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What is a Dyes: Explained completely

What is a Natural Dyes: Explained Completely

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Classification of Dyestuff

FEATURES & APPLICATON OF DYES

Types Of Dyes

Some Properties of Dyes:

Definition and Chemical Structure of Acid Dyes

Properties and Mechanism of Acid Dyes

Types of Acid Dyes

Classification of Acid Dyes According to Dyeing Ch

Direct Dyes:Meaning

Chemical Nature of Direct Dyes

Types Of Direct Dyes

Application Of Direct Dyes

Dying Method: Explained in brief

Properties Of Direct Dyes

Meaning of Basic Dyes

Properties of Basic Dyes

Advantages Of Basic Dyes

Limitation of Basic Dyes

Modified Basic Dyes: Explained in brief

Definition of Reactive Dyes

Structure of Reactive Dyes

Classification of Reactive Dyes

Properties of Reactive Dyes

Use Of Reactive Dyes

Advantages Of Reactive Dyes

Disadvantages Of Reactive Dyes

Explanation of Cellulosic Fibers in brief

Definition of Cationic Dyes

Application Of Cationic Dyes

Definition and History of Disperse Dye

Classes Of Disperse Dyes

Properties Of Disperse Dyes

Meaning Of Polyester Microfibers: Explained in bri

Properties Of Microfiber

Application Of Microfiber

Dyeing Mechanism Of Direct Dyes

Meaning Textile Auxiliaries

Different Types of Auxiliaries and Ingredients Use

Classification of Dyeing Auxiliaries: Explained Co

Reactive HE Dyeing

Vat Dyes: Explained in brief

Properties Of vat Dyes: Explained Completely

Stages or Chemistry or Mechanism of dyeing with va

General Nature Of Vat Dyes: Explained Completely

What is Pigment Dyeing?

Advantages Of Pigment Dyeing: Explained Completely

Limitation Of Printing Dyeing

Meaning and Recipe of Pigment Printing; Explained

Advantages of Pigment Printing

Limitation Of Pigment Printing: Explained Complete

Basic Process Of pigment Printing

Meaning Of Acetate Fibers

Properties Of Acetate Fibers

Physical Properties Of Acetate Fibers

Chemical Properties Of Acetate Fibers

Meaning Of Polyester Fibers

Flow Chart Of Synthetic Fiber Production

Characteristics Of Polyester Fiber: Explained Comp

Advantages and Disadvantages of Polyester: Explain

Definition Of Leather Dyes:

Leather Neutralization

Types/Classification Of Leather Dyes:

Leather Of Coating: Explained in brief

Process Of Leather Printing

Leather Printing's Steps: Explained In Brief

Definition Of Construction Chemicals

Types Of Construction Chemicals

Areas in which Construction Chemicals are used: Ex

Common Properties Of Mineral admixtures

Fly Ash : Explained In Short

Micro Silica: Explained In Short

Advantages Of Micro Silica

Disadvantages Of Micro Silica

Definition and Types Of Chemical Admixtures

Classification Of Concrete Admixtures

Inorganic Acid: Explained Completely

Bases Of Chemistry: Explained in brief

Inorganic Bases

Organic Bases: Explained Completely

Organic Acid: Explained Completely

SALTS: Explained in brief

SODIUM CHLORIDE: Explained Completely

SODIUM SULPHATE: Explained Completely

Oxidising Agents: Explained Completely

Hydrogen peroxide: Explained Completely

Sodium Hypochlorite: Explained Completely

Sodium perborate: Explained Completely

Reducing Agents: Explained Completely

Type Of Reducing Agents: Explained Completely

Miscellaneous Chemical: Explained in brief

Miscellaneous Chemical: Explained Completely

Explanation of Fluorescent whitening agents

Explanation Of Ethylenediamine tetraacetate:

Definition Of Sulfur Dyes

Chemical Structure Of Sulfur Dyes

Types of Textiles: Explained in brief

Flow Chart of Textile Manufacturing

Sequestrant function of dyeing auxiliaries

Lubricating: Explained in brief

Dispersing Agent: Explained in brief

Fundamental Mechanisms to contribute a dyeing

Sequestering, Dispersing and Levelling Agent for R

Antifoam: Explained in brief

Flow Chart of Textile Finishing

Flow Chart of Weaving

Anthraquinonoid vat dyes: Explained in brief

Indigoid vat dyes: Explained in brief

Sulphurised Vat dyes

Dyeing of Polyester Fabric in Thermasol Dyeing Met

Tie Dyeing Definition

Component needs for Tie dye

Process of Tie Dye

PROCESS OF TIE DYES

IMPORTANT SYNTHESIS OF DYES

Direct Black EW

Special Chemical Used in Garments Dyeing

Chemical Used in Garment Dyeing

Wetting Agent: Explained in brief

Scouring and Bleaching agent: Explained in brief.

