The document is a presentation from a group of students in the Department of Fashion Design and Technology at Uttara University, focusing on textile raw materials like nylon and viscose rayon. It includes details on the general information, manufacturing processes, chemical and physical properties, and uses of these materials. Acknowledgments are expressed to the faculty for guidance and support throughout the project.

1. DEPARTMENT OF FASHION DESIGN AND
TECHNOLAGY
UTTARA,DHAKA-1230
Presentation

2. SUBMITED TO :
• SUDIPTA BAIN
• SENIOR LACTURE
• UTTRA UNIVERSITY
• UTTARA,DHAKA -1203
• COURSE TITLE: TEXTILE RAW MATERIALS -2
• COURSE CODE : IE 3002

3. GROUP MEMBER
NO NAME ID-NUMBER
01 KAZI IQBAL HOSSAIN 2163401030
02 MISHARE AKTHER TONNI 2163401013
03 SANZIDA AKTHER 2163401012
04 SHOVO HOSSAIN 2163401034
05 ASHIKUR RAHMAN 2163401005
06 SIAM HOSSAIN 2163401017

4. STUDENT INFORMATION
:
KAZI IQBAL HOSSAIN
Department : fdt
Subject : TRM-2
Id : 2163401030
Semester : 4TH
Batch : 13th

5. ACKNOWLEDGEMENT
• THE HIGHEST HAPPINESS THAT
ACCOMPANIES THE SUCCESSFUL
COMPLETION OF ANY TUSK WOULD BE
INCOMPLETE WITH OUT THE EXPRESSION OF
GRATITUDE TO ALL THOSE PEOPLE WHO
HAVE HELPED ME THOROUGH OUT THIS
PROJECT AS SUCCESS IS THE ABSTRACT OF
HARD WORK.
• I WOULD LIKE TO EXPRESS MY HEARTFELT
GRATITUDE TO OUR HONORABLE TEACHER
( ENG.SADIQUR RAHAMAN ) PERMITTING ME
TO DO THE PROJECT (PRODUCTION
MANAGEMENT )AND ALSO FOR HIS
INSPIRING GUIDANCE, SUPPORT ,VALUABLE
INPUTS AND CONSTRUCTIVE CRITICISM TO
DEVELOP AND COMPLETE THIS
ASSIGNMENT…

6. TOPIC
01 NYLONE
02 VISCOSE RAYON

7. NYLON

8. NYLON
NO TOPIC
01 GENERAL INFORMATION ABOUT NYLON
02 DISCUS ABOUT MONOMER
03 DESCRIBE POLYMERIZATION
04 DESCRIBE MANUFACTURING PROSSES
05 COMPOSITION IN TERMS OF PROPERTIES
06 NYLON USES

9. INTRODUCTION ABOUT NYLONE
• First created by William Carother, a
Lecturer from Harvard University, in
1934 at DuPont Company research lab
• DuPont scientist created Nylon 6.6
• German scientist created Nylon 6
• Second most used fiber in the U.S.A
• First used in a nylon toothbrush
Nylon is a generic designation for a family of synthetic
polymers, based on aliphatic or semi-aromatic polyamides.
Nylon is a thermoplastic silky material[1] that can be melt-
processed into fibers, filmsor shapes.

10. MONOMER

11. NYLONE 6

12. NYLONE 6.6
This polymer is called nylon 6.6 because each of these
components chemical compounds (hexamethylene
diamine and adipic acid) contain 6 carbon atoms per
molecule

13. MANUFACTURING PROCESS OF
NYLON

18. PROPARTIES OF NYLON

19. CHEMICAL PROPERTIES
• Effect of acid:
• Easily destroyed by cold concentrated acid
• Effect of alkali:
• High resistant to alkali
• Effect of bleaches:
• Strong bleaches destroy nylon 6.6
• Effect of organic solvent: little or no effect
• Dye affinity: Good
• Nylon is hydrophobic

20. PHYSICAL PROPERTIES:
• Strength: 4.5-8.5 gm/den
• Absorbency: not so good
• Moisture regain: 4%
• Elongation at break: 26-40%
• Color: cream to white
• Specific gravity: 1.14
• Melting point:
approximately 250ᵒC

21. USES OF NYLON

22. • Apparel: Blouses, shirts, dresses,, lingerie,
underwear, raincoats, ski apparel,
windbreakers, swimwear, and cycle wear
• Home Furnishings: Bedspreads, carpets
• Industrial and Other Uses: Tire cord,
conveyer and seat belts, air bags,
parachutes, racket strings, ropes and nets,
sleeping bags, tarpaulins, tents, thread,
monofilament fishing line, dental floss

