The document lists various chemical products for finishing denim garments. It includes products for resin finishing, washing agents, enzymes, softeners and silicones, and special effects. Resin finishing products are listed, such as Resinblue which is used for cross-linking and permanent three dimensional effects. Recipes for applying the resin products in different ways are also provided, such as for high strength or a soft handle.
This document discusses the impact of population growth on resources and the environment. It notes that the world population reached 7 billion in 2011 and is projected to reach 9 billion by 2050. It states that our current production methods for feeding, clothing, and sheltering everyone comes at huge economic, environmental, and social costs due to increased demand on resources. Everything has a price.
This document summarizes the key details of the Para Premium 900 Series Interior Water-based Paint in the Flat Finish. It is a water-based, low-lustre interior paint with great hiding power and a non-yellowing formula. The paint dries rapidly, has low odor, and complies with Canadian VOC standards. It is suitable for walls in living rooms, dining rooms and bedrooms and can be used for new work or maintenance on surfaces previously painted with water-based or solvent-based paint. Thorough surface preparation is required prior to application.
The document describes several chemical products used in textile wet processing, including rapid wetting agents, stain removing agents, scouring agents, defoamers, protonating agents, one pack systems, lubricating agents, peroxide stabilizers, core alkali neutralizers, sequestering agents, and peroxide neutralizers. The products are designed to mobilize and remove impurities from cotton, control foam, treat cellulosic fabrics, desizing, scouring, bleaching, dyeing, and more.
The document lists various dyeing and pretreatment auxiliaries used in the textile industry including their functions. Products include wetting agents, detergents, dispersants, defoamers, dye fixing agents, leveling agents, and others. Concentrations range from 40-100%. Functions include improving dye uptake, wash fastness, wettability, penetration of liquors, removal of sizes and impurities, and preventing issues like foaming or backstaining.
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
This document summarizes various chemical products used in textile processing and their functions. It includes wetting agents, alkali neutralizers, cationizing agents, desizing agents, lubricants, back stain preventors, and antipil & antislip agents. The products are categorized by their function and include information on their ionicity, what textile processes they are used for, and their key benefits.
Auxiliaries and specialities for denim and garment processingKetan Gandhi
This document provides information on various chemical products used in textile wet processing. It includes wetting agents, alkali neutralizers, cationizing agents, antipil and antislip agents, desizing and scouring agents, lubricants, back stain preventors, antiozonates, resin finishes, strength improving agents, polyurethane softeners, quenchers, moisture management products, organic softeners, special effects for denim, antimicrobial finishes, UV stabilizers, water and stain repelling agents, and silicone softeners. For each product, the document lists the product name, ionicity, function, and key features.
The document discusses salt-free dyeing of cotton with reactive dyes using cationic agents. It aims to study the feasibility of using cationic agents instead of salt for dyeing cotton with reactive dyes. Various cationic agents are used to pretreat cotton via exhaust and pad-dry methods, followed by exhaust dyeing without salt. Dye exhaustion and color yield are compared for different cationic agents and pretreatment methods. Results show that pretreatment with cationic agents increases dye exhaustion and color yield compared to dyeing with salt. Tinofix ECO gives the highest dye exhaustion and color yield for most dyes tested. The study suggests cationic agents can enable salt-free dyeing of cotton with reactive
This document discusses the impact of population growth on resources and the environment. It notes that the world population reached 7 billion in 2011 and is projected to reach 9 billion by 2050. It states that our current production methods for feeding, clothing, and sheltering everyone comes at huge economic, environmental, and social costs due to increased demand on resources. Everything has a price.
This document summarizes the key details of the Para Premium 900 Series Interior Water-based Paint in the Flat Finish. It is a water-based, low-lustre interior paint with great hiding power and a non-yellowing formula. The paint dries rapidly, has low odor, and complies with Canadian VOC standards. It is suitable for walls in living rooms, dining rooms and bedrooms and can be used for new work or maintenance on surfaces previously painted with water-based or solvent-based paint. Thorough surface preparation is required prior to application.
