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Textiles

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Fibers Basic Unit of all Textile Products- tiny hair like. All fibers have their own characteristics and properties, depending upon their source, ... – PowerPoint PPT presentation

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Title: Textiles


1
Textiles
  • Natural
  • Man-made
  • Synthetic

2
Fibers
  • Basic Unit of all Textile Products- tiny hair
    like.
  • All fibers have their own characteristics and
    properties, depending upon their source, chemical
    composition, and quality. No fiber is perfect.
    Each has some good, fair, and poor qualities that
    may make it suitable or unsuitable for certain
    uses.

3
Fibers cont
  • The basic characteristics of a fiber can be
    slightly altered but never totally changed. The
    fiber may be short, long, straight, or curly.
    These fiber characteristics greatly affect the
    appearance, and performance of the fabrics they
    are made into.
  • The Characteristics you look for in childrens
    clothing is totally different that you would look
    for in evening wear for yourself.
  • Thus an understanding of fibers, yarns, and
    fabrics if basic to the study of apparel.

4
Yarns
  • Formed by a continuous strand of fibers usually
    twisted together.

5
Fabrics
  • Are formed when yarns are combined. Fabrics may
    be constructed using a variety of different
    methods such as
  • Weaving
  • Knitting
  • Felting

6
Fiber Sources
  • Natural- Plant or Animal fiber that grows in
    nature. Two categories Cellulosic Fibers
    (plant), and Protein Fibers (animal). Include
    Cotton, Linen, Wool, Silk, Ramie, Hemp, Jute,
    Bamboo, Leather

7
Fiber Sources (cont)
  • Man-made- Made from a Natural material called
    Cellulose. The cellulose is turned into a liquid
    and poured through a spinneret. Includes
    Acetate, Rayon, Triacetate, Lyocell.
  • Spinneret- Like a showerhead, that sprays out
    chemicals that harden into long strands called
    filament fibers.

8
Fiber Sources (cont)
  • Synthetic- Made from chemicals, petroleum, coal,
    and natural gas. All of these fibers are
    manufactured from different combinations of
    petroleum, natural gas, air and water. They are
    poured through a spinneret. Include Acrylic,
    Polyester, Nylon, Modacrylic, Spandex, and
    Olefin.

9
Fiber Structures
  • Staple Fibers- Short Fuzzy- Usually between 1
    and 4 long. These tiny fibers already exist in a
    plant or animal. The fibers just need to be
    cleaned up, sorted, and purified before they are
    used for fabrics.
  • Short
  • Look lumpy and bumpy under a microscope
  • Include all natural fibers, except silk

10
Fiber Structures (cont)
  • Filament Fibers- Long and smooth (like fishing
    line)
  • Include all man-made, and synthetic fibers
  • Include Silk
  • Spinneret- All man-made and Synthetic fibers are
    poured through a Spinneret to create the fiber.

11
Natural Fibers
  • Cotton
  • Flax (Linen)
  • Wool
  • Silk
  • Hemp
  • Bamboo
  • Ramie
  • Leather

12
Natural Fibers- Sources
  • Plants and animals sources that grow in nature
  • Cellulosic- Plant fibers
  • Cotton
  • Linen (flax)
  • Ramie
  • Hemp
  • Bamboo
  • Ramie
  • Protein- Animal fibers
  • Wool
  • Silk
  • Leather

13
General Characteristics of Natural Fibers
  • Absorbent- able to take up moisture
  • Porous- able to breathe, air passes through
  • Biodegradable- able to break down
  • Most wrinkle easily
  • Tend to be more expensive
  • Staple fibers which look

14
Cotton advantages
  • Strong, durable
  • Soft
  • Absorbs moisture
  • Breathes well
  • Washes easily
  • Dyes well

15
Cotton disadvantages
  • Mildews
  • Does not spring back into shape
  • Wrinkles easily
  • Burns readily
  • Shrinks

16
Clothing/Fashion uses
  • Blouses
  • Dresses
  • Skirts
  • Underwear
  • Shirts
  • Jeans
  • Sportswear

17
Care of Cotton
  • Wash in washer and dry
  • Iron at high temperature

18
Flax (Linen) Advantages
  • STRONG
  • Absorbs moisture
  • Comfortable in warm weather
  • Washes easily

19
Linen disadvantages
  • Mildews
  • WRINKLES
  • Burns easily

20
Clothing/Fashion uses
  • Blouses
  • Dresses
  • Skirts
  • Suits

21
Care of Linen
  • Wash or Dry Clean, CHECK LABEL
  • Washing will change the hand of the fabric
    making it soft and wrinkled in appearance
  • Iron at HIGH temperature with moisture

