properties of Polyester Fiber:
  • Very strong fiber.
  • Low absorbency, MR- 0.4%
  • Resistant to stretching and shrinking
  • Chemical resistant is definitely high.
  • Quick drying
  • Crisp and resilient when wet or dry
  • Wrinkle resistant
  • Mildew resistant
  • Abrasion resistant
  • Retains heat-set pleats and crease
  • Wash easily

End Uses:
  • Apparel
  • Home Furnishing
  • Industrial Uses

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Available protein fibers are commonly known as wool as well as silk where some others protein fiber containing same characteristics are being cultivated as very limited portion in the world. Hair or fur of different animals are the source of these protein fiber. The prime component contains these fibers is protein named as keratin. Most  of the hair fibers contain similar physical and chemical properties same as to wool which are used to blend with other fibers. The average length of hair fiber is 41 cm or 16 inch where a single fiber may have been 91 cm or 36 inch.

Alpaca Hair Fiber
http://textilerawmaterial.blogspot.com/South American camel like animal Alpacas are mainly found in Andes Mountains. They are also seen in North America, Australia and New Zealand. About 120000 families of Peru, Bolivia and Chile are living through Alpacas Cultivation. An Alpaca produces about 3 kg of fiber.

Properties of Alpaca Fiber
  • Fiber is partly hollow, from 20 to 70 microns in diameter.
  • It comes in 22 natural variety of colors.
  • Extremely fine with little guard hair.
  • Compatible with either the woolen or worsted systems.
  • Contain excellent insulation or thermal qualities.
  • Warmer than merino wool.
  • More abrasion resistant  as well as higher tensile strength than wool
  • Odorless with no grease, oil and lanolin.
  • Does not retain water and can resist solar radiation.
  • Carding as well as blending with cotton and synthetic fibers is possible.
  • Easily dyeable.

End Uses:
  • Shawls
  • Rugs
  • Sweater
  • Socks
  • Jacket
  • Stoles


Angora Rabbit Fiber
http://textilerawmaterial.blogspot.com/The angora rabbit is mainly found in  France, Italy and Japan as well as China, Chile and USA. It is a variety of the old world domestic rabbit with special characteristics, the active phase of hair growth is double that of normal rabbits. Since China is raised in Angora rabbits cultivation where angora farms count more than 50 million rabbits. Other angora producers are Argentina, Chile, Czech Republic and Hungary.

Properties of Angora:
  • Hair is silky with white colors.
  • It is a hollow fiber classed as wool with 14-16 microns diameter.
  • Very soft in touch
  • Water absorbency is well.
  • Easily dyeable

End Uses:
  • Overcoat
  • Sweaters
  • Suitings
  • Baby Cloths
  • Knitted cloths
  • Pullovers
  • Socks and gloves



Mohair Hair
http://textilerawmaterial.blogspot.com/Mohair is a protein fiber taken from Angora Goat. Angora goat is thought to have originated in Tibet.Turkey was the center of mohair textile production before the goat was introduced. Now a days South Africa and USA are the largest Mohair yarn/fabric producers, with the majority of American mohair being produced in Texas. Mainly three successive steps would have passed as shearing, scouring and dehaired to produce mohair fiber.Angora goats give 3 to 5 kgs mohair fiber in a year.

Properties of Mohair Fiber:
  • Contain protein called keratin like as wool fiber.
  • It's diameter ranges from 23 to 38 microns in older animal.
  • Resilient Dust repellant
  • Light reflected from the surface gives mohair a characteristic lustre
  • Absorbent Lustrous and silky
  • Anti wrinkle and flame resistant
  • Moth and mildew proof Warmth.