The document describes several chemical products used in textile wet processing, including rapid wetting agents, stain removing agents, scouring agents, defoamers, protonating agents, one pack systems, lubricating agents, peroxide stabilizers, core alkali neutralizers, sequestering agents, and peroxide neutralizers. The products are designed to mobilize and remove impurities from cotton, control foam, treat cellulosic fabrics, desizing, scouring, bleaching, dyeing, and more.
The document lists various dyeing and pretreatment auxiliaries used in the textile industry including their functions. Products include wetting agents, detergents, dispersants, defoamers, dye fixing agents, leveling agents, and others. Concentrations range from 40-100%. Functions include improving dye uptake, wash fastness, wettability, penetration of liquors, removal of sizes and impurities, and preventing issues like foaming or backstaining.
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
This document summarizes various chemical products used in textile processing and their functions. It includes wetting agents, alkali neutralizers, cationizing agents, desizing agents, lubricants, back stain preventors, and antipil & antislip agents. The products are categorized by their function and include information on their ionicity, what textile processes they are used for, and their key benefits.
Auxiliaries and specialities for denim and garment processingKetan Gandhi
This document provides information on various chemical products used in textile wet processing. It includes wetting agents, alkali neutralizers, cationizing agents, antipil and antislip agents, desizing and scouring agents, lubricants, back stain preventors, antiozonates, resin finishes, strength improving agents, polyurethane softeners, quenchers, moisture management products, organic softeners, special effects for denim, antimicrobial finishes, UV stabilizers, water and stain repelling agents, and silicone softeners. For each product, the document lists the product name, ionicity, function, and key features.
The document discusses salt-free dyeing of cotton with reactive dyes using cationic agents. It aims to study the feasibility of using cationic agents instead of salt for dyeing cotton with reactive dyes. Various cationic agents are used to pretreat cotton via exhaust and pad-dry methods, followed by exhaust dyeing without salt. Dye exhaustion and color yield are compared for different cationic agents and pretreatment methods. Results show that pretreatment with cationic agents increases dye exhaustion and color yield compared to dyeing with salt. Tinofix ECO gives the highest dye exhaustion and color yield for most dyes tested. The study suggests cationic agents can enable salt-free dyeing of cotton with reactive
This document discusses mineral-based textile processing products from TANATEX Chemicals. It focuses on TANNEX NOVECO, a multi-functional clay-based product for pretreatment, dyeing, and correcting faulty finishing. TANNEX NOVECO absorbs impurities and stabilizes hydrogen peroxide. It reduces COD and BOD levels in effluent. The document also discusses TANNEX RENA liquid 01, an ecological hydrogen peroxide stabilizer, and TANATERGE M-RE, a mineral-based reactive dye soaping agent. Both aim to provide more sustainable textile processing.
The document discusses parameters that influence the dyeing process of reactive dyes on cellulose fibers. It summarizes that the substantivity of reactive dyes increases with higher standard affinity, electrolyte concentration, lower pH and dye concentration, lower temperature, and lower liquor ratio in the dye bath. The speed of dye diffusion can be increased by higher temperature, smaller dye molecules, lower substantivity, and causticized or mercerized cellulose. The speed of the dye-fiber reaction depends on reactivity of the reactive group, inductive effects of the chromophore and substituents, pH, temperature, and substantivity. Bi-reactive dyes provide a more stable bond to acid and alkali compared to mono-
Dyeing of cotton with reactive dyes quality q&aAdane Nega
The document discusses several key aspects of dyeing cotton with reactive dyes, including:
1) Dye quality can vary depending on the manufacturer and factors like impurities. Quality checks are important to evaluate dye concentration and color properties.
2) Proper dyeing conditions like temperature, pH, salt concentration, and alkali levels are important for ensuring level dyeing and reproducibility.
3) Dyeing properties vary for different dyes, fiber types (e.g. mercerized cotton), and dye classes like phthalocyanine dyes. Incremental addition of materials is often needed to control dye exhaustion.