For Saving Al (Used in Garments Dyeing)

Blended fabric: Explained in brief

Formation of Crease: Explained in brief

Irregular Dyeing

SULFAMIC ACID: Explained in brief

Properties of Sulfamic Acid

The Role of Auxiliaries in Textiles (1.SPINNING)

The Role of Auxiliaries in Textiles (2. WINDING)

The Role of Auxiliaries in Textiles (3. Warping)

The Role of Auxiliaries in Textiles (4.SIZING)

The Role of Auxiliaries in Textiles (5.GREY CALEND

The Role of Auxiliaries in Textiles (6.WET PROCESS

WET PROCESSING: EXPLAINED COMPLETELY (PART 1)

WET PROCESSING: EXPLAINED COMPLETELY (PART 2)

Definition of Benzidine

Benzidine: Part 1

MPD & disubstituted diamines: Explained in brief

Heterocyclic Diamines:

Diamino Pyridines:- Explanation in brief

Halogen exchange reaction

Ullmann Condensation: Explained in brief

Reduction:- Explained in brief

Diamino carbozoles: Explained in brief

Diamino Diphenyl Ureas. [-NHCONH-] : Explained in

Diamino Anilides: Explained in brief

Diamino Stilbenes:- As a Non Benzidine

4,4' - diamino crobenzene:- Explained in brief

4,4'- diamino diphenyl amines: Explained in brief

Some other dicmines which can be used as Benzidine

2) 4,-4' diamino stilbene - 2,-2' - disulfonic aci

3). 4,4'- diamino diphenyl urea - 3,3'- diceroxyli

4) 3,3'- disubstituted - 4,4' diamino diphenyl de

5). Compounds of the type:- Explained by figure

FC Acid :- Explained in brief

DASA: Explained with diagram

DABA: Explained in breif

Paper Dyeing

Carbon papers: Explained in brief

Food Colours: Explained in brief

Classification of Dyes: Explained by structure

NON-TEXTILE USES OF DYESTUFFS:-

FIBER PRODUCTION

Polyester Filament:- Explained in brief

Polyester Staple Fiber:- Explained in brief

Nylon

Quality of Dyestuff : Explained in brief

Dyestuff from Safer and non-pollution processes :

Weight of Fabric, Thickness and Bending Test:-

Color Change Assessment:-

Color Measurement:-

Anti-static Properties of the fabric

Conductivity Properties:- Explained in brief

Anti-bacteria Measurement:- Explained in brief

Surface Observation: Explained in brief

Ultraviolet Radiation Penetration

Preparation for Dyeing: Explained in brief

Acetate:

Acrylics:- Explained in brief

Cotton fibres:- Explained Completely

Anthraquinone:- Explained in brief

Azo dyes:

Premetallized acid:- Explained in brief

Silk:- Explained in brief

Spandex : Part 1

Fluorescent dyes:-

Bubble-jet printing:-

Mordant anthraquinone dyes : Explained in brief

Solvent anthraquinone dyes :

Monofunctional reactive systems:-

Bifunctional reactive systems

Bis-monochlorotriazine dyes:- Explained in brief

Bis-mononicotinotrazine dyes:

Historical developments:- Explained Completely

Historical developments:- Explained Completely (Pa

Types of Heterobifunctional reactive dyes:-

Monochlorotriazine / sulphatoethylsulphone dyes:-

Monofluorotriazine / sulphatoelrylsulphone dyes:-

Polyfunctional reactive systems:- (Part 1)

Polyfunctional reactive systems:- (Part 2)

Chromophoroic groups:- Explained in brief

Anthraquinone reactive dyes:- Explained in

Phthalocyanine reactive dyes:- Explained in brief

Triphenodioxazine reactive dyes:-

Formazan reaction dyes

Bridging groups

Reactive dye-fiber fixation:- (Part 1)

Reactive dye-fiber fixation:- (Part 2)

Fixation involving a phosphonic acid group

Fixation of bifunhctional reactive dyes

The traditional or conventional method:- Explained

The constant temperature dyeing method:- Explained

The high temperature dyeing method

Semi-continuous or pad-batch dyeing processes (Par

Semi-continuous or pad-batch dyeing processes:- (P

Continuous dyeing processes:- Explained in brief

The conventional dyeing process (pad-dry-pad-steam

Pad-steam dyeing process

Wet-on-wet method:-

Pad-dry-cure method (Part 1)

Pad-dry-cure method (Part 2)

Printing:- Explained in brief

Anthraquinonoid dyes (Part 1)

Anthraquinonoid dyes (Part 2)

Direct anthraquinone dyes:

Acid anthraquinone dyes:

Disperse anthraquinone dyes

Cationic anthraquinone dyes (Part 1)

Cationic anthraquinone dyes:- (Part 2)

Reactive anthraquinone dyes :

Antraquinonoid Vat dyes:-

Vat dyes containing simple anthraquinone derivativ

Phthalogens:- Explained in brief

Solubilised Vat dyes

Two stage dyeing process

Lactone, Aminoketone and Hydro xyketone dyes:-

Ingrain dyes:-

Oxidation colours

Phthalacyanine dyes:- (Part 1)

Phthalacyanine dyes:- (Part 2)

Vat dyes containing anthraquinone with fused hete

Vat dyes containing anthraquinone with fused heter

Cyanine dyes:- (Part 1)

