1.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 1

2.
Prepared By : Mazadul Hasan sheshir
ID: 2010000400008
13th
Batch (session 2009-2013)
Department : Wet Processing Technology
Email: mazadulhasan@yahoo.com
Blog : www. Textilelab.blogspot.com (visit)
Southeast University
Department Of Textile Engineering
I/A 251,252 Tejgaon Dhaka Bangladesh
Prepared By :

3.
Total Textile Process at a Glance

4.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Introduction
• The stability of color or its fastness is one of the most important requirements
of valuable customers. Colour fastness of a dyed goods means the resistance
power of a dyed goods against any hazards.
• The color textiles show different resistance power to different agencies such
as light, wash, rubbing, perspiration, water, bleach, acid, alkali etc.
• There are many types of testing of color fastness. But in the industry the
fastness test is done according to the buyer requirement.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 4

5.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Major Color Fastness Testes
 Colorfastness to Washing
 Colorfastness to Crocking / Rubbing
 Colorfastness to Perspiration
 Colorfastness to Hot Pressing
 Colorfastness to Dry Cleaning
 Colorfastness to Light
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 5

6.
School of Science and Engineering, Department of Textile Engineering
Southeast University
• Colorfastness to Washing is a method for determining the
resistance of the colour of textiles from all kinds of wash in water
with soap and detergent. There are different test methods to check
the color fastness to washing which is standardized by ISO.
Test Temp.( ° C) Time (mints) Steel balls Chemicals
ISO-105-CO1 40 30 0 Soap(5 g/l)
ISO-105-CO2 50 45 0 Soap(5 g/l)
ISO-105-CO3 60 30 0 Soap(5g/l) +soda ( 2 g/l)
ISO-105-CO4 95 30 10 Soap(5g/l) +soda ( 2 g/l)
ISO-105-CO5 95 240 10 Soap(5g/l) +soda ( 2 g/l)
Color Fastness To Wash

7.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Test Procedure (Color fastness to wash)
APPARATUS AND MATERIALS:
 Gyro wash m/c (Wash-wheel & Stainless steel container)
 Stainless steel ball(diameter =0.6cm,wt. =1mg)
 Multi-fiber fabric
 Thermometer (0-100) ° C
 Sewing m/c
 Dryer
 ISO type grey scale for changing shade
 ISO type grey scale for staining
 Color matching cabinet (light box).
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 7

8.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Sample Preparation:
If the textile to be tested in fabric: Cut the sample fabric 10cm ×4 cm and make sure
all colors are included (if necessary use additional specimens) in it. Sew it along all four
edges with the same size of multi fiber fabric. This is the composite test specimen.
If the textile to be tested is yarn or loose fiber: Take a mass of yarn or fiber
approximately equal to ½ of the combined mass of the adjacent fabrics, then place
between a 10cm ×4 cm piece of multi – fiber fabric and a piece of same size non dye
able fabric and sew them along all four sides. This is the composite test specimen.
According to ISO RECOMMENDATION NO3 (ISO 105 C03): The composite specimen is
treated in a wash wheel or an equivalent apparatus at 60 ± 2°C (140±3.6°F) for 30 mints
using the color fastness test detergents 77(ISO Std soap) 5 g/l and 2 g/l soda ash to a
given liquor ratio of 50:1.
• Finally we decreased the temperature and washed with cold water and dry them.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 8

9.
School of Science and Engineering, Department of Textile Engineering
Southeast University
EVALUATION:
 Compare the contrast between the treated and untreated sample with
the changing grey scale and staining of color in the adjacent multi-
fiber fabric with the staining grey scale.
 This assessment is done in a color matching cabinet under standard
lighting of D65 (Artificial day light).
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 9
Fig: Grey scale

10.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Format of test Report
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 10
Description of test Test result
Color fastness to washing
Method followed: ISO-105-C03
GRADE
Color change in shade 3-4
Staining in Acetate 4
Staining in Cotton 4
Staining in Nylon 4
Staining in Polyester 4
Staining in Acrylic 4
Staining in Wool 4

11.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Color Fastness To Rubbing
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 11

12.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Equipment that needed for measurement:
• Crock Meter.
• Cotton Rubbing Cotton.
• Grey Scale
• Stop Watch
• Color Matching Cabinet.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 12

13.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Size of Fabric:
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 13
• You will need to have 14 Cm ×
5 Cm pieces of textile fabric
sample (one warp direction/
wale direction and other weft/
course direction).

14.
School of Science and Engineering, Department of Textile Engineering
Southeast University
• a) Lock the test specimen (textile sample) onto the
base of the crock meter.
b) Using the spinal clip, set 5 Cm × 5Cm of the white
cotton fabric to the finger of the crock meter.
c) Lower the covered finger on the test sample.
d) Turn hand crank at the rate of the one turn per
second.
e) Remove the white rubbing test cloth and e valuate
with grey scale.
Submitted to : Dr. Zulhas Uddin 14Color fastness of dye goods.
Test Procedure of Color Fastness To
Rubbing:

15.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Evaluation
•In this stage compare the
contrast between the treated
and untreated white rubbing
cloth with grey scale and rated 1
to 5.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 15

16.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Color Fastness to light
• This test measures the resistance to fading of
dyed textile when exposed to day-light.The test
sample is exposed to light for a certain time(24
hrs, 36 hrs,48 hrs, 72 hrs, etc) or by customer
demand and compare the change with original
unexposed sample.The changes are assessed
by Blue Scales (1-8).
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 16