Reactive dyes are popular for dyeing cellulosic fibers like cotton. They form covalent bonds with fiber polymers through reactive groups on the dye molecules. This allows for good wash fastness. Reactive dyes contain parts for color (chromophore), reactivity (reactive group), and solubility. Dyeing involves exhaustion of the dye from solution onto the fiber followed by fixation through a chemical reaction between the reactive group and fiber under alkaline conditions. Process parameters like pH, temperature and electrolyte concentration must be carefully controlled to maximize dye uptake and fixation while minimizing hydrolysis.
This document discusses the history and developments in pigment printing for textiles. It outlines that pigment dispersions have been used for over 3,000 years, initially using mineral pigments and natural polymers. Key developments included organic pigment dispersions in the 1920s, emulsion co-polymerization in the 1930s, and aqueous self cross-linking dispersions in the 1960s. More recently, improvements have focused on ecological factors like reducing emissions. The document also describes components of pigment printing systems and dispersions, as well as developments in binders, thickeners, and fixing agents to improve properties and reduce environmental impacts like formaldehyde and APEO content.
Altranol GEO.Natural Clay based cotton pretreatmentKetan Gandhi
The document discusses the use of minerals, particularly clays, in the textile industry. It notes that clays have properties that make them useful as thickeners, absorbers of oils and inks, and stabilizers for hydrogen peroxide bleaches. It then describes a new clay-based product called Altranol-GEO that can be used to stabilize hydrogen peroxide for bleaching cotton and prescouring synthetic fabrics like polyester and polyamide/elastane blends. Altranol-GEO provides bleaching and cleaning without additional auxiliaries while reducing biological oxygen demand, chemical oxygen demand, and pollution in waste effluent. Test results show it improves whiteness and brightness compared to standard bleach methods
NBR is a copolymer of butadiene and acrylonitrile. It is prepared via emulsion polymerization similarly to SBR. NBR has better oil resistance than SBR and NR due to its nitrile content. It requires more softeners during compounding due to its tough nature. Common fillers, plasticizers, and curatives are used. NBR finds use in oil resistant applications and can be blended with materials like PVC and phenol formaldehyde resins to improve properties. Its vulcanizates exhibit good abrasion resistance and aging properties but low temperature flexibility depends on acrylonitrile content.
The document discusses the use of clay minerals as environmentally friendly alternatives in the textile industry. It describes how clay minerals can be used as stabilizers for hydrogen peroxide bleaching, providing benefits like reduced COD and BOD levels in wastewater. The document also examines the application of specific clay-based products for bleaching cotton and pre-treating fabrics containing elastane fibers.
This document discusses the viscosity of different thickening agents used in textile printing. It provides information on various natural and synthetic thickeners such as starch, flour, gum Arabic, guar gum, and carboxymethyl cellulose. The document lists the viscosity of these thickeners in solutions of different concentrations, measured using viscometers. It also discusses how viscosity can be affected by factors like temperature, pH, and sonication. Various instruments used to measure viscosity are outlined.
1. The document provides information on various chemical products used in textile processing including enzymes, desizing agents, bleaching activators, defoamers, scouring agents, neutralizing agents, and levelling agents.
2. Many of the products are designed to improve efficiency and reduce costs of textile processing steps like bleaching, dyeing, and finishing.
3. The products listed include liquid and powder forms manufactured using controlled fermentation or mineral bases to perform functions like catalyzing reactions, removing oils, controlling foam, and improving dye uptake.
1. The document describes various chemical products used in textile processing including enzymes for biopolishing denim, cellulase enzymes for denim washing, and a liquid preparation with high catalase activity.
2. It also lists products for oxidative desizing, rapid wetting, fixing, protonating, bleach activation, stain removal, defoaming, stripping, one pack systems, antimigrating, lubricating, and scouring fabrics.
3. The products are designed to perform specialized functions like desizing, scouring, bleaching, lubricating and improving the handling, appearance and properties of fabrics during processing.
