The Complete Technology Book on Dyes & Dye Intermediates
Organic compounds or mixtures, as well as petroleum downstream materials, are dye intermediates that are synthesised for use in textiles, paints, plastics, paper, printing inks, and leather. Color, origin, chemical structure, and application process have all been used to classify dyestuffs into various categories. Acid orange, yellow, and acid black Dyes, Melachite green crystal, Basic magenta lumps, and Anthraquinone Type Intermediates are some of the most common Dyes Intermediates. Acid, Direct, and Reactive Dyes all need them as a raw material.
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This document provides information about various types of dyes used in the textile industry, including their properties and dyeing processes. It discusses natural dyes extracted from plants as well as synthetic dyes like direct dyes, vat dyes, disperse dyes, and reactive dyes. For each dye type, the document outlines their key properties, how they interact with different fibers, and their advantages and limitations. It also mentions sustainability considerations like limiting chemical usage and following eco-label standards.
This presentation provides an overview of disperse dyes. It was presented on November 27, 2016 at NUB by 4 students. Disperse dyes are organic compounds without ionizing groups that are insoluble in water but can be dispersed to dye synthetic fibers like polyester. The history and properties of disperse dyes are discussed. Disperse dyes are classified by chemical structure and fastness properties. Dispersing agents and carriers are used to aid disperse dyeing at high temperatures or through carrier methods. Examples of commercial disperse dyes and carriers are provided.
Reactive dyes are organic dyes that form covalent bonds with cellulose fibers. They were first commercially produced in 1956 and have advantages like excellent color fastness and ease of washing. Reactive dyes contain three parts - a chromophore for color, a reactive group that bonds to fibers, and a bridging group connecting these. Dyeing involves exhaustion of dye onto fibers, fixation through alkaline conditions forming covalent bonds, and washing unfixed dye away. Reactive dyeing gives very colorfast results due to the strong covalent bonds formed.
The document provides information about reactive dyes, including:
- Reactive dyes form covalent bonds with fiber polymers through reactive groups, giving excellent wash and light fastness.
- Important reactive groups include triazine, vinyl sulfone, and halogen groups.
- Reactive dyes were invented in 1956 and became popular for their bright colors, low temperature dyeing, and simple process.
- Common application methods are pad-batch and pad-dry processes at low temperatures. Proper pH, electrolyte, alkali, and time are required for effective dye fixation to the fiber.
This document provides information on different types of dyes used in textile processing, including their properties and application methods. It discusses acid dyes, how they are applied to wool fibers in an acidic bath, and their general structure. It also covers basic dyes, including their cationic nature and application to acrylic and wool. Metal complex dyes are discussed as having high fastness properties and not requiring pre-treatment. The document concludes with information on phthalogen blue and alcian blue dyes, used for bright shades, and their application process to cotton which involves dyeing and fixation with alkali.
This document provides an overview of different types of dyes used in textile dyeing, including their working principles and applications. It discusses vat dyes, reactive dyes, azoic dyes, acid dyes, sulphur dyes, metal complex dyes, basic dyes, disperse dyes, and direct dyes. For each dye type, it describes the general dyeing process, suitable fibers, advantages and limitations, and how the dye bonds to or reacts with the fiber on a molecular level. The document serves as an educational reference on the various classes of dyes and dyeing methods.
Vat dyes are water-insoluble dyes that can be converted to a water-soluble form through chemical reduction. They were first developed in the 1850s as synthetic dyes and include indigo dye. The vat dyeing process involves three steps - vatting to convert the dye to its soluble leuco form, oxidation to convert it back to insoluble form in the fiber, and after treatment. Vat dyes have high color fastness but more limited shades than other dyes and their application process is complex and time-consuming.
This document provides information about various types of dyes used in the textile industry, including their properties and dyeing processes. It discusses natural dyes extracted from plants as well as synthetic dyes like direct dyes, vat dyes, disperse dyes, and reactive dyes. For each dye type, the document outlines their key properties, how they interact with different fibers, and their advantages and limitations. It also mentions sustainability considerations like limiting chemical usage and following eco-label standards.
This presentation provides an overview of disperse dyes. It was presented on November 27, 2016 at NUB by 4 students. Disperse dyes are organic compounds without ionizing groups that are insoluble in water but can be dispersed to dye synthetic fibers like polyester. The history and properties of disperse dyes are discussed. Disperse dyes are classified by chemical structure and fastness properties. Dispersing agents and carriers are used to aid disperse dyeing at high temperatures or through carrier methods. Examples of commercial disperse dyes and carriers are provided.
Reactive dyes are organic dyes that form covalent bonds with cellulose fibers. They were first commercially produced in 1956 and have advantages like excellent color fastness and ease of washing. Reactive dyes contain three parts - a chromophore for color, a reactive group that bonds to fibers, and a bridging group connecting these. Dyeing involves exhaustion of dye onto fibers, fixation through alkaline conditions forming covalent bonds, and washing unfixed dye away. Reactive dyeing gives very colorfast results due to the strong covalent bonds formed.
The document provides information about reactive dyes, including:
- Reactive dyes form covalent bonds with fiber polymers through reactive groups, giving excellent wash and light fastness.
- Important reactive groups include triazine, vinyl sulfone, and halogen groups.
- Reactive dyes were invented in 1956 and became popular for their bright colors, low temperature dyeing, and simple process.
- Common application methods are pad-batch and pad-dry processes at low temperatures. Proper pH, electrolyte, alkali, and time are required for effective dye fixation to the fiber.
This document provides information on different types of dyes used in textile processing, including their properties and application methods. It discusses acid dyes, how they are applied to wool fibers in an acidic bath, and their general structure. It also covers basic dyes, including their cationic nature and application to acrylic and wool. Metal complex dyes are discussed as having high fastness properties and not requiring pre-treatment. The document concludes with information on phthalogen blue and alcian blue dyes, used for bright shades, and their application process to cotton which involves dyeing and fixation with alkali.
This document provides an overview of different types of dyes used in textile dyeing, including their working principles and applications. It discusses vat dyes, reactive dyes, azoic dyes, acid dyes, sulphur dyes, metal complex dyes, basic dyes, disperse dyes, and direct dyes. For each dye type, it describes the general dyeing process, suitable fibers, advantages and limitations, and how the dye bonds to or reacts with the fiber on a molecular level. The document serves as an educational reference on the various classes of dyes and dyeing methods.
Vat dyes are water-insoluble dyes that can be converted to a water-soluble form through chemical reduction. They were first developed in the 1850s as synthetic dyes and include indigo dye. The vat dyeing process involves three steps - vatting to convert the dye to its soluble leuco form, oxidation to convert it back to insoluble form in the fiber, and after treatment. Vat dyes have high color fastness but more limited shades than other dyes and their application process is complex and time-consuming.