End Uses:
  • Knitted cloths
  • Rugs and carpets
  • Jackets and Coats
  • Blankets
  • Sweaters
  • Home furnishings
  • Doll
  •  

Cashmere Fiber
http://textilerawmaterial.blogspot.com/Himalayas goat Kashmir is the main source of cashmere fiber.Its fine undercoat hair is collected by either combing or shearing during the spring moulting season. Cashmere or Kashmiri hair are extremely warm to protect goats from cold mountain temp.Fibers are highly adaptable and are easily constructed into fine or thick yarns, and light to heavy-weight fabrics. Appropriate for all climates. A high moisture content allows insulation properties to change with the relative humidity in the air.Now China is the leading cashmere fiber producer around the world while Mongolia produces the finest fiber. A Kashmir goat gives 150 grams fiber is a year.

Properties of Cashmere:
  • Contains natural crimp allowing it to be spun into fine yarn as well as fabrics.
  • Smooth and lustrous fiber.
  • Warmer and fiber as compared to normal wool fiber.
  • Less durable than wool.

End Uses:
  • Shawls
  • Rugs
  • Scarves
  • Sweaters
  • Cardigan
  • Jackets
  • Coats
  • Socks
  • Gloves
  • Blazers
  • Underwear
(Pashmia is a type if cashmere used to produce shawls and scarves)


Camel Hair
http://textilerawmaterial.blogspot.com/Camel is the Eastern and Central Asian animal produces most expensive coat fibers.It is collected from the two-humped Bactrian camel is native to the Asian Countries.The camel's fine inner down is combed away, shorn or collected during the 6-8 weeks moulting season. An adult camel yields about 5 to 10 kg of fleece per year.

Camel hair producing steps
  • Collection
  • Sorting
  • Dehairing
  • Spinning
  • Weaving/Knitting
Properties of Camel Hair:
  • Strength,
  • Luster,
  • Smoothness,
  • Warmth,
  • Light weight,
  • thermostatic
End Uses:
  • Over coats and jackets,
  • blazers and sweaters,
  • Skirts,
  • Paint brushes,
  • Gloves and hosiery items,
  • Scarves,
  • mufflers,
  • caps Carpets and
  • waterproof coats etc

Natural Hair Fiber | Others Protein Fiber Like Wool & Silk | Fur Fiber

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Available protein fibers are commonly known as wool as well as silk where some others protein fiber containing same characteristics are being cultivated as very limited portion in the world. Hair or fur of different animals are the source of these protein fiber. The prime component contains these fibers is protein named as keratin. Most  of the hair fibers contain similar physical and chemical properties same as to wool which are used to blend with other fibers. The average length of hair fiber is 41 cm or 16 inch where a single fiber may have been 91 cm or 36 inch.

Alpaca Hair Fiber
http://textilerawmaterial.blogspot.com/South American camel like animal Alpacas are mainly found in Andes Mountains. They are also seen in North America, Australia and New Zealand. About 120000 families of Peru, Bolivia and Chile are living through Alpacas Cultivation. An Alpaca produces about 3 kg of fiber.

Properties of Alpaca Fiber
  • Fiber is partly hollow, from 20 to 70 microns in diameter.
  • It comes in 22 natural variety of colors.
  • Extremely fine with little guard hair.
  • Compatible with either the woolen or worsted systems.
  • Contain excellent insulation or thermal qualities.
  • Warmer than merino wool.
  • More abrasion resistant  as well as higher tensile strength than wool
  • Odorless with no grease, oil and lanolin.
  • Does not retain water and can resist solar radiation.
  • Carding as well as blending with cotton and synthetic fibers is possible.
  • Easily dyeable.

End Uses:
  • Shawls
  • Rugs
  • Sweater
  • Socks
  • Jacket
  • Stoles


Angora Rabbit Fiber
http://textilerawmaterial.blogspot.com/The angora rabbit is mainly found in  France, Italy and Japan as well as China, Chile and USA. It is a variety of the old world domestic rabbit with special characteristics, the active phase of hair growth is double that of normal rabbits. Since China is raised in Angora rabbits cultivation where angora farms count more than 50 million rabbits. Other angora producers are Argentina, Chile, Czech Republic and Hungary.