The document describes several chemical products used in textile wet processing, including rapid wetting agents, stain removing agents, scouring agents, defoamers, protonating agents, one pack systems, lubricating agents, peroxide stabilizers, core alkali neutralizers, sequestering agents, and peroxide neutralizers. The products are designed to mobilize and remove impurities from cotton, remove spots and stains, prevent yellowing, control foam, soften fabrics, and complex metal ions at different stages of wet processing.
This document provides information on various types of textile auxiliaries including:
1. Scouring agents that remove sizes and stains from fabrics as well as desizing and bleaching capabilities.
2. Stain removers and scouring agents that have oil and grease removing properties.
3. Oligomer removers and machine cleaning agents that remove residues from dyeing machines and fibers.
4. Various finishing agents such as stiffeners, softeners, flame retardants, and weight reducing agents.
Somu solvents are into N Butyl Propionate Manufactureing, that has chemical formula of C7H14O2 and relative molecular mass of a 130.187g/mol.It is a colourless water-white liquid with characteristic odour. its Less dense than water and is incredibly slightly soluble in water. It has Flash point of 90°F.
Microgenix is a textile chemical company founded in 2001 that develops and sells over 400 textile application products. It focuses on green technologies and has in-depth knowledge of textile chemistries. The company's products are approved by global certification agencies and widely accepted in the textile/garment industry. Microgenix is committed to achieving global quality standards and offering customers world-class products with consistency, quality, value and environmental commitment.
This document discusses various enzyme and chemical products used in textile processing. It lists several fungal and cellulase enzymes designed for biopolishing, denim washing, and bio washing. It also outlines oxidative desizing agents, rapid wetting agents, stain removers, scouring agents, one pack systems, and bleach activators. The products are designed to perform functions like desize, scour, bleach, wet, and remove oils, spots, and impurities from cellulosic and synthetic fabrics.
ProChem Global is a Singapore based company with manufacturing facilities in Thailand, China & South Korea
Prochem is part of Singapore holding company, KHEOPS SOLUTION
Website at www.kheops.com.sg
Below are some of our main textile auxilliaries productions :
a) Silicone fluids & emulsions
b) Glyoxal textile resin
c) C6 & C8 Flurocarbon for Water & Oil repellent
d) Ester-quartz softener paste
This document provides details on various chemical products from Prochem Global including performance chemicals, specialty auxiliaries, and textile auxiliaries. It lists detergents, wetting agents, desizing agents, enzymes, softeners, silicone oils, emulsifiers, resins, and flame retardants. Contact information is provided for Jack Ng.
Oil Technics Ltd: Cleaner Solutions for a Cleaner Workplace!David Holmes
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
This document summarizes polyurea, a high-performance polymer coating. [1] It provides rapid cure times, is flexible, waterproof, and has outstanding physical properties. [2] It can be applied through low or high-pressure spray methods. [3] Different formulations include aromatic, aliphatic, and hybrid types suited for various applications like infrastructure, transportation, flooring, and more.
This document discusses mineral-based textile processing products from TANATEX Chemicals. It focuses on TANNEX NOVECO, a multi-functional clay-based product for pretreatment, dyeing, and correcting faulty finishing. TANNEX NOVECO absorbs impurities and stabilizes hydrogen peroxide. It reduces COD and BOD levels in effluent. The document also discusses TANNEX RENA liquid 01, an ecological hydrogen peroxide stabilizer, and TANATERGE M-RE, a mineral-based reactive dye soaping agent. Both aim to provide more sustainable textile processing.
The document discusses parameters that influence the dyeing process of reactive dyes on cellulose fibers. It summarizes that the substantivity of reactive dyes increases with higher standard affinity, electrolyte concentration, lower pH and dye concentration, lower temperature, and lower liquor ratio in the dye bath. The speed of dye diffusion can be increased by higher temperature, smaller dye molecules, lower substantivity, and causticized or mercerized cellulose. The speed of the dye-fiber reaction depends on reactivity of the reactive group, inductive effects of the chromophore and substituents, pH, temperature, and substantivity. Bi-reactive dyes provide a more stable bond to acid and alkali compared to mono-
Dyeing of cotton with reactive dyes quality q&aAdane Nega
The document discusses several key aspects of dyeing cotton with reactive dyes, including:
1) Dye quality can vary depending on the manufacturer and factors like impurities. Quality checks are important to evaluate dye concentration and color properties.