17.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Procedure
• The sample is cut and should be exposed
(1/2 covered and 1/2 exposed) together
with standard dyed wool samples (1-8).
• The standard and the specimen mounted
in a frame.The composite sample must be
protected from rain.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 17

18.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Evaluation:
• Evaluation is made numerically by
European/American blue Scale (1-8).
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 18

19.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Color Fastness to Perspiration:
Principle:
• The garments which come into contact with the
body where perspiration is heavy may suffer
serious local discoloration. This test is intended to
determine the resistance of color of dyed textile to
the action of acidic and alkaline perspiration.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 19
tact with the body where perspiration is heavy may suffer serious local discoloration. This test is intended to determine the resistance of color of dyed textile to

20.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Equipment:
• Perspiration Tester
• Oven, maintained at 37±2ºC temperature
• Multifiber test fabric
• Grey Scale
• Color matching chamber
• Acidic and Alkaline solution
• Glass or Acrylic plate
• Weight etc
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 20
tact with the body where perspiration is heavy may suffer serious local discoloration. This test is intended to determine the resistance of color of dyed textile to

21.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Sample size: 10 cm * 4 cm
• Test Procedure:
– Wet-out the composite test sample in mentioned alkaline or acidic
solution at room temperature. M:L ratio 1:50 and leave for 30
minutes.
– Pour off excess solution and place the composite sample between
two glass plate or acrylic plate under a pressure of 4.5 Kg and
place in an oven for 4 hours at 37±2ºC temperature.
– Remove the specimen and hang to dry in warm air not exceeding
60ºC.
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 21
tact with the body where perspiration is heavy may suffer serious local discoloration. This test is intended to determine the resistance of color of dyed textile to

22.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Evaluation
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 22
tact with the body where perspiration is heavy may suffer serious local discoloration. This test is intended to determine the resistance of color of dyed textile to
Evaluation is done by Grey Scale in a color
matching cabinet and rated from 1 to 5.

23.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Colorfastness to Hot Pressing
Principle
Determination of the resistance of the color of dyed textiles to ironing and
pressing on the hot cylinder
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 23

24.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Apparatus and Materials:
a. Heating device that can put a pressure on the specimen of 4kpa.
b. A smooth asbestos sheet (3-6 mm thickness)
c. Wool flannel
d. A piece of undyed, bleached and mercerized cotton cloth
e. Grey scales
f. Standard color matching cabinet
g. Distilled water
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 24

25.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Test specimen:
Cut 10cm x 4cm specimen from
each fabric sample
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 25

26.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Test Procedure:
i. Condition the sample in standard atmosphere of 21 1℃ and
65 2 ℃ RH before testing.
i. Then select the specified temperature as follow: 110 2 ℃,150 2 ℃,
200 2 ℃
ii. Dry pressing:
a. Place the dry specimen on top of the cotton cloth covering the
wool flannel pad
b. Lower the top plate of the heating device and leave the test
specimen for 15 sec at the recommended pressing temperature
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 26
±
±
±
±
±

27.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Damp Pressing
A.
• Repeat iii (a) and soak to 100% pick-up of a piece of cotton
adjacent fabric in distilled water.
B.
• Place the soaked cotton fabric on top of the dry test specimen
and repeat iii (b)
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 27

28.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Wet Pressing
• a)
Soak the test specimen and a piece of cotton adjacent fabric in
distilled water and squeeze it to maintain 100% pick up.
• b)
Place the wet test specimen on top of the dry cotton cloth
covering the wool flannel pad and repeat iii (b)
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 28

29.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Evaluation
• a)
Numerically rate the color change immediately after testing and
again 4 hrs. in std atmosphere and std light using the Grey
Scale(1-5)
• b)
Numerically rate the staining of the more heavily stained side of
the cotton adjunct fabric under std light using Grey Scale (1-5)
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 29

30.
School of Science and Engineering, Department of Textile Engineering
Southeast University
Test Report
• i. Mention the testing temperature .
• ii. Test condition (dry, damp, wet)
• iii. Numerical rating after testing and after 4 hrs
• iv. Report the numerical rating for the staining of
cotton adjacent fabric
Submitted to : Dr. Zulhas Uddin Color fastness of dye goods. 30

31.
School of Science and Engineering, Department of Textile Engineering
Southeast University

32.
School of Science and Engineering, Department of Textile Engineering
Southeast University

33.
1. Yarn Manufacturing Technology
Link : http://www.facebook.com/pages/Yarn-Manufacturing-Technology/485014954866808
2. Fabric Manufacturing Technology
Link : http://www.facebook.com/pages/Fabric-Manufacturing-Technology/459520217425605
3. Garments Manufacturing Technology
Link : http://www.facebook.com/pages/Garments-Manufacturing-
Technology/472364799463126
3. Wet processing Technology
Link : http://www.facebook.com/pages/Wet-Processing-Technology-Dyeing-/468645219825404
4. Fashion-Design-and-Technology
Link : http://www.facebook.com/pages/Fashion-Design-and-Technology/587655294583875?
ref=ts&fref=ts
My Facebook Textile related Pages
http://www.textilelab.blogspot.com (Visit My Blog for more Info )