23. VISCOS RAYON

24. VISCOSE RAYON
NO TOPIC
01 General information about viscose rayon
02 Discus about monomer
03 Describe polymerization
04 Describe manufacturing prosses
05 Composition in terms of properties
06 viscose rayon uses

25. VISCOS
• Viscose is a semi-synthetic fiber. "Viscose" can mean:
• A viscous solution of cellulose, which can be made into
rayon or cellophane
• A synonym for rayon
• A specific term for viscose rayon—rayon made using
the viscose (cellulose xanthate) process
• The viscose process dissolves pulpwith aqueous sodium
hydroxide in the presence of carbon disulfide. This
viscous solution bears the name viscose. The cellulose
solution is used to spin the viscose rayon fiber, which
may also be called viscose. Viscose rayon fiber is a soft
fiber commonly used in dresses, linings, shirts, shorts,
coats, jackets, and other outerwear. It is also used in
industrial yarns (tyre cord), upholstery and carpets, and
in the casting of cellophane.

26. MONOMER
• Viscose rayon is a fiber of regenerated cellulose; it is
structurally similar to cotton but may be produced from a
variety of plants such as soy, bamboo, and sugar cane.
Cellulose is a linear polymer of β-D-glucose units with the
empirical formula (C6H10O5)n.[2] To prepare viscose, dissolving
pulp is treated with aqueous sodium hydroxide (typically 16-
19% w/w) to form "alkali cellulose," which has the
approximate formula [C6H9O4-ONa]n. The alkali cellulose is
then treated with carbon disulfide to form sodium
cellulose xanthate.[3]
• [C6H9O4-ONa]n + nCS2 → [C6H9O4-OCS2Na]n

27. • Rayon fiber is produced from the ripened solutions by
treatment with a mineral acid, such as sulfuric acid. In this
step, the xanthate groups are hydrolyzed to regenerate
cellulose and release dithiocarbonic acid that later
decomposes to carbon disulfide and water:[5]
• [C6H9O4-OCS2Na]2n + nH2SO4 → [C6H9O4-OH]2n +2nCS2 +
nNa2SO4
• H2COS2 → H2O + CS2

28. SHOVO HOSSAIN
Department : fdt
Subject : TRM-2
Id : 2163401034
Semester : 4TH
Batch : 13th

29. POLEMAR OF VISCOSE
RAYON

31. MANUFACTUER

32. When a solution of cellulose in
cuprammonium hydroxide comes into
contact with sulfuric acid, the cellulose
begins to precipitate from the solution.
The sulfuric acid reacts with a complex
compound of copper and dissolves it.
Thin blue fibers of rayon are formed. After
some time, sulfuric acid reacts with the
complex compound and washes out the
copper salts from the fibers. The fibers
become colorless.

33. ASIKUR RAHMAN
Department : fdt
Subject : TRM-2
Id : 2163401005
Semester : 4TH
Batch : 13th

34. • Rayon or artificial silk is a manufactured regenerated cellulose
fiber.
• It is made from purified cellulose, primarily from wood pulp, which
is chemically converted into a soluble compound. It is then
dissolved and forced through a spinneret to produce filaments
which are chemically solidified, resulting in synthetic fibers of
nearly pure cellulose.[1]
• Workers can be seriously harmed by the carbon disulfide used to
make most rayon.[2][3]
• Because rayon is manufactured from naturally occurring polymers,
it is considered a semi-synthetic fiber.[4] Specific types of rayon
include viscose, modal and lyocell, each of which differs in
manufacturing process and properties of the finished product.

35. PROPARTIES

36. • The durability and appearance retention of regular viscose
rayon are low, especially when wet; also, rayon has the
lowest elastic recovery of any fiber. However, HWM rayon
(high-wet-modulus rayon) is much stronger and exhibits
higher durability and appearance retention. Recommended
care for regular viscose rayon is dry-cleaning only. HWM
rayon can be machine washed.[10]
• Rayon industrial yarns outperform polyester and are
produced for belts in high performance tires (e.g. Cordenka,
Germany).

37. SIAM HOSSAIN
Department : fdt
Subject : TRM-2
Id : 2163401017
Semester : 4TH
Batch : 13th

38. USES OF VISCOSE RAYON

39. • Rayon is a versatile fiber and is widely claimed to
have the same comfort properties as natural fibers,
although the drape and slipperiness of rayon
textiles are often more like nylon. It can imitate the
feel and texture of silk, wool, cotton and linen. The
fibers are easily dyed in a wide range of colors.
Rayon fabrics are soft, smooth, cool, comfortable,
and highly absorbent, but they do not insulate body
heat, making them ideal for use in hot and humid
climates, although also making their "hand" (feel)
cool and sometimes almost slimy to the touch

41. THANK TO ALL