2) Proper dyeing conditions like temperature, pH, salt concentration, and alkali levels are important for ensuring level dyeing and reproducibility.
3) Dyeing properties vary for different dyes, fiber types (e.g. mercerized cotton), and dye classes like phthalocyanine dyes. Incremental addition of materials is often needed to control dye exhaustion.
Reactive dyes are popular for dyeing cellulosic fibers like cotton. They form covalent bonds with fiber polymers through reactive groups on the dye molecules. This allows for good wash fastness. Reactive dyes contain parts for color (chromophore), reactivity (reactive group), and solubility. Dyeing involves exhaustion of the dye from solution onto the fiber followed by fixation through a chemical reaction between the reactive group and fiber under alkaline conditions. Process parameters like pH, temperature and electrolyte concentration must be carefully controlled to maximize dye uptake and fixation while minimizing hydrolysis.
This document discusses the history and developments in pigment printing for textiles. It outlines that pigment dispersions have been used for over 3,000 years, initially using mineral pigments and natural polymers. Key developments included organic pigment dispersions in the 1920s, emulsion co-polymerization in the 1930s, and aqueous self cross-linking dispersions in the 1960s. More recently, improvements have focused on ecological factors like reducing emissions. The document also describes components of pigment printing systems and dispersions, as well as developments in binders, thickeners, and fixing agents to improve properties and reduce environmental impacts like formaldehyde and APEO content.
Altranol GEO.Natural Clay based cotton pretreatmentKetan Gandhi
The document discusses the use of minerals, particularly clays, in the textile industry. It notes that clays have properties that make them useful as thickeners, absorbers of oils and inks, and stabilizers for hydrogen peroxide bleaches. It then describes a new clay-based product called Altranol-GEO that can be used to stabilize hydrogen peroxide for bleaching cotton and prescouring synthetic fabrics like polyester and polyamide/elastane blends. Altranol-GEO provides bleaching and cleaning without additional auxiliaries while reducing biological oxygen demand, chemical oxygen demand, and pollution in waste effluent. Test results show it improves whiteness and brightness compared to standard bleach methods
NBR is a copolymer of butadiene and acrylonitrile. It is prepared via emulsion polymerization similarly to SBR. NBR has better oil resistance than SBR and NR due to its nitrile content. It requires more softeners during compounding due to its tough nature. Common fillers, plasticizers, and curatives are used. NBR finds use in oil resistant applications and can be blended with materials like PVC and phenol formaldehyde resins to improve properties. Its vulcanizates exhibit good abrasion resistance and aging properties but low temperature flexibility depends on acrylonitrile content.
The document discusses the use of clay minerals as environmentally friendly alternatives in the textile industry. It describes how clay minerals can be used as stabilizers for hydrogen peroxide bleaching, providing benefits like reduced COD and BOD levels in wastewater. The document also examines the application of specific clay-based products for bleaching cotton and pre-treating fabrics containing elastane fibers.
This document discusses the viscosity of different thickening agents used in textile printing. It provides information on various natural and synthetic thickeners such as starch, flour, gum Arabic, guar gum, and carboxymethyl cellulose. The document lists the viscosity of these thickeners in solutions of different concentrations, measured using viscometers. It also discusses how viscosity can be affected by factors like temperature, pH, and sonication. Various instruments used to measure viscosity are outlined.
1. The document provides information on various chemical products used in textile processing including enzymes, desizing agents, bleaching activators, defoamers, scouring agents, neutralizing agents, and levelling agents.
2. Many of the products are designed to improve efficiency and reduce costs of textile processing steps like bleaching, dyeing, and finishing.
3. The products listed include liquid and powder forms manufactured using controlled fermentation or mineral bases to perform functions like catalyzing reactions, removing oils, controlling foam, and improving dye uptake.
1. The document describes various chemical products used in textile processing including enzymes for biopolishing denim, cellulase enzymes for denim washing, and a liquid preparation with high catalase activity.
