What is a Dyes: Explained completely
What is a Natural Dyes: Explained Completely
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Classification of Dyestuff
FEATURES & APPLICATON OF DYES
Definition and Chemical Structure of Acid Dyes
Properties and Mechanism of Acid Dyes
Classification of Acid Dyes According to Dyeing Ch
Chemical Nature of Direct Dyes
Application Of Direct Dyes
Dying Method: Explained in brief
Properties Of Direct Dyes
Modified Basic Dyes: Explained in brief
Definition of Reactive Dyes
Structure of Reactive Dyes
Classification of Reactive Dyes
Properties 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
Properties Of Disperse Dyes
Meaning Of Polyester Microfibers: Explained in bri
Application Of Microfiber
Dyeing Mechanism Of Direct Dyes
Meaning Textile Auxiliaries
Different Types of Auxiliaries and Ingredients Use
Classification of Dyeing Auxiliaries: Explained Co
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
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:
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
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
Anthraquinonoid vat dyes: Explained in brief
Indigoid vat dyes: Explained in brief
Dyeing of Polyester Fabric in Thermasol Dyeing Met
Component needs for Tie dye
IMPORTANT SYNTHESIS OF DYES
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
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)
MPD & disubstituted diamines: Explained in brief
Diamino Pyridines:- Explanation in brief
Halogen exchange reaction
Ullmann Condensation: Explained in brief
Reduction:- Explained in brief
Diamino carbozoles: Explained in brief
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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
Carbon papers: Explained in brief
Food Colours: Explained in brief
Classification of Dyes: Explained by structure
NON-TEXTILE USES OF DYESTUFFS:-
Polyester Filament:- Explained in brief
Polyester Staple Fiber:- Explained in brief
Quality of Dyestuff : Explained in brief
Dyestuff from Safer and non-pollution processes :
Weight of Fabric, Thickness and Bending Test:-
Color Change Assessment:-
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
Acrylics:-Â Explained in brief
Cotton fibres:- Explained Completely
Anthraquinone:- Explained in brief
Premetallized acid:- Explained in brief
Silk:- Explained in brief
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:-
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-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:
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
Lactone, Aminoketone and Hydro xyketone dyes:-
Phthalacyanine dyes:- (Part 1)
Phthalacyanine dyes:- (Part 2)
Vat dyes containing anthraquinone with fused hete
Vat dyes containing anthraquinone with fused heter