This presentation discusses direct dyes, which are water-soluble dyes used to dye cellulosic materials like cotton directly. There are two major types of direct dyes: anionic direct dyes, which are used for paper coloring and shade correction, and cationic direct dyes. Direct dyes have properties like water solubility and being anionic in nature. They dye materials through weak hydrogen and van der Waals bonding in alkaline conditions. The dyeing process involves dissolving the dye in boiling water with electrolytes before applying it to materials and boiling for 30-45 minutes. Direct dyes provide duller colors than reactive dyes and have lower wash fastness. They are used for applications where high fastness is
The dyestuff sector is one of the important segments of the chemicals industry in India, linked with a variety of sectors like textiles, leather, paper, plastics, printing inks and foodstuffs.
Unit operations and process involved in manufacturing of dyes and dye intermediates, wastewater characteristics of dyes and dye intermediates, effluent discharge standards, treatment technology for dye and dye intermediates, solid waste generation and Gaseous emissions.
MX dyes are a family of "cold" reactive dyes first developed by Imperial Chemical Industries of Britain. They are very popular for dyeing cellulose fibers like cotton. MX dyes are less commonly used by industrial dyers due to their high reactivity making them harder to control and their relatively high cost. Care should be taken when using MX dyes due to the potential to cause respiratory allergies from inhaling dye dust.
This document provides an overview of dyes and pigments, with a focus on reactive dyes. It defines dyes and pigments, describes their classification and color-producing factors. Reactive dyes are discussed in more detail, including their classification based on reactivity and reactive groups. The process of reactive dyeing is summarized, including dyeing conditions, the approach of reactive dyes to fibers, and their chemical reaction with cellulose fibers. A sample process curve is also shown. Finally, the document provides a profile of a wet processing plant to illustrate dyeing operations.
This document provides information about acid dyes. It begins with an introduction to acid dyes, noting that they are large dyes containing sulfonic or carboxylic acid groups that dye protein fibers like wool from acid solutions. It then discusses the properties of acid dyes, including that they are water soluble and have affinity for protein and nylon fibers. The document also covers the classification, structure, and dyeing processes for acid dyes. In particular, it differentiates between types of acid dyes like levelling, fast, milling, and super-milling dyes based on their molecular size and dyeing characteristics.
The document provides an overview of reactive dyes:
1) Reactive dyes chemically bond to fibers through reactive groups that form covalent bonds with hydroxyl or amino groups on fibers like cotton, polyamide, and wool.
2) They were first invented in 1956 and provided brighter colors and better fastness than previous dyes.
3) Reactive dyes are now widely used for cellulosic fibers due to their brighter colors, good fastness properties, and simpler dyeing process compared to other dyes.
Muhammad Ahsan presented on synthetic dyes. He discussed that dyes can be classified based on their source as natural or synthetic dyes. Synthetic dyes, first created by William Henry Perkin in 1856, are now used more widely due to lower costs and greater color fastness. Dyes can also be classified by their chromophore, such as azo dyes containing the -N=N- group, or by application method like acid dyes which are water-soluble anionic dyes. Chromophores allow dyes to absorb visible light and appear colored. Modifiers to dye structures can alter their color by changing electron energies.
The document discusses vat dyes, which are insoluble aromatic compounds containing quinone groups. Vat dyes are reduced to a soluble hydroquinone form using reducing agents like sodium dithionite and sodium hydroxide for application to cellulosic fibers. The reduced dyes are then oxidized back to the insoluble pigment form within the fibers. Vat dyes provide excellent fastness properties and can withstand various treatments. Common application methods include reduced vat dyeing in jigs or stock vats, and continuous padding and developing processes. Post-dyeing treatments may include oxidation, soaping, leveling, or partial stripping to correct any faults.
This document discusses vat dyes, which are insoluble in water but can be solubilized by reduction into leuco compounds. It defines vat dyes and describes their general characteristics, including that they are applied to fabric in a reduced, soluble form and reoxidize upon exposure to air. The document also classifies vat dyes and outlines the steps of vat dyeing techniques, including vatting, oxidation, and after-treatment. It provides examples of indigo and anthraquinone vat dyes and how their chemical structures relate to solubility.
DEFINITION: Pigment is a substrate in a particulate form which is insoluble in water but which can be dispersed in this medium to modify its color and light scattering properties. They are organic or inorganic coloring materials. They have no affinity to textile materials. They are fixed on the textile material with the help of binding agent in form a thin invisible coating.
The document discusses the production of denim fabric using slasher dyeing. It describes the slasher dyeing process which continuously passes warp yarns through indigo dye liquor troughs to dye the yarns on the warp beam. This allows for dyeing and sizing in a single operation. The document also provides details on the types of yarns, chemicals, and processes used, including scouring, dyeing with indigo and sulfur black, and sizing to strengthen and protect the yarns during weaving.
This document discusses bio-scouring as an alternative to conventional alkaline scouring of cotton fabrics. Bio-scouring uses enzymes like pectinase, lipase and protease to remove non-cellulosic materials from cotton at lower temperatures and reduces environmental pollution. It outlines the key steps in bio-scouring including the use of pectinase to break down pectin on the cotton fiber. While bio-scouring is more environmentally friendly than alkaline scouring, it has some limitations in removing waxes and can reduce whiteness. Overall, bio-scouring offers benefits like reduced energy and water usage compared to conventional scouring methods.
This document discusses dyes, their classification, and properties. It defines dyes as colored organic compounds used to impart color. Dyes must be colorfast, soluble, able to bond to fibers, and withstand washing. There are several classification methods, including by source (natural vs synthetic), chromophore (nitro/nitroso, azo, triarylmethane, anthraquinone, indigo), and application method (direct, vat, mordant, azoic, disperse). Synthetic dyes account for most commercial use due to low cost, brightness, and ease of application. Azo dyes represent over half of dyes and provide a wide range of colors.
Direct dyes are water-soluble aromatic compounds that have an affinity for cellulose fibers like cotton. They are applied as aqueous solutions and bond to fibers physically through hydrogen bonding and van der Waals forces. Direct dyes generally have poor fastness properties but these can be improved through after-treatments using metallic salts like copper or chromium compounds, or formaldehyde, which increase the dye's molecular weight and bonding strength to the fibers. Key factors that influence direct dye uptake include electrolyte concentration, temperature, liquor ratio, and dye class.
1. Disperse dyes are organic coloring compounds that are insoluble in water but can be dispersed to dye hydrophobic fibers like polyester, nylon, and acrylic. They were developed in the 1920s and named "disperse dyes" due to their insoluble properties requiring dispersion.
2. Disperse dyes work by being dispersed in water using dispersing agents. They are then adsorbed onto the fiber surface and diffuse into the fiber structure. A series of equilibriums are established as the dye disperses, dissolves, is adsorbed, and diffuses.
3. Proper auxiliaries like dispersing agents, leveling agents, and wetting agents
Dyes are colored organic compounds that can impart color to substrates like cloth, paper, plastic or leather. There are several types of dyes classified by their chemistry and application method. Reactive dyes are widely used for cotton dyeing due to their high washfast properties. Disperse dyes are used predominantly on polyester fibers. Direct dyes are water-soluble and used for cotton and cellulose. Vat dyes are applied to cellulosic fibers from a soluble leuco form. Sulfur dyes provide good washfastness for economical cotton dyeing.