2. It also lists products for oxidative desizing, rapid wetting, fixing, protonating, bleach activation, stain removal, defoaming, stripping, one pack systems, antimigrating, lubricating, and scouring fabrics.
3. The products are designed to perform specialized functions like desizing, scouring, bleaching, lubricating and improving the handling, appearance and properties of fabrics during processing.
The document describes several chemical products used in textile wet processing, including rapid wetting agents, stain removing agents, scouring agents, defoamers, protonating agents, one pack systems, lubricating agents, peroxide stabilizers, core alkali neutralizers, sequestering agents, and peroxide neutralizers. The products are designed to mobilize and remove impurities from cotton, remove spots and stains, prevent yellowing, control foam, soften fabrics, and complex metal ions at different stages of wet processing.
This document provides information on various types of textile auxiliaries including:
1. Scouring agents that remove sizes and stains from fabrics as well as desizing and bleaching capabilities.
2. Stain removers and scouring agents that have oil and grease removing properties.
3. Oligomer removers and machine cleaning agents that remove residues from dyeing machines and fibers.
4. Various finishing agents such as stiffeners, softeners, flame retardants, and weight reducing agents.
Somu solvents are into N Butyl Propionate Manufactureing, that has chemical formula of C7H14O2 and relative molecular mass of a 130.187g/mol.It is a colourless water-white liquid with characteristic odour. its Less dense than water and is incredibly slightly soluble in water. It has Flash point of 90°F.
Microgenix is a textile chemical company founded in 2001 that develops and sells over 400 textile application products. It focuses on green technologies and has in-depth knowledge of textile chemistries. The company's products are approved by global certification agencies and widely accepted in the textile/garment industry. Microgenix is committed to achieving global quality standards and offering customers world-class products with consistency, quality, value and environmental commitment.
This document discusses various enzyme and chemical products used in textile processing. It lists several fungal and cellulase enzymes designed for biopolishing, denim washing, and bio washing. It also outlines oxidative desizing agents, rapid wetting agents, stain removers, scouring agents, one pack systems, and bleach activators. The products are designed to perform functions like desize, scour, bleach, wet, and remove oils, spots, and impurities from cellulosic and synthetic fabrics.
ProChem Global is a Singapore based company with manufacturing facilities in Thailand, China & South Korea
Prochem is part of Singapore holding company, KHEOPS SOLUTION
Website at www.kheops.com.sg
Below are some of our main textile auxilliaries productions :
a) Silicone fluids & emulsions
b) Glyoxal textile resin
c) C6 & C8 Flurocarbon for Water & Oil repellent
d) Ester-quartz softener paste
This document provides details on various chemical products from Prochem Global including performance chemicals, specialty auxiliaries, and textile auxiliaries. It lists detergents, wetting agents, desizing agents, enzymes, softeners, silicone oils, emulsifiers, resins, and flame retardants. Contact information is provided for Jack Ng.
Oil Technics Ltd: Cleaner Solutions for a Cleaner Workplace!David Holmes
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
Oil Technics provides environmental products for workshops including industrial degreasers, precision solvent degreasers, biological oil stain removers, forecourt cleaning products, and forecourt washroom products. The company has been operating since 1984 and manufactures innovative, environmentally friendly cleaning products at its facilities in Aberdeenshire, Scotland.
This document summarizes polyurea, a high-performance polymer coating. [1] It provides rapid cure times, is flexible, waterproof, and has outstanding physical properties. [2] It can be applied through low or high-pressure spray methods. [3] Different formulations include aromatic, aliphatic, and hybrid types suited for various applications like infrastructure, transportation, flooring, and more.
Top quality OneStep Hologram Free compound.
487UHD EXTREME work like a coarse, medium, fine, ultra fine and hologram free compound only in one step.
Is very simple to remove P1500 in only one step using DA POLISHER or ROTARY POLISHER.
Scratches and holograms never coming back because we remove them definitively.
Extraordinary gloss on pure black. Mirror finish.