22
Wool Advantages
  • WARM
  • Durable
  • ABSORBENT
  • Resilient (returns to original shape quickly)
  • Resists wrinkling
  • Fire Retardant

23
Wool Disadvantages
  • Requires special care
  • Shrinks sometimes if washed, or dried in dryer
  • Absorbs odors
  • Requires protection against insects

24
Clothing/Fashion uses
  • Knit garments
  • Sweaters
  • Gloves
  • Skirts
  • Coats
  • Sportswear
  • Socks
  • Suits
  • slacks

25
Care of Wool
  • Dry Clean or Hand Wash and Dry flat
  • Iron at low temperature

26
Silk Advantages
  • Smooth
  • Lustrous
  • Strong
  • Dries quickly

27
Silk Disadvantages
  • Shows water spots
  • Iron at low temperature
  • Expensive

28
Care of silk
  • Dry clean or hand wash, check label
  • Iron at low temperature

29
Clothing/Fashion uses
  • Skirts
  • Blouses
  • Dresses
  • Neckties
  • Scarves
  • Lingerie
  • Sweaters

30
Man-made Fibers
  • Acetate
  • Lyocell (Tencel)
  • Rayon

31
Man-made Fibers
  • Made from petrochemicals
  • Characteristics
  • Hydrophobic (water resistant)
  • Promote static cling
  • Heat Sensitive
  • Many types pill
  • Most are wrinkle resistant

32
Acetate Advantages
  • Soft
  • Drapeable
  • Dries quickly
  • Resistant to shrinking

33
Acetate Disadvantages
  • Can wrinkle
  • Low abrasion resistance
  • Heat sensitive
  • Damaged by acetone

34
Acetate- care
35
Clothing/Fashion uses
  • Skirts
  • Blouses
  • Dresses
  • Scarves
  • Linings

36
Synthetic Fibers
  • Acrylic
  • Nylon
  • Polyester
  • Spandex (Lycra)
  • Aramid (Kevlar, Nomex)
  • Olefin
  • Triacetate
  • Modacrylic

37
Acrylic Advantages
  • Soft
  • Warm
  • Wool-like
  • Light weight
  • Wrinkle resistant
  • Resistant to moths and sunlight

38
Acrylic Disadvantages
  • Pills
  • Static electricity
  • Heat sensitive

39
Care of Acrylic
  • Dry Cleaned or laundered
  • Iron at low temperature

40
Clothing/Fashion uses
  • Sweaters
  • Knit garments
  • Faux Fur
  • Coats
  • Pants
  • Skirts
  • Shoe soles

41
Nylon Advantages
  • Very Strong
  • Resilient
  • Lustrous
  • Dries quickly

42
Nylon disadvantages
  • May yellow or gray
  • Heat Sensitive
  • Low moisture absorbency

43
Care of Nylon
  • Easily laundered
  • Iron at low temperature

44
Clothing/Fashion uses
  • Sportswear
  • Jackets
  • Raincoats
  • Backpacks
  • Purses

45
Polyester advantages
  • Excellent WRINKLE RESISTANCE
  • Resistant to abrasion
  • Dries quickly
  • Blends well with other fibers
  • Retains heat-set pleats and creases

46
Polyester disadvantages
  • Absorbs oily stains
  • Low absorbency of moisture

47
Care of Polyester
  • Easily laundered
  • Needs little or no pressing

48
Clothing/Fashion uses
  • Pants
  • Shirts
  • Suits
  • Sportswear
  • Skirts

49
Rayon advantages
  • Soft and comfortable
  • High moisture absorbency
  • drapeable

50
Rayon disadvantages
  • May wrinkle or shrink unless treated
  • May mildew

51
Clothing/Fashion uses
  • Dresses
  • Skirts
  • Lingerie
  • Blouses

52
Care of Rayon
  • Usually dry cleaned, sometimes washable
  • Iron at low temperature

53
Spandex advantages
  • Excellent elasticity and recovery
  • Stronger and more durable than rubber
  • Light weight
  • Resistant to body oils

54
Spandex disadvantages
  • Damaged by chlorine bleach
  • Damaged by heat

55
Clothing/Fashion uses
  • Pants
  • Shirts
  • Jeans
  • Sportswear
  • Underwear
  • Socks
  • Bras
  • Tights

56
Aramid (Kevlar Nomex) advantages
  • Exceptional strength
  • Exceptional heat and flame resistance
  • Resistant to stretch and abrasion

57
Aramid disadvantages
  • Not absorbent

58
Clothing/Fashion uses
  • Kevlar
  • Bullet Proof Vests
  • Cut/Heat and Chemical resistant Gloves
  • Nomex
  • Fireman Uniforms
  • Racing Apparel

59
The End
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