This document discusses acid dyes, which are water-soluble dyes used on protein fibers like silk, wool, and nylon. Acid dyes are classified based on their leveling characteristics during dyeing and their fastness properties. They contain aromatic molecules with sulphonyl or amino groups that make them soluble in water. Acid dyes are applied in acidic dye baths and bond to fibers through hydrogen bonding and ionic linkages. Their fastness properties range from poor to excellent depending on the dye's structure and how it is applied.
This document discusses bio-scouring, an enzymatic process for removing non-cellulosic impurities like pectin and waxes from cotton fibers. It involves the use of enzymes like pectinase, lipases and proteases. The mechanism has two stages - pectin removal allows wax to be extracted or emulsified, and further pectin dissolution enables wax emulsification. Key parameters include pH, temperature, wetting and emulsifying agents. Compared to alkaline scouring, bio-scouring is more environmentally friendly as it uses less energy, water, chemicals and time, and produces less effluent. While it cannot remove all waxes and is sensitive to process conditions, bio
This document discusses different types of dyes. It begins with an introduction to dyes, noting that they are colored substances that bond to substrates and are often water-soluble. It then covers the main types of dyes including reactive dyes, which form covalent bonds; disperse dyes, which are used for synthetic fibers; azo dyes containing the R-N=N-R' group; sulfur dyes for cotton; and vat dyes which are insoluble but become soluble during the dyeing process. The document provides details on the characteristics and applications of each dye type.
Natural dyes are dyes or colorants derived from plants, invertebrates, or minerals. The majority of natural dyes are vegetable dyes from plant sources roots, berries, bark, leaves, and wood and other biological sources such as fungi and lichens.Archaeologists have found evidence of textile dyeing dating back to the Neolithic period. In China, dyeing with plants, barks and insects has been traced back more than 5,000 years. The essential process of dyeing changed little over time. Typically, the dye material is put in a pot of water and then the textiles to be dyed are added to the pot, which is heated and stirred until the color is transferred. Textile fibre may be dyed before spinning (dyed in the wool), but most textiles are yarn-dyed or piece dyed after weaving. Many natural dyes require the use of chemicals called mordants to bind the dye to the textile fibres; tannin from oak galls, salt, natural alum, vinegar, and ammonia from stale urine were used by early dyers. Many mordants, and some dyes themselves, produce strong odors, and large-scale dyeworks were often isolated in their own districts. Natural dyes are dyes or colorants derived from plants, invertebrates, or minerals.
MARKET OUTLOOK
The market outlook and growth prospects of the global dyes and pigments market for 2016-2020. The market is further categorized into three product segments, which include dyes, organic pigments and inorganic pigments. The report also segments the market on the basis of type, end-users and geography.
While the global dyes market will grow at a cagr of 3.9% between 2015 and 2020, the global pigments market will register a cagr of 4.05%. Dyes and pigments are used in various end-use applications like dye colorants for textiles, pigmented inks for printing inks, tinting and shading resins of plastics, and as colorants for paints and coatings, and the considerable growth potential of these industries bodes well for the global dyes and pigments market.
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The Textile Auxiliaries are specially used for washing and dying of yarns and fabrics. These auxiliaries are formulated for textile products in the forms of cationic, non-ionic, surfactants and amphoteric. Textile chemicals are the specialty chemicals used by textile processing industry for dyeing and processing of textiles in order to get the final end product with required characteristics.
Many companies are nowadays manufacturing textiles auxiliaries like wetting agent, sequestering agent, detergent, polyamide softeners, silicon softeners, anti-back staining agent, different fixing agents etc.
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This presentation discusses direct dyes, which are water-soluble dyes used to dye cellulosic materials like cotton directly. There are two major types of direct dyes: anionic direct dyes, which are used for paper coloring and shade correction, and cationic direct dyes. Direct dyes have properties like water solubility and being anionic in nature. They dye materials through weak hydrogen and van der Waals bonding in alkaline conditions. The dyeing process involves dissolving the dye in boiling water with electrolytes before applying it to materials and boiling for 30-45 minutes. Direct dyes provide duller colors than reactive dyes and have lower wash fastness. They are used for applications where high fastness is
The dyestuff sector is one of the important segments of the chemicals industry in India, linked with a variety of sectors like textiles, leather, paper, plastics, printing inks and foodstuffs.
Unit operations and process involved in manufacturing of dyes and dye intermediates, wastewater characteristics of dyes and dye intermediates, effluent discharge standards, treatment technology for dye and dye intermediates, solid waste generation and Gaseous emissions.
MX dyes are a family of "cold" reactive dyes first developed by Imperial Chemical Industries of Britain. They are very popular for dyeing cellulose fibers like cotton. MX dyes are less commonly used by industrial dyers due to their high reactivity making them harder to control and their relatively high cost. Care should be taken when using MX dyes due to the potential to cause respiratory allergies from inhaling dye dust.
This document provides an overview of dyes and pigments, with a focus on reactive dyes. It defines dyes and pigments, describes their classification and color-producing factors. Reactive dyes are discussed in more detail, including their classification based on reactivity and reactive groups. The process of reactive dyeing is summarized, including dyeing conditions, the approach of reactive dyes to fibers, and their chemical reaction with cellulose fibers. A sample process curve is also shown. Finally, the document provides a profile of a wet processing plant to illustrate dyeing operations.
This document provides information about acid dyes. It begins with an introduction to acid dyes, noting that they are large dyes containing sulfonic or carboxylic acid groups that dye protein fibers like wool from acid solutions. It then discusses the properties of acid dyes, including that they are water soluble and have affinity for protein and nylon fibers. The document also covers the classification, structure, and dyeing processes for acid dyes. In particular, it differentiates between types of acid dyes like levelling, fast, milling, and super-milling dyes based on their molecular size and dyeing characteristics.
The document provides an overview of reactive dyes:
1) Reactive dyes chemically bond to fibers through reactive groups that form covalent bonds with hydroxyl or amino groups on fibers like cotton, polyamide, and wool.
2) They were first invented in 1956 and provided brighter colors and better fastness than previous dyes.
3) Reactive dyes are now widely used for cellulosic fibers due to their brighter colors, good fastness properties, and simpler dyeing process compared to other dyes.
Muhammad Ahsan presented on synthetic dyes. He discussed that dyes can be classified based on their source as natural or synthetic dyes. Synthetic dyes, first created by William Henry Perkin in 1856, are now used more widely due to lower costs and greater color fastness. Dyes can also be classified by their chromophore, such as azo dyes containing the -N=N- group, or by application method like acid dyes which are water-soluble anionic dyes. Chromophores allow dyes to absorb visible light and appear colored. Modifiers to dye structures can alter their color by changing electron energies.
The document discusses vat dyes, which are insoluble aromatic compounds containing quinone groups. Vat dyes are reduced to a soluble hydroquinone form using reducing agents like sodium dithionite and sodium hydroxide for application to cellulosic fibers. The reduced dyes are then oxidized back to the insoluble pigment form within the fibers. Vat dyes provide excellent fastness properties and can withstand various treatments. Common application methods include reduced vat dyeing in jigs or stock vats, and continuous padding and developing processes. Post-dyeing treatments may include oxidation, soaping, leveling, or partial stripping to correct any faults.
