Top Banner
TEXTILE PRINTING R.B.CHAVAN INSTIUTE OF TEXTILES BAHIR DAR UNIVERSITY BAHIR DAR ETHIOPIA
25

1.Introduction to Textile Printing

Nov 18, 2014

Download

Documents

rbchavan
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: 1.Introduction to Textile Printing

TEXTILE PRINTING

R.B.CHAVAN INSTIUTE OF TEXTILES

BAHIR DAR UNIVERSITY

BAHIR DAR

ETHIOPIA

Page 2: 1.Introduction to Textile Printing

TEXTILE PRINTINGLECTURE 1

INTRODUCTION TO TEXTILE PRINTING2. DIFFERENCE BETWEEN DYEING AND PRINTING

3. METHODS OF OBTAINING PRINT LIKE EFFECT OTHER

THAN PRINTING

4. TEXTILE PRINTING STUDY ( METHODS OF PRINTING, STYLES OF

PRINTING

5. METHODS OF PRINTING

6. APPROXIMATE PERIOD OF DEVELOPMENT OF DIFFERENT METHODS

OF PRINTING

7. HERITAGE BASED TECHNOLOGIES AND SCIENCE BASED

TECHNOLOGIES

8. WORLD MARKET SHARE OF PRINTING BY DIFFERENT METHODS

Page 3: 1.Introduction to Textile Printing

DIFFERENCES BETWEEN DYEING AND PRINTING

DYEING

UNIFORM COLOURATION ALONG LENGTH AND WIDTH OF FABRIC

ONLY SINGLE COLOUR IS POSSIBLE.

NO DIFFERENCE IN COLOUR BETWEEN FRONT AND BACK SIDE

OF FABRIC

AQUEOUS DYEING MEDIUM OF LOW VISCOSITY

DYEING IN BATCHWISE, CONTINUOUS OR SEMI-CONTINUOUS METHOD.

DYEING IN FIBRE, YARN, FABRIC, GARMENT FORM

Page 4: 1.Introduction to Textile Printing

PRINTING

LOCALLIZED DYEINGCOLOUR IS APPLIED LOCALLY IN THE FORM OF DESIGN/PATTERN

SINGLE COLOR OR MULTICOLOR DESIGN

LOW VISCOSITY MEDIUM WOULD SPREAD THE COLOUR BY

CAPILLARY ACTION, DOES NOT MAINTAIN THE SHARPNESS OF THE

DESIGN.AQUEOUS MEDIUM OF HIGH

VISCOSITY, PREVENT THE COLOUR SPREADING

FABRIC PRINTING IN OPEN WIDTH FORM ONLY

FABRIC PRINTING IS MOST COMMON COMPARED TO YARN

AND GARMENT PRINTING, EXCEPTION T-SHIRT PRINTING

Page 5: 1.Introduction to Textile Printing

PRINT LIKE EFFECTS

WEAVING USING COLOURED YARN

KNITTING USING COLOURED YARN

APPLIQUE OR PATCH WORK

EMBROIDERY

Page 6: 1.Introduction to Textile Printing

PRINT LIKE EFFECTS

BATIK

TIE-DYE

Page 7: 1.Introduction to Textile Printing

PRINTING STUDY

STYLES OF PRINTING

DIRECT STYLE

PRINTING OF SINGLE OR MULTICOLOURS ON

WHITE FABRIC

PRINTING OF SINGLE OR MULTICOLOURS ON WHITE FABRIC

Page 8: 1.Introduction to Textile Printing

RESIST STYLE

RESIST STYLE

PREVENTION OF COLOUR FIXATION AT THE PRINTED

PORTIONCOLOR

R

E

S

I

T

WHITE

RESIST

Page 9: 1.Introduction to Textile Printing

DISCHARGE STYLE

RESIST STYLE

DESTRUCTION OF COLOUR AT THE PRINTED PORTION

COLOR

DISCHAGE

WHITE

DISCHAGE

Page 10: 1.Introduction to Textile Printing

BLOCK PRINTING

Page 11: 1.Introduction to Textile Printing
Page 13: 1.Introduction to Textile Printing

ROLLER

PRINTING

Page 14: 1.Introduction to Textile Printing

SCREEN PRINTING

MANUAL

Page 15: 1.Introduction to Textile Printing

FLAT BED SCREEN PRINTING

Page 16: 1.Introduction to Textile Printing

ROTARY SCREEN PRINTING

Page 18: 1.Introduction to Textile Printing

DIGITAL

PRINTING

Page 19: 1.Introduction to Textile Printing
Page 20: 1.Introduction to Textile Printing

BATIK

Page 21: 1.Introduction to Textile Printing

Approximate period of commercialization

Method Period Origin

Block Ancient India

Roller Printing 1785 Scotland

Manual Screen 1900 England

Auto. Flat bed 1940 Switzerland

Rotary 1963 Portugal

Transfer Printing

1968 France

Inkjet, Xerox 1990 USA

Page 22: 1.Introduction to Textile Printing

Heritage based Technologies

Block Printing

Tie-dye

Batik

Spray/Stencil

Human skill based

Nation’s pride

Non replaceable

Unlimited life

Page 23: 1.Introduction to Textile Printing

Science based Technologies

Roller printingScreen printing: Flat bed, Rotary screen printingTransfer printingDigital printing

Machine basedReplaceableLimited life

Page 24: 1.Introduction to Textile Printing

PRODUCTION TECHNOLOGY TRENDS

Page 25: 1.Introduction to Textile Printing

World Production share

• Rotary Screen Printing 60%

• Automatic Flat Bed 18%

• Other methods 22%