THE ART OF DYEING, CLEANING, SCOURING & FINISHING: APPROVED ENGLISH & FRENCH METHODS
CHAPTER 1 INTRODUCTION TO TEXTILES, DYES, DYEING AND FIBERS LEARNING OBJECTIVES INTRODUCTION HISTORICAL BACKGROUND NATURAL DYES AND FIBERS DEVELOPMENT OF SYNTHETIC DYES AND FIBERS TEXTILE SOURCES AND TYPES PRODUCTION METHODS TREATMENTS USES DYEING HISTORY METHODS OF DYEING FIBER FIBER CLASSIFICATION FIBER PROPERTIES FABRIC MANUFACTURE ROLE MODEL SUMMARY KNOWLEDGE CHECK REVIEW QUESTIONS REFERENCES CHAPTER FIBROUS POLYMERS AND SYNTHETIC FIBERS LEARNING OBJECTIVES POLYMER STRUCTURE MOLECULAR ORGANIZATION IN FIBERS INTERMOLECULAR FORCES THERMAL PROPERTIES OF POLYMERS SYNTHETIC FIBERS DEFINITION OF SYNTHETIC FIBERS RAYONS NYLON FIBERS POLYESTERS ACRYLIC FIBERS OTHER SYNTHETIC FIBERS ADVANTAGES OF SYNTHETIC FIBERS DISADVANTAGES OF SYNTHETIC FIBERS BLENDS MAKE FOR COMFORTABLE CLOTHING EDUCATION NATURAL AND ARTIFICIAL CELLULOSIC FIBERS LEARNING OBJECTIVES COTTON PRODUCTION OF COTTON STRUCTURE AND CONSTITUENTS OF COTTON FIBERS PROPERTIES OF COTTON CELLULOSE MOLECULAR STRUCTURE OF CELLULOSE CHEMICAL PROPERTIES OF CELLULOSE COTTON PROCESSING PREPARATION OF COTTON PRELIMINARY PROCESSES FOR WOVEN COTTON FABRIC ALKALI BOILING OF COTTON COTTON BLEACHING FLUORESCENT WHITENING AGENTS MERCERIZATION OTHER VEGETABLE FIBERS THE FIRST REGENERATED CELLULOSE FIBERS VISCOSE FIBER PRODUCTION OF REGULAR VISCOSE FIBER THE MORPHOLOGY, PROPERTIES AND USES OF VISCOSE IMPROVED FORMS OF VISCOSE LYOCELL FIBERS DYEING REGENERATED CELLULOSE FIBERS CELLULOSE ACETATES CELLULOSE DIACETATE CELLULOSE TRIACETATE DYES AND DYEING LEARNING OBJECTIVES DYES THE MOLECULAR STRUCTURES OF DYES COMPOSITION OF COMMERCIAL DYES DYE SELECTION DYEING METHODS DYE-BATH AND FABRIC PREPARATION EXHAUST DYEING AMOUNTS OF DYE AND COLOR YIELD LIQUOR-TO-GOODS RATIO RATE OF DYEING AND STRIKE MIGRATION AND LEVELLING EFFECT OF TEMPERATURE ON EXHAUSTION AND DYEING RATE DYE COMPATIBILITY CONTINUOUS DYEING PADDING FIXATION PROCEDURES DYEING CELLULOSIC FIBERS WITH DIRECT DYES LEARNING OBJECTIVES CHEMICAL CONSTITUTIONS OF DIRECT DYES CLASSIFICATION OF DIRECT DYES PROBLEMS IN BATCH DYEING WITH DIRECT DYES RATES OF DYEING COTTON WITH DIRECT DYES THE EFFECTS OF VARIATIONS IN DYEING CONDITIONS AFTER TREATMENT OF DYEING’S WITH DIRECT DYES DIAZOTIZATION OF DIRECT DYES COUPLING WITH DIAZONIUM SALTS AFTER TREATMENT WITH FORMALDEHYDE METAL COMPLEX FORMATION CATIONIC FIXATIVES RESIN AND CROSSLINKING AGENTS DYEING DIFFERENT TYPES OF CELLULOSIC FIBERS 5 3 1 THE ORIGINS OF SUBSTANTIVITY FOR CELLULOSE CASE STUDY PRINTING LEARNING OBJECTIVES FLAT SCREEN PRINTING FLAT SCREEN PRINTING MACHINE ADVANTAGES OF FLAT SCREEN TEXTILE PRINTING FLAT SCREEN PRINTING METHOD FABRIC FLAT SCREEN PRINTING PRINTING TECHNIQUES PRINT STYLE PRINTING WITH SOLUBLE DYES PRINTING COTTON FABRICS PRINTING OTHER FIBERS PRINTING OF COTTON/POLYESTER FABRICS TRANSFER PRINTING CARPET PRINTING CHARACTERISTICS OF PRINT PASTES FUNDAMENTALS OF VISCOSITY REVIEW QUESTION TESTING OF DYES AND DYEING LEARNING OBJECTIVES SPECTROPHOTOMETRIC ANALYSIS OF DYE SOLUTIONS EVALUATION OF THE COLOR YIELD OF DYES FASTNESS PROPERTIES OF DYEING’S AND THEIR ASSESSMENT STANDARD DEPTHS OF SHADE METHODS OF ASSESSMENT FASTNESS TO LIGHT FASTNESS TO WASHING OTHER FASTNESS PROPERTIES IDENTIFICATION OF DYES ON THE FIBER SEPARATION OF DYES BY CHROMATOGRAPHIC TECHNIQUES ADSORPTION CHROMATOGRAPHY THIN LAYER CHROMATOGRAPHY ION EXCHANGE CHROMATOGRAPHY PAPER CHROMATOGRAPHY HIGH PRESSURE LIQUID CHROMATOGRAPHY TEXTILE FINISHES LEARNING OBJECTIVES MECHANICAL FINISHING METHODS THERMAL FINISHING PROCESSES CHEMICAL FINISHING OF FABRICS FROM CELLULOSIC FIBERS CREASE-RESIST FINISHES WATER-REPELLENT FINISHES SILICONE FINISHES ANTI-SOIL AND SOIL-RELEASE FINISHES FLAME-RETARDANT FINISHES OTHER TYPES OF FINISHING CHEMICALS CLASSIFICATION OF FINISHES SOME COMMON FINISHES INTRODUCTION TO TEXTILES, DYES, DYEING AND FIBERS 1 UNDERSTAND HISTORICAL BACKGROUND 2 DISCUSS ABOUT TEXTILE 3 PERFORM DYEING 4 EXPLAIN FIBER LEARNING OBJECTIVES AFTER STUDYING THIS CHAPTER, YOU WILL BE ABLE TO