This document discusses vat dyes, which are insoluble in water but can be solubilized by reduction into leuco compounds. It defines vat dyes and describes their general characteristics, including that they are applied to fabric in a reduced, soluble form and reoxidize upon exposure to air. The document also classifies vat dyes and outlines the steps of vat dyeing techniques, including vatting, oxidation, and after-treatment. It provides examples of indigo and anthraquinone vat dyes and how their chemical structures relate to solubility.
DEFINITION: Pigment is a substrate in a particulate form which is insoluble in water but which can be dispersed in this medium to modify its color and light scattering properties. They are organic or inorganic coloring materials. They have no affinity to textile materials. They are fixed on the textile material with the help of binding agent in form a thin invisible coating.
The document discusses the production of denim fabric using slasher dyeing. It describes the slasher dyeing process which continuously passes warp yarns through indigo dye liquor troughs to dye the yarns on the warp beam. This allows for dyeing and sizing in a single operation. The document also provides details on the types of yarns, chemicals, and processes used, including scouring, dyeing with indigo and sulfur black, and sizing to strengthen and protect the yarns during weaving.
This document discusses bio-scouring as an alternative to conventional alkaline scouring of cotton fabrics. Bio-scouring uses enzymes like pectinase, lipase and protease to remove non-cellulosic materials from cotton at lower temperatures and reduces environmental pollution. It outlines the key steps in bio-scouring including the use of pectinase to break down pectin on the cotton fiber. While bio-scouring is more environmentally friendly than alkaline scouring, it has some limitations in removing waxes and can reduce whiteness. Overall, bio-scouring offers benefits like reduced energy and water usage compared to conventional scouring methods.
This document discusses dyes, their classification, and properties. It defines dyes as colored organic compounds used to impart color. Dyes must be colorfast, soluble, able to bond to fibers, and withstand washing. There are several classification methods, including by source (natural vs synthetic), chromophore (nitro/nitroso, azo, triarylmethane, anthraquinone, indigo), and application method (direct, vat, mordant, azoic, disperse). Synthetic dyes account for most commercial use due to low cost, brightness, and ease of application. Azo dyes represent over half of dyes and provide a wide range of colors.
Direct dyes are water-soluble aromatic compounds that have an affinity for cellulose fibers like cotton. They are applied as aqueous solutions and bond to fibers physically through hydrogen bonding and van der Waals forces. Direct dyes generally have poor fastness properties but these can be improved through after-treatments using metallic salts like copper or chromium compounds, or formaldehyde, which increase the dye's molecular weight and bonding strength to the fibers. Key factors that influence direct dye uptake include electrolyte concentration, temperature, liquor ratio, and dye class.
1. Disperse dyes are organic coloring compounds that are insoluble in water but can be dispersed to dye hydrophobic fibers like polyester, nylon, and acrylic. They were developed in the 1920s and named "disperse dyes" due to their insoluble properties requiring dispersion.
2. Disperse dyes work by being dispersed in water using dispersing agents. They are then adsorbed onto the fiber surface and diffuse into the fiber structure. A series of equilibriums are established as the dye disperses, dissolves, is adsorbed, and diffuses.
3. Proper auxiliaries like dispersing agents, leveling agents, and wetting agents
Dyes are colored organic compounds that can impart color to substrates like cloth, paper, plastic or leather. There are several types of dyes classified by their chemistry and application method. Reactive dyes are widely used for cotton dyeing due to their high washfast properties. Disperse dyes are used predominantly on polyester fibers. Direct dyes are water-soluble and used for cotton and cellulose. Vat dyes are applied to cellulosic fibers from a soluble leuco form. Sulfur dyes provide good washfastness for economical cotton dyeing.
This document discusses acid dyes, which are water-soluble dyes used on protein fibers like silk, wool, and nylon. Acid dyes are classified based on their leveling characteristics during dyeing and their fastness properties. They contain aromatic molecules with sulphonyl or amino groups that make them soluble in water. Acid dyes are applied in acidic dye baths and bond to fibers through hydrogen bonding and ionic linkages. Their fastness properties range from poor to excellent depending on the dye's structure and how it is applied.
This document discusses bio-scouring, an enzymatic process for removing non-cellulosic impurities like pectin and waxes from cotton fibers. It involves the use of enzymes like pectinase, lipases and proteases. The mechanism has two stages - pectin removal allows wax to be extracted or emulsified, and further pectin dissolution enables wax emulsification. Key parameters include pH, temperature, wetting and emulsifying agents. Compared to alkaline scouring, bio-scouring is more environmentally friendly as it uses less energy, water, chemicals and time, and produces less effluent. While it cannot remove all waxes and is sensitive to process conditions, bio
This document discusses different types of dyes. It begins with an introduction to dyes, noting that they are colored substances that bond to substrates and are often water-soluble. It then covers the main types of dyes including reactive dyes, which form covalent bonds; disperse dyes, which are used for synthetic fibers; azo dyes containing the R-N=N-R' group; sulfur dyes for cotton; and vat dyes which are insoluble but become soluble during the dyeing process. The document provides details on the characteristics and applications of each dye type.
Natural dyes are dyes or colorants derived from plants, invertebrates, or minerals. The majority of natural dyes are vegetable dyes from plant sources roots, berries, bark, leaves, and wood and other biological sources such as fungi and lichens.Archaeologists have found evidence of textile dyeing dating back to the Neolithic period. In China, dyeing with plants, barks and insects has been traced back more than 5,000 years. The essential process of dyeing changed little over time. Typically, the dye material is put in a pot of water and then the textiles to be dyed are added to the pot, which is heated and stirred until the color is transferred. Textile fibre may be dyed before spinning (dyed in the wool), but most textiles are yarn-dyed or piece dyed after weaving. Many natural dyes require the use of chemicals called mordants to bind the dye to the textile fibres; tannin from oak galls, salt, natural alum, vinegar, and ammonia from stale urine were used by early dyers. Many mordants, and some dyes themselves, produce strong odors, and large-scale dyeworks were often isolated in their own districts. Natural dyes are dyes or colorants derived from plants, invertebrates, or minerals.
MARKET OUTLOOK
The market outlook and growth prospects of the global dyes and pigments market for 2016-2020. The market is further categorized into three product segments, which include dyes, organic pigments and inorganic pigments. The report also segments the market on the basis of type, end-users and geography.
While the global dyes market will grow at a cagr of 3.9% between 2015 and 2020, the global pigments market will register a cagr of 4.05%. Dyes and pigments are used in various end-use applications like dye colorants for textiles, pigmented inks for printing inks, tinting and shading resins of plastics, and as colorants for paints and coatings, and the considerable growth potential of these industries bodes well for the global dyes and pigments market.
See more
https://goo.gl/gGrVe6
https://goo.gl/JQm2aX
Contact us:
Niir Project Consultancy Services
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Fax: +91-11-23845886
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The Textile Auxiliaries are specially used for washing and dying of yarns and fabrics. These auxiliaries are formulated for textile products in the forms of cationic, non-ionic, surfactants and amphoteric. Textile chemicals are the specialty chemicals used by textile processing industry for dyeing and processing of textiles in order to get the final end product with required characteristics.