The best product to use before ceramic coating.
recent advances in impression materialsramkoti reddy
This document summarizes recent advances in dental impression materials. It discusses improvements made to alginate impression materials, including extended pour times, tray adhesives, reduced dust, and antimicrobial properties. It also describes advances in elastomeric materials like addition silicones, which provide highly accurate impressions with dimensional stability and short setting times. Digital impression systems offer advantages of speed and accuracy but also have limitations. Overall, the document outlines key properties desired in impression materials and new formulations that improve user experience and clinical outcomes.
This document provides information about Gram staining, including the mechanism, preparation of stains and modifications. Gram staining involves applying crystal violet, iodine, decolorizer like ethanol or acetone, and safranin in sequence. Bacteria that retain the crystal violet-iodine complex appear purple and are Gram positive, while those that lose the complex and take up the safranin counterstain appear pink and are Gram negative. The thickness of the peptidoglycan layer determines this difference. Various modifications to the standard Gram stain procedure are also described.
- Colonial Chemical is a 20-year-old surfactant company that manufactures and sells green, safe, and innovative surfactants worldwide.
- Their strategy is to create a series of surfactants from renewable resources that are mild, natural, and safe for personal care formulations and the environment.
- They offer a line of naturally derived surfactants called Poly Suga that are made from plants like coconuts, corn, and sunflowers. These are mild, biodegradable alternatives to traditional surfactants.
DUPLICATING AND REFRACTORY MATERIALS USED IN REMOVABLE PARTIAL DENTURES/ d...Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.for more details please visit
www.indiandentalacademy.com
This document provides a list of products handled by Whacostech Co., Ltd. It includes the product name, INCI name, manufacturer name, and brief description of characteristics for each product. There are over 50 products listed from various cosmetic ingredient suppliers such as Airge, Ako Kasei, Asahi Glass, Azumanoen, Bio Leaders, C.C.I, Chiba Flour, Daiichi Kasei, Dainihon Kasei, Daito Kasei, and others. The products include active ingredients, pigments, silicas, polymers, and other functional cosmetic raw materials.
Id 120303045 (chemials use in bangladesh textile industry)Sarif Md. Al amin
This document discusses chemicals used in the Bangladesh textile industry. It provides details on size chemicals such as starches, PVA, and tallow used to improve yarn strength and smoothness. Basic chemicals like acetic acid, oxalic acid, and soda ash are explained along with their uses to maintain pH levels. Bleaching agents including hydrogen peroxide and its environmental benefits over chlorine are covered. The roles of salts like sodium sulfate and sodium chloride as electrolytes to increase dye affinity are summarized. Finally, scouring agents used to remove oils and dirt from fabrics are presented.
Similar to Denim Fashion La Moda dril lave twal mencuci vintage coated resin fabric (20)
At Affordable Garage Door Repair, we specialize in both residential and commercial garage door services, ensuring your property is secure and your doors are running smoothly.
Amid the constant barrage of distractions and dwindling motivation, self-discipline emerges as the unwavering beacon that guides individuals toward triumph. This vital quality serves as the key to unlocking one’s true potential, whether the aspiration is to attain personal goals, ascend the career ladder, or refine everyday habits.
Understanding Self-Discipline
MRS PUNE 2024 - WINNER AMRUTHAA UTTAM JAGDHANEDK PAGEANT
Amruthaa Uttam Jagdhane, a stunning woman from Pune, has won the esteemed title of Mrs. India 2024, which is given out by the Dk Exhibition. Her journey to this prestigious accomplishment is a confirmation of her faithful assurance, extraordinary gifts, and profound commitment to enabling women.
Care Instructions for Activewear & Swim Suits.pdfsundazesurf80
SunDaze Surf offers top swimwear tips: choose high-quality, UV-protective fabrics to shield your skin. Opt for secure fits that withstand waves and active movement. Bright colors enhance visibility, while adjustable straps ensure comfort. Prioritize styles with good support, like racerbacks or underwire tops, for active beach days. Always rinse swimwear after use to maintain fabric integrity.