Properties of Angora:
  • Hair is silky with white colors.
  • It is a hollow fiber classed as wool with 14-16 microns diameter.
  • Very soft in touch
  • Water absorbency is well.
  • Easily dyeable

End Uses:
  • Overcoat
  • Sweaters
  • Suitings
  • Baby Cloths
  • Knitted cloths
  • Pullovers
  • Socks and gloves



Mohair Hair
http://textilerawmaterial.blogspot.com/Mohair is a protein fiber taken from Angora Goat. Angora goat is thought to have originated in Tibet.Turkey was the center of mohair textile production before the goat was introduced. Now a days South Africa and USA are the largest Mohair yarn/fabric producers, with the majority of American mohair being produced in Texas. Mainly three successive steps would have passed as shearing, scouring and dehaired to produce mohair fiber.Angora goats give 3 to 5 kgs mohair fiber in a year.

Properties of Mohair Fiber:
  • Contain protein called keratin like as wool fiber.
  • It's diameter ranges from 23 to 38 microns in older animal.
  • Resilient Dust repellant
  • Light reflected from the surface gives mohair a characteristic lustre
  • Absorbent Lustrous and silky
  • Anti wrinkle and flame resistant
  • Moth and mildew proof Warmth.

End Uses:
  • Knitted cloths
  • Rugs and carpets
  • Jackets and Coats
  • Blankets
  • Sweaters
  • Home furnishings
  • Doll
  •  

Cashmere Fiber
http://textilerawmaterial.blogspot.com/Himalayas goat Kashmir is the main source of cashmere fiber.Its fine undercoat hair is collected by either combing or shearing during the spring moulting season. Cashmere or Kashmiri hair are extremely warm to protect goats from cold mountain temp.Fibers are highly adaptable and are easily constructed into fine or thick yarns, and light to heavy-weight fabrics. Appropriate for all climates. A high moisture content allows insulation properties to change with the relative humidity in the air.Now China is the leading cashmere fiber producer around the world while Mongolia produces the finest fiber. A Kashmir goat gives 150 grams fiber is a year.

Properties of Cashmere:
  • Contains natural crimp allowing it to be spun into fine yarn as well as fabrics.
  • Smooth and lustrous fiber.
  • Warmer and fiber as compared to normal wool fiber.
  • Less durable than wool.

End Uses:
  • Shawls
  • Rugs
  • Scarves
  • Sweaters
  • Cardigan
  • Jackets
  • Coats
  • Socks
  • Gloves
  • Blazers
  • Underwear
(Pashmia is a type if cashmere used to produce shawls and scarves)


Camel Hair
http://textilerawmaterial.blogspot.com/Camel is the Eastern and Central Asian animal produces most expensive coat fibers.It is collected from the two-humped Bactrian camel is native to the Asian Countries.The camel's fine inner down is combed away, shorn or collected during the 6-8 weeks moulting season. An adult camel yields about 5 to 10 kg of fleece per year.

Camel hair producing steps
  • Collection
  • Sorting
  • Dehairing
  • Spinning
  • Weaving/Knitting
Properties of Camel Hair:
  • Strength,
  • Luster,
  • Smoothness,
  • Warmth,
  • Light weight,
  • thermostatic
End Uses:
  • Over coats and jackets,
  • blazers and sweaters,
  • Skirts,
  • Paint brushes,
  • Gloves and hosiery items,
  • Scarves,
  • mufflers,
  • caps Carpets and
  • waterproof coats etc

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Sometimes we need some abbreviations for textile and clothing. Today I am sharing some important and effective terms elaboration.