Many companies are nowadays manufacturing textiles auxiliaries like wetting agent, sequestering agent, detergent, polyamide softeners, silicon softeners, anti-back staining agent, different fixing agents etc.
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Formulation & Manufacturing Processes for Production of Pesticides, Insectici...Ajjay Kumar Gupta
Pesticides, Insecticides, Fungicides and Herbicides are used in agriculture, forestry, animal husbandry, commercial centre and houses for the pest control. India's pesticide industry is the largest in Asia and the twelfth largest in the world and it has grown by 7.6 per cent during the last 20 years. During last 35 years, consumption of these products has increased manifold and industries are coming up throughout the world due to its increasing demand. Crops receiving the most intensive application of various pesticides were cotton for insecticides, corn for herbicides, and fruits and vegetables for fungicides.
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Ecofriedly dyeing process and ecolabelsChandran Kani
This document discusses eco-friendly dyeing processes and eco-labeling. It defines what makes a product eco-friendly, including limiting harmful chemicals and minimizing pollution. The government of India has banned certain dyes and chemicals containing amines. Requirements for eco-friendly textiles include the absence of banned chemicals and heavy metals, and low levels of formaldehyde. The document then discusses how to make various textile production processes like scouring, bleaching, dyeing and finishing more environmentally friendly, for example by using enzymes. It also covers eco-labeling schemes in India to identify environmentally friendly textile products for consumers.
This document summarizes the results of a study that tested lead levels in decorative paints from nine countries. Most industrialized countries have banned lead in decorative paints due to the health risks of lead exposure, especially for children. However, studies in recent years found that many paints sold in developing countries still contain high levels of lead. This report presents the findings from tests of paint samples collected in nine countries by IPEN participating organizations. It also provides background on the health effects of lead exposure and the international efforts through the Global Alliance to Eliminate Lead Paint to phase out the use of lead in paint.
This document summarizes the results of a study that tested lead levels in decorative paints from nine countries. Most industrialized countries have banned lead in decorative paints due to the health risks of lead exposure, especially for children. However, many developing countries still have lead paint available. The study was coordinated by UNEP and IPEN with contributions from environmental groups in nine countries. It found that the majority of enamel decorative paints for sale in most countries tested contained lead levels above international standards. The results highlight the continued need to phase out lead paint globally to protect public health.
Products from Industrial and Agricultural Waste (Silicon, Silver, Rubber Powd...Ajjay Kumar Gupta
Processing of useful products from waste is achieved by Integrated Waste Management (IWM) which is the most important approach for the management of wastes. Rather than incurring the costs and risks of managing waste, it has been recognized, it is better to reduce the generation of waste. A waste minimization approach is outlined, in order to save costs and greatly minimize environmental liability. The major technique for waste management is recycling, though recycling and use reuse are the two major techniques for waste minimization, the options must be carefully evaluated. In the chemical industry, recovery of solvents, metal values, lubricant and oils has proven particularly cost effective in many countries. There are many such products processed from industrial and agricultural waste like silicon from rice husk, caffeine from tea waste.
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Discussion on banned dyes and chemicals In textile industriesEmranKabirSubarno
This document discusses banned dyes and chemicals in the textile industry. It provides background on the textile industry in Bangladesh and explains that chemicals are used for cleaning, dyeing, and other processing but some have been banned due to health and environmental concerns. Specific banned substances that are mentioned include alkylphenols, phthalates, brominated flame retardants, perfluorinated chemicals, chlorobenzenes, heavy metals, and some azo dyes due to their toxicity, persistence in the environment, bioaccumulation, and negative health effects. The document also outlines some organizations working on chemical safety standards and restricted substance lists for the textile industry.
This document discusses the dyes and pigments industry in India and sustainability practices within the industry. It provides an overview of the industry, noting that it has transformed from import-dependent to export-driven. It also lists some of the harmful environmental effects of the industry. The document then discusses why sustainable processes are important from economic, social, and environmental perspectives. It provides examples of sustainable practices implemented by Indian and international companies in the industry, such as waste water recycling, natural dyeing processes, and reducing use of hazardous chemicals.
Manufacturing of Printing Inks with Formulation (Flexographic Inks, Typograph...Ajjay Kumar Gupta
Manufacturing of Printing Inks with Formulation (Flexographic Inks, Typographic Printing Inks, Planographic Inks, Intaglio Printing Inks, Gravure Printing Inks, Special Inks, Offset Printing Inks, Ball Pen Inks, Fluorescent Inks, Phosphorescent Pigments, Silk-screen Fluorescent Printing, Inorganic Pigments)
Printing ink sector in India witnessed a growth of around 7.5% per annum during the Past years. Printed packaging accounts for around 27% of the demand for printing inks in India followed by newspapers at 20%. Commercial printing/promotional and printed advertising together account for around 19% of the demand. Other key end user segments for printing inks include books and stationery. With the print sector forecast to grow at around 8% per annum, in coming years, printing ink segment is expected to grow strongly.
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Investment Opportunities in Spice Powder, Gunny Bags, Graphite Crucible, Paper, N95 Masks, Sanitizer, Diaper and Sanitary Pads.
Are you searching for manufacturing business ideas? If you have sizeable money to invest and a more risk-taking ability, starting a business is a good decision. Product manufacturers can generate new value, minimize costs, and increase operational stability by focusing and prioritizing on four broad areas: production, product design, value recovery, and supply-chain management. Thinking about stepping into manufacturing industry business, you need to consider the option of starting on a limited size production. Starting with the making of essential components of the various industries. Once you set up things well, you could choose to start an industry and gradually become the giant of the industry.
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The document discusses market trends in the cosmetology industry, including both professional and consumer trends. Professional trends focus on reducing chemicals and using more natural ingredients and new technologies. Consumer trends are driven by demands for improved ingredients and are influenced by factors like ingredients, colors, movies, and fashion. Specific trends mentioned include ammonia-free hair color becoming very popular, concerns about toxic ingredients like ammonia and PPD, and innovations in packaging that use more sustainable materials and focus on consumer perception. Temporary hair smoothing treatments were initially popular but some were recalled due to formaldehyde content. Alternative smoothing treatments using ingredients like babassu oil are emerging.
Synthetic organic dyes are manmade dyes derived from petroleum products rather than occurring naturally. They are classified based on their solubility and chemical properties into categories like acid dyes, basic dyes, direct dyes, reactive dyes, disperse dyes, vat dyes, azoic dyes, sulphur dyes, and mordant dyes, which dye different fibers like wool, silk, cotton, nylon, and polyester. The global market for textile dyes is projected to grow significantly due to the increasing demand for dyes to color various fiber types like cotton, polyester, and viscose for clothing and other textile applications.
The document provides information about textile processing and the associated chemicals used. It discusses the various steps in textile processing including pretreatment methods like singeing, desizing, and bleaching. It then covers dyeing processes like direct dyeing, naphthol dyes, vat dyes, and reactive dyes. Finishing and printing are also mentioned. The document lists chemicals used at different stages and provides profiles of 5 companies that manufacture textile processing auxiliaries and chemicals.