Cyanine Dyes:- (Part 2)

Methylene blue

Infra-red absorbing dyes:- Explained in brief

A universal dye for fibres:-

THE POTEBTLAL FOR NEW  CHROMOPHORES:-

Q-switch dyes:- Explained in brief

Process of Decolorisation:-

Colour photocopying:- Explained in brief

Mead process:- Explained in brief

DYES FOR LIQUID CRYSTAL DISPLAYS (LCD'S) (Part 1)

Photosensitisers and dyes for PDT:- (Part 1)

Photosensitisers and dyes for PDT:- (PART 2)

Wool :- (Part 1)

Wool :- (Part 2)

Application of acid dyes to silk (Part 1)

Application of acid dyes to silk :- (Part 2)

Viscose Rayon:- Part 1

Viscose Rayon:- (Part 2)

Premetalized (1:1 Metal Complex) Dyes on Wool : (P

Premetalized (1:1 Metal Complex) Dyes on Wool : (P

Organic Fixing Agents : (Part 1)

Organic Fixing Agents : (Part 2)

Disperse Dyeing

High-temperature aqueous dyeing:- (Part 1)

High-temperature aqueous dyeing : (Part 2)

Treatment of liquid effluent at the plant before d

BIOLOGICAL AND MEDICAL USES OF DYES:-

Dyeing of cotton, Linen, Rayon, Wool, Silk and Mis

Dyeing of cotton, Linen, Rayon, Wool, Silk and Mis

Aftertreatment of Direct Dyes:-

Acetic acid:- Explained in brief

Acid anthraquinone dyes:-

The general rules of Actual Dyeing Process:-

Semi-continuous methods fall into two broad catego

Monoazo direct dyes:- Explained in brief

Nitroso Dyes:-

Nitro Dyes:-

Monoazo Acid dyes:- (Part 1)

Monoazo Acid dyes:- (Part 2)

Monoazo food colours:- (Part 1)

Monoazo food colours :- (Part 2)

Cyanine Dyes

Disperse Anthraquinone Dyes - 2

Vat Dyes Containing Polycyclic Systems

Indigoid Dyes

Sulphurised Vat Dyes - 2

Phthalacyanine Dyes

Oxidation Colours -2

Phthalogens

Monoazo Mordant Dyes

Azo Reactive Dyes

Disazo Dyes of the Type -2

Leather Dyeing

Cellulose

KARL-HEINZ SCHUNDEHUTTE

Direct Dyes

Color Evaluations

Materials (Part 1)

What is Fiber Reactive Dye?

Procion H

One Shot Dyes

Levafix

Drimarene K

Remazol or vinyl sulfone

Lanaset Dyes

Monoazo cationic dyes

Monoazo Reactive Dyes

Monoazo solvent dyes

Disazo or bisazo dyes:-

Disazo Or Bisazo Dyes:- (Part 2)

Diazo dyes of the type : A ——> Z ——> A1

Wash Fast Acid Dyes

Pigments

Nitrosoation

DYEING PROCEDURE

Solvent Dyes

Leather Dyeing - 1

Nylon - 1

Dyeing

Aminoazotoluene preparation

Acrylic Staple Fiber

Wool -1

Ion exchange

4-Acetamidobenzenesulphonylazide

Direct dyes from benzidine congeners

REACTIVE DYES -1

What is Fiber Reactive Dye? - 1

World Fiber Production

Rainbow of No-Wrinkle Cotton

Leading players in dyes

Direct dyes from benzidine congeners --1

AMINO END-GROUP ANALYSES

High affinity direct dyes containing cyclic amide

Acid Formation

SULPHUR DYES

color intensity

Reactive Black

Silk

Reduction

BRILLIANCY OF SHADE

Pigments - 1

Chocie of Colours according to Fastness Requiremen

laundry

Acid anthraquinone dyes-1

Diazinium colour formers

NOVEL AND IMPROVED PROCESSES - Electron beam (EB)

Synthetic Dyes

Food Colours

Vat Dyes

Azoic colours

CIBACRON C

Diazinium colour formers - 1

Acrylic Staple Fiber -1

Appropriate dyeing conditions

Acrylics

Synthesis of dye

Ion exchange -1

The Ciba reactive dye ranges

Synthesis of dye - 1

Monoazo disperse dyes

The affinity of the dye

Direct anthraquinone dyes

Semi-continuous methods fall into two broad catego

Lactic acid CH3-CH-COOH ½ OH

Salicylic Acid

Oxalic acid

Adipatic acid (HOOC-(CH2)4-COOH)

Methanol:-

Phenol

Hydrophobic Rest Hydrophilic Group:-

Ethanol CH3-CH2-O-H:-

The Versatility of Polyester

Bicarboxylic Acids:- Explained in brief

Bicarboxylic and Hydroxycarboxylic Acids

Coumarin and Antrimides Dyes

The Versatility of Polyester:-

Automotives:- Explained in brief

Structure of the Molecule and its Reactions:-

Solubilised vat dyes:-

Naphthols and Bases

Phthalocyanine dyes and pigments:-

WHAT IS FOOD COLORS?