AATCC - American Association of Textile Chemists and Colorists
AAQC - American Association of Quality Control
BSTI - Bangladesh Standard and Testing Institution
ISO - International Organization for Standadization
BS - British Standard
AQL - Acceptable Quality Level
BCIRA - British Cotton Industries Research Association
GSP - Generalized System of Preferences
ILO -  International Labor Organization
BGWUC - Bangladesh Garments Worker Unit Council
ITET - Institute of Textile Engineers and Technologist
HVI - High Volume Instrument
AFIS - Advanced Fiber Information System
WIRA - Wool International Research Association
CAD - Computer Aided Design
CAM - Computer Aided Manufacturing
BCA - Bangladesh Cotton Association
ICA - International Cotton Association
PTEA - Pakistan Textile Exporter Association
BGMEA - Bangladesh Garments Manufacturers & Exporters Association
BKMEA - Bangladesh Knitwear Manufacturers & Exporters Association
FBCCI - Federation of Bangladesh Chambers of Commerce and Industry
BJMC - Bangladesh Jute Mills Corporation
BTMC - Bangladesh Textile Mills Corporation
GPT -  Garments Performance/Package Test
FPT - Fabric Performance/Package Test
APTMA - All Pakistan Textile Mills Association
CFIB - China Fiber Inspection Bureau
ICAC - International Cotton Advisory Committee
SITC - Standardized Instrument for Testing Cotton
CDA - Cotton Development Administration
SITRA - South India Textile Research Association
EPB - Export Promotion Bureau
NSA - No Seam Allowance
CC - Color Combination
CIF - Cost, Insurance & Freight
CNF - Clearing & Forwarding
FOB - Free On Board
CFR - Cost and Freight
EXW - Ex Works
FCA - Free Carrier
FAS - Free Alongside Ship
CPT - Carriage Paid To
CIP - Carriage, Insurance Paid
DAP - Delivered At Place
GATT - General Agreement on Tariffs and Trade
LDC - Least Development CountryL
L/C - Letter of Credit
BTB L/C - Back to Back L/C

Important Abbreviations for Textile and Garments Technology

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Sometimes we need some abbreviations for textile and clothing. Today I am sharing some important and effective terms elaboration.

AATCC - American Association of Textile Chemists and Colorists
AAQC - American Association of Quality Control
BSTI - Bangladesh Standard and Testing Institution
ISO - International Organization for Standadization
BS - British Standard
AQL - Acceptable Quality Level
BCIRA - British Cotton Industries Research Association
GSP - Generalized System of Preferences
ILO -  International Labor Organization
BGWUC - Bangladesh Garments Worker Unit Council
ITET - Institute of Textile Engineers and Technologist
HVI - High Volume Instrument
AFIS - Advanced Fiber Information System
WIRA - Wool International Research Association
CAD - Computer Aided Design
CAM - Computer Aided Manufacturing
BCA - Bangladesh Cotton Association
ICA - International Cotton Association
PTEA - Pakistan Textile Exporter Association
BGMEA - Bangladesh Garments Manufacturers & Exporters Association
BKMEA - Bangladesh Knitwear Manufacturers & Exporters Association
FBCCI - Federation of Bangladesh Chambers of Commerce and Industry
BJMC - Bangladesh Jute Mills Corporation
BTMC - Bangladesh Textile Mills Corporation
GPT -  Garments Performance/Package Test
FPT - Fabric Performance/Package Test
APTMA - All Pakistan Textile Mills Association
CFIB - China Fiber Inspection Bureau
ICAC - International Cotton Advisory Committee
SITC - Standardized Instrument for Testing Cotton
CDA - Cotton Development Administration
SITRA - South India Textile Research Association
EPB - Export Promotion Bureau
NSA - No Seam Allowance
CC - Color Combination
CIF - Cost, Insurance & Freight
CNF - Clearing & Forwarding
FOB - Free On Board
CFR - Cost and Freight
EXW - Ex Works
FCA - Free Carrier
FAS - Free Alongside Ship
CPT - Carriage Paid To
CIP - Carriage, Insurance Paid
DAP - Delivered At Place
GATT - General Agreement on Tariffs and Trade
LDC - Least Development CountryL
L/C - Letter of Credit
BTB L/C - Back to Back L/C

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