The document provides information about textile processing and the associated chemicals used. It discusses the various steps in textile processing including pretreatment methods like singeing, desizing, and bleaching. It then covers dyeing processes like direct dyeing, naphthol dyes, vat dyes, and reactive dyes. Finishing and printing are also mentioned. The document lists chemicals used at different stages and provides profiles of 5 companies that manufacture textile processing auxiliaries and chemicals.
Natural dyes, are generally supposed to be cheap, non-toxic, renewable and
sustainable resources with minimal environmental impact, have attracted the
the attention of the scientific community to use them in a variety of traditional and
newly discovered application disciplines. Although,past few years have witnessed
substantial growth in our understanding of technological details required for
efficient utilization of colorants obtained from natural sources, but still, there are
several technical challenges in each area of natural dye application that
must be overcome before these technologies can be adopted on a practical large
scale.
We are Textile Engineer, we only apply dyes and pigment on textile substrate but we need to know how dyes and pigment manufacturing. I have details about all dyes manufacturing.
Vinyl Sulfone Market Size, Share, & Trends Estimation Report By Type Outlook ...subishsam
The chemical formula for vinyl sulfone is CH2=C(SO2)2. It is a clear liquid that doesn't dissolve in water but does dissolve in a lot of organic solvents. In the polymer business, this substance is used as a monomer. These monomers can be used to make polymers that are good at conducting electricity and don't break down in the sun. You can also use these monomers to make polymer films that are used to package food.
The chemical formula for vinyl sulfone is CH2=C(SO2)2. It is a clear liquid that doesn't dissolve in water but does dissolve in a lot of organic solvents. In the polymer business, this substance is used as a monomer. These monomers can be used to make polymers that are good at conducting electricity and don't break down in the sun. You can also use these monomers to make polymer films that are used to package food.
"Save Paper, Save Trees" You must have seen such slogans often. Paper industry is generally targeted as a polluter, and the aim of this presentation to clear some myths.
This document provides an overview of the book "Textile Dyes" by N. N. Mahapatra. The book contains 13 chapters that cover the major classes of textiles dyes including direct dyes, azoic dyes, sulphur dyes, vat dyes, chrome dyes, metal-complex dyes, acid dyes, basic dyes, indigo dyes, pigment dyes, disperse dyes and reactive dyes. Each chapter simplifies the topic, and deals with the history, manufacturing, properties, identification, stripping, testing and application of the dye class. The book is written in simple language based on the author's 30 years of experience in the textile industry
Similar to The Complete Technology Book on Dyes & Dye Intermediates (20)
Understanding User Needs and Satisfying ThemAggregage
https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
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Building Your Employer Brand with Social MediaLuanWise
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In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
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Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
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B2B payments are rapidly changing. Find out the 5 key questions you need to be asking yourself to be sure you are mastering B2B payments today. Learn more at www.BlueSnap.com.
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Introduction www.niir.org
Organic compounds or mixtures, as well as petroleum
downstream materials, are dye intermediates that are
synthesized for use in textiles, paints, plastics, paper,
printing inks, and leather. Color, origin, chemical
structure, and application process have all been used to
classify dyestuffs into various categories. Acid orange,
yellow, and acid black Dyes, Melachite green crystal,
Basic magenta lumps, and Anthraquinone Type
Intermediates are some of the most common Dyes
Intermediates.
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Acid, Direct, and Reactive Dyes all need them as a raw
material. It is important to safeguard these chemicals.
A dye is a coloured material that has a particular
preference for the substrate it is applied to. It's an
organic compound that's both ionizing and aromatic.
The dye is usually applied in an aqueous solution, and a
mordant may be needed to improve the dye's fastness
on the fiber.
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Apart from that, Dye Intermediates are critical raw
materials for Acid, Reactive, and Direct Dyes. Dye
intermediates are petroleum byproducts that are
further refined for use in a variety of applications. They
are converted into finished dyes and pigments during
processing. Textiles, plastics, paints, printing inks, and
paper are only a few of the industries that use dye
intermediates.
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Apart from that, Dye Intermediates are essential raw
materials for Acid, Reactive, and Direct Dyes. Hair dyes
are one of the most popular uses for dye intermediates.
Paraphenylenediamine and paratoluenediamine are two
dye intermediates that are commonly used in hair dyes.
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Uses of Dyes & Dye Intermediates
A natural or synthetic material that is used to modify
or add colour to something. Dyes are the colouring
products that give our everyday objects their colour.
Dyes are used in almost every industry, from children's
toys to the fabrics you wear, from food to wood; there
isn't a single industry where dyes aren't used
commercially.
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Dye is a colourant that is used to give textiles, paper,
leather, and other materials a permanent colour that is
resistant to washing, heat, light, and other influences
that the material is likely to be exposed to. Pigments
are finely ground solids dispersed in a liquid, such as
paint or ink, or blended with other materials, while
dyes are finely ground solids dispersed in a liquid, such
as paint or ink, or blended with other materials.
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The majority of dyes are organic compounds (i.e., they
contain carbon), while pigments can be either inorganic
or organic compounds (i.e., they do not contain
carbon). Pigments are dyes that are insoluble in the
medium used, and they create brighter colours.
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Popular Dye Dyes & Dye Intermediates
Acid orange, yellow and acid black Dyes
Basic magenta lumps
Melachite green crystal
Anthraquinone Type Intermediates
Amino Anthraquinone
Anthraquinone-2-Carbon Acid
1-Nitro Anthraquinone
2-Chloro Anthraquinone
1-Methylamino Anthraquinone
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Market of Dyes & Dye Intermediates
Technological advances are occurring in the global dye
intermediates industry. Companies are still trying to
come up with new and better ways to create dye
intermediates. The dye intermediates market is
expected to be propelled by the development of new dye
intermediates manufacturing processes and
applications. The sector, however, is expected to be
hindered by raw material price fluctuations.
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The Indian dyes and dye intermediates market is
expected to rise between 2019 and 2030, owing to the
growing use of dyes and dye intermediates in the
development of pigments for textiles and printing inks.
Furthermore, the expansion of industries like industrial
paint, printing, plastics, and tannery is driving up
demand for dyes and dye intermediates for end-use
applications.
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Moreover, strong demand for dyes and dye
intermediates from the textile industry is expected to
drive growth in the Indian dyes and dye intermediates
market during the forecast period. The global market
for dyes, pigments, and dye intermediates is estimated
to be worth around US$ 23 billion, with dyes and
pigments worth US$ 16 billion and dye intermediates
worth US$ 7 billion.
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Despite the fact that the dyestuffs industry's overall
growth has slowed over the last five years, the industry
is still projected to rise at a rate of about 2% per year
in the coming years. The major players in this industry
are China, Korea, India, Japan, and Taiwan. However,
since they have focused on specialty goods, European
countries have remained the largest producers in terms
of market share.