The Fascinating World of Bats: Unveiling the Secrets of the Nightthomasard1122
The Fascinating World of Bats: Unveiling the Secrets of the Night
Bats, the mysterious creatures of the night, have long been a source of fascination and fear for humans. With their eerie squeaks and fluttering wings, they have captured our imagination and sparked our curiosity. Yet, beyond the myths and legends, bats are fascinating creatures that play a vital role in our ecosystem.
There are over 1,300 species of bats, ranging from the tiny Kitti's hog-nosed bat to the majestic flying foxes. These winged mammals are found in almost every corner of the globe, from the scorching deserts to the lush rainforests. Their diversity is a testament to their adaptability and resilience.
Bats are insectivores, feeding on a vast array of insects, from mosquitoes to beetles. A single bat can consume up to 1,200 insects in an hour, making them a crucial part of our pest control system. By preying on insects that damage crops, bats save the agricultural industry billions of dollars each year.
But bats are not just useful; they are also fascinating creatures. Their ability to fly in complete darkness, using echolocation to navigate and hunt, is a remarkable feat of evolution. They are also social animals, living in colonies and communicating with each other through a complex system of calls and body language.
Despite their importance, bats face numerous threats, from habitat destruction to climate change. Many species are endangered, and conservation efforts are necessary to protect these magnificent creatures.
In conclusion, bats are more than just creatures of the night; they are a vital part of our ecosystem, playing a crucial role in maintaining the balance of nature. By learning more about these fascinating animals, we can appreciate their importance and work to protect them for generations to come. So, let us embrace the beauty and mystery of bats, and celebrate their unique place in our world.
Biography and career history of Bruno AmezcuaBruno Amezcua
Bruno Amezcua's entry into the film and visual arts world seemed predestined. His grandfather, a distinguished film editor from the 1950s through the 1970s, profoundly influenced him. This familial mentorship early on exposed him to the nuances of film production and a broad array of fine arts, igniting a lifelong passion for narrative creation. Over 15 years, Bruno has engaged in diverse projects showcasing his dedication to the arts.
Insanony: Watch Instagram Stories Secretly - A Complete GuideTrending Blogers
Welcome to the world of social media, where Instagram reigns supreme! Today, we're going to explore a fascinating tool called Insanony that lets you watch Instagram Stories secretly. If you've ever wanted to view someone's story without them knowing, this blog is for you. We'll delve into everything you need to know about Insanony with Trending Blogers!
3.
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Aquablue
:
Detergent
Without
OBA
Powerblue
HYPO
:
AcBvator
For
Hypo
Powerblue
PER
:
AcBvator
For
Permanganate
AnBblue
BACK
:
Dispersing
Agent
Foamblue
:
Foamming
Agent
Enzymes
Dsizeblue
:
Desizing
Enzyme
Lacblue
X
:
Laccase
Enzyme
Enzyblue
AG
:
Neutral
Liq.
Stonewash
Enzyme
60°C
Indiblue
E7
:
Stonewash
Enzyme
40-‐60
°C
Indiblue
NORM
:
Stonewash
Enzyme
60
°C
Enzyblue
BP
:
Acidic
Bio-‐Pollishing
Enzymes
60°C
4.
Products
For
SoPener
&
Silicone
SoPblue
CLK
:
CaBonic
SoGener
SoPblue
OZONE
:
AnB-‐Ozone
SoGener
SoPblue
CLS
:
Concentrated
FuncBonal
Silicone
SoGener
SoPblue
MIC
:
Micro
Silicone
Emulsion
SoPblue
MAC
:
Macro
Silicone
Emulsion
Products
For
Special
Effects
Coatblue
P-‐SOFT
:
Polyurethane
Emulsion
For
SoG
Handle
Coatblue
P-‐H
:
Polyurethane
Emulsion
For
SBff
Handle
Coatblue
P-‐M
:
Polyurethane
Emulsion
For
SoG
Handle
and
Shinny
Indigo
Ground
3D
:
Gel
Indigo
Coatblue
PE
:
Polyethylene
Emulsion
5. Resins
Resinblue : Resin Finishing (Included
Catalyst