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DyeStar, a joint venture between Hoechst AG and Bayer
AG, is the world's largest dyestuffs maker, with a 15%
market share. Following that is BASF, which has a 12%
market share. Ciba Specialty has a market share of
around 11%, followed by Clariant AG with a market
share of around 7%. Reactive dyes account for around
25% of total dye output globally, while disperse dyes
account for 20%.
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In every area of the planet, these two dyes have a
dominant share. On the other hand, the demand for
direct vat dyes and other similar products has
remained relatively stable. China, Korea, and Taiwan
are strong players in disperse dyes in Asia, while India
leads in reactive dye production due to the easy
availability of intermediates such as vinyl sulphone.
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Table of Contents
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1. The Dyes and Dye Intermediate Industry
• What are Dyes and Dye Intermediates?
• Classification of Dyes
• Prices of Raw Materials
• Competition from Other Developing Countries
• Unit Processes and Operations
• Waste Generation
• Liquid Waste
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• Solid Waste
• Gaseous Emissions
• The Concept of Cleaner Production
• Benefits of Cleaner Production
• How to Undertake Cleaner Production:
• An Introduction to Cleaner Production
Assessments
• Cleaner Production Techniques
• Technology Modification
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• Recovery and Recycling
• Material Recovery
• Recovery of By-products
• Product Modification
• Energy Conservation
• Best Practices in Unit Operations and
Processes
• Best Practices in Isolation
• Best Practices in Filtration
• Best Practices in Blending
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• Diazotization of Dianisidine
• Coupling
• Yield
• Direct Light Fast Blue 4GH
• Plant for Azo Dyes
• Important Notes for Diazotization and
Coupling
• Methods of Analysis of Azo Dyes
• Indentification
• Methods of Analysis of Azo Dyes
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3. Reactive Dyes
• Introduction
• Development of Reactive Dyes
• Chromophoric System
• The Bridging Group
• The Reactive System
• Synthesis
• Reactive Dyes for Cellulosic Materials, Wool
& Nylon
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• Cellulosic Materials
• Reactive Systems Based on Nucleophilic
Substitution
• Reactive Systems Based on Nucleophilic
Addition
• Reactive System Based on Both
• Nucleophilic Addition and Substitution
• Dyes that React with Fibers Under Acid
Conditions
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• Polyfunction Fixing Agents from Covalent
Bonds with Both the Dyestuff and the
Substrate
• Dyes Containing several Reactive Groups
• Wool
• Reactive Systems Based on Nucleophilic
Substitution
• Reactive Systems Based on Nucleophilic
Addition
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• Reactive Systems Based on Both
Nucleophilic
• Addition and Substitution
• Reactions Involving Disulfide Bonds
• Reactions Involving Modified Wool
• Reactive Dyes for Nylon
• Classification of Reactive Dyes
• Vinyl Sulfone Reactive Dyes
• Tetrachloro Pyrimidine Dyes
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• Chemistry of tetrachloropyrimidines
• Reactive Dyes Based on Epoxides
• Other types of Reactive Dyes
• Reactivity of Different Types of Reactive
Dyes
• Application
• Purification of Reactive Dyes
• Advantages and Limitations of Reactive Dyes
• Fabric Preparation
• Washing off
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• New Development of Reactive Dyes
• Kayacelon Reaction Dyes
• Cibacron C Dyes
• Procion Supra Dyes of (I.C.I.)
• Procion HEXL Dyes
• Prociline N Dyes
• Manufacturing Processes
• Acetylation of H Acid
• Diazotisation of Tobias Acid
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• Reactive Dyes with Trichloropyrimidine as
• Reactive Group
• Reactive Dyes with 2, 3-Dichloroquin-oxaline
• -6-Carbonyl Chloride as Reactive Group
• Reactive Dyes with Chloroacetyl as
• Reactive Group
• Reactive Dyes with 6-amino-2-chlorobenzo-
thia-zole-5
• Sulphonic Acid as Reactive Group
• Control Test
44. www.entrepreneurindia.co
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7. Sulfur Dyes
• Chemical Properties
• Manufacturing Process
• Oxidation
• Grain Standarisation
• Manufacture
• Application
• Economic Aspects
• Commercial Forms of Sulfur Dyes
• Health and Safety Factors
• Uses
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8. Cyanine Dyes
• Properties
• Examples of Nuclie Occuring in Important
• Cyanine Dyes
• Photophysical Properties
• Synthesis of Cyanines and Related Dyes
• Reactivity of Cyanine Dyes
• Uses and Suppliers
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9. Sensitizing Dyes
• Introduction
• Sensitization Wavelength and Efficiency
• Structural Classes of Spectral Sensitizers
• Spectral Sensitization of Silver Halides
• Spectral Sensitization of Inorganic and
• Organic Solids
• Spectral Sensitization of Photoresists,
• Photopoly, and Photopolymerization
59. Take a look at
on #Street View
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Locate us on
Google Maps
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Our inexhaustible Client list includes public-sector companies,
Corporate Houses, Government undertaking, individual
entrepreneurs, NRI, Foreign investors, non-profit organizations
and educational institutions from all parts of the World. The
list is just a glimpse of our esteemed & satisfied Clients.
Click here to take a look
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OUR CLIENTS
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61. www.entrepreneurindia.co
Select and Choose the Right Business Startup for You
(Instant Online Project Identification and Selection)
Finding the right startup business is one of the most popular subject
today. Starting a business is no easy endeavor, but the time, effort, and
challenges can be worth it if you succeed. To give yourself the best
chance to be successful, take your time to carefully find the right
business for you. We, at NPCS, endeavor to make business selection a
simple and convenient step for any entrepreneur/startup. Our expert
team, by capitalizing on its dexterity and decade's long experience in
the field, has created a list of profitable ventures for entrepreneurs who
wish to diversify or venture. The list so mentioned is updated regularly
to give you a regular dose of new emerging opportunities.
Visit: https://www.entrepreneurindia.co/project-identification
62. www.entrepreneurindia.co
Download Complete List of Project Reports:
Detailed Project Reports
Visit:- https://www.entrepreneurindia.co/complete-project-list
NPCS is manned by engineers, planners, specialists, financial experts,
economic analysts and design specialists with extensive experience in
the related industries.
Our Market Survey cum Detailed Techno Economic Feasibility Report
provides an insight of market in India. The report assesses the market
sizing and growth of the Industry. While expanding a current business or
while venturing into new business, entrepreneurs are often faced with
the dilemma of zeroing in on a suitable product/line.
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63. And before diversifying/venturing into any product, they wish to study
the following aspects of the identified product:
Good Present/Future Demand
Export-Import Market Potential
Raw Material & Manpower Availability
Project Costs and Payback Period
The detailed project report covers all aspect of business, from analyzing
the market, confirming availability of various necessities such as
Manufacturing Plant, Detailed Project Report, Profile, Business Plan,
Industry Trends, Market Research, Survey, Manufacturing Process,
Machinery, Raw Materials, Feasibility Study, Investment Opportunities,
Cost and Revenue, Plant Economics, Production Schedule,
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Working Capital Requirement, uses and applications, Plant
Layout, Project Financials, Process Flow Sheet, Cost of Project,
Projected Balance Sheets, Profitability Ratios, Break Even
Analysis. The DPR (Detailed Project Report) is formulated by
highly accomplished and experienced consultants and the
market research and analysis are supported by a panel of experts
and digitalized data bank.
We at NPCS, through our reliable expertise in the project
consultancy and market research field, have demystified the
situation by putting forward the emerging business opportunity
in India along with its business prospects……Read more
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65. Contact us
106-E, Kamla Nagar, Opp. Mall ST,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886
Mobile: +91-9097075054 , 8800733955
Fax: +91-11-23845886
Website : www.entrepreneurindia.co , www.niir.org
Take a look at on #StreetView
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67. o One of the leading reliable names in industrial world for providing
the most comprehensive technical consulting services
o We adopt a systematic approach to provide the strong fundamental
support needed for the effective delivery of services to our Clients’
in India & abroad
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Who are we?
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68. We at NPCS want to grow with you by providing solutions scale
to suit your new operations and help you reduce risk and give a
high return on application investments. We have successfully
achieved top-notch quality standards with a high level of
customer appreciation resulting in long lasting relation and
large amount of referral work through technological
breakthrough and innovative concepts. A large number of our
Indian, Overseas and NRI Clients have appreciated our
expertise for excellence which speaks volumes about our
commitment and dedication to every client's success.
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69. We bring deep, functional expertise, but are known for our
holistic perspective: we capture value across boundaries and
between the silos of any organization. We have proven a
multiplier effect from optimizing the sum of the parts, not just
the individual pieces. We actively encourage a culture of
innovation, which facilitates the development of new
technologies and ensures a high quality product.
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70. o Project Identification
o Detailed Project Reports/Pre-feasibility Reports
o Market Research Reports
o Business Plan
o Technology Books and Directory
o Industry Trend
o Databases on CD-ROM
o Laboratory Testing Services
o Turnkey Project Consultancy/Solutions
o Entrepreneur India (An Industrial Monthly Journal)
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What do we offer?
71. o We have two decades long experience in project consultancy and
market research field
o We empower our customers with the prerequisite know-how to take
sound business decisions
o We help catalyze business growth by providing distinctive and
profound market analysis
o We serve a wide array of customers , from individual entrepreneurs
to Corporations and Foreign Investors
o We use authentic & reliable sources to ensure business precision
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How are we different ?
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73. Who do we Serve?
o Public-sector Companies
o Corporates
o Government Undertakings
o Individual Entrepreneurs
o NRI’s
o Foreign Investors
o Non-profit Organizations, NBFC’s
o Educational Institutions
o Embassies & Consulates
o Consultancies
o Industry / trade associations
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74. Sectors We Cover
o Ayurvedic And Herbal Medicines, Herbal Cosmetics
o Alcoholic And Non Alcoholic Beverages, Drinks
o Adhesives, Industrial Adhesive, Sealants, Glues,
Gum & Resin
o Activated Carbon & Activated Charcoal
o Aluminium And Aluminium Extrusion Profiles &
Sections,
o Bio-fertilizers And Biotechnology
o Breakfast Snacks And Cereal Food
o Bicycle Tyres & Tubes, Bicycle Parts, Bicycle
Assembling
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75. Sectors We Cover Cont…
o Bamboo And Cane Based Projects
o Building Materials And Construction Projects
o Biodegradable & Bioplastic Based Projects
o Chemicals (Organic And Inorganic)
o Confectionery, Bakery/Baking And Other
Food
o Cereal Processing
o Coconut And Coconut Based Products
o Cold Storage For Fruits & Vegetables
o Coal & Coal Byproduct
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www.niir.org
76. Sectors We Cover Cont…
o Copper & Copper Based Projects
o Dairy/Milk Processing
o Disinfectants, Pesticides, Insecticides, Mosquito
Repellents,
o Electrical, Electronic And Computer based
Projects
o Essential Oils, Oils & Fats And Allied
o Engineering Goods
o Fibre Glass & Float Glass
o Fast Moving Consumer Goods
o Food, Bakery, Agro Processing
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www.niir.org
77. Sectors We Cover Cont…
o Fruits & Vegetables Processing
o Ferro Alloys Based Projects
o Fertilizers & Biofertilizers
o Ginger & Ginger Based Projects
o Herbs And Medicinal Cultivation And Jatropha
(Biofuel)
o Hotel & Hospitability Projects
o Hospital Based Projects
o Herbal Based Projects
o Inks, Stationery And Export Industries
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78. Sectors We Cover
Cont…
o Infrastructure Projects
o Jute & Jute Based Products
o Leather And Leather Based Projects
o Leisure & Entertainment Based Projects
o Livestock Farming Of Birds & Animals
o Minerals And Minerals
o Maize Processing(Wet Milling) & Maize Based Projects
o Medical Plastics, Disposables Plastic Syringe, Blood
Bags
o Organic Farming, Neem Products Etc.
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79. Sectors We Cover Cont…
o Paints, Pigments, Varnish & Lacquer
o Paper And Paper Board, Paper Recycling Projects
o Printing Inks
o Packaging Based Projects
o Perfumes, Cosmetics And Flavours
o Power Generation Based Projects & Renewable Energy
Based Projects
o Pharmaceuticals And Drugs
o Plantations, Farming And Cultivations
o Plastic Film, Plastic Waste And Plastic Compounds
o Plastic, PVC, PET, HDPE, LDPE Etc.
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80. Sectors We Cover Cont…
o Potato And Potato Based Projects
o Printing And Packaging
o Real Estate, Leisure And Hospitality
o Rubber And Rubber Products
o Soaps And Detergents
o Stationary Products
o Spices And Snacks Food
o Steel & Steel Products
o Textile Auxiliary And Chemicals
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www.niir.org
81. Sectors We Cover Cont…
o Township & Residential Complex
o Textiles And Readymade Garments
o Waste Management & Recycling
o Wood & Wood Products
o Water Industry(Packaged Drinking Water & Mineral
Water)
o Wire & Cable
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83. www.entrepreneurindia.co
To get a detailed scenario of the industry along with
its structure and classification
To provide a comprehensive analysis of the industry
by covering aspects like:
Growth drivers of the industry
Latest market trends
Insights on regulatory framework
SWOT Analysis
Demand-Supply Situation
Foreign Trade
Porters 5 Forces Analysis
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84. www.entrepreneurindia.co
To provide forecasts of key parameters which helps to
anticipate the industry performance
To help chart growth trajectory of a business by detailing
the factors that affect the industry growth
To help an entrepreneur/manager in keeping abreast with
the changes in the industry
To evaluate the competitive landscape of the industry by
detailing:
Key players with their market shares
Financial comparison of present players
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88. www.entrepreneurindia.co
Our research team comprises of experts from
various financial fields:
MBA’s
Industry Researchers
Financial Planners
Research veterans with decades of experience
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89. www.entrepreneurindia.co
•1. Overview
•2. Market Analysis
2.1Growth Drivers
2.2Emerging Trends in the Industry
2.3Regulatory Framework
2.4SWOT Analysis
2.5Herfindahl–Hirschman Index (HHI)
•3. Market Forecasts
•4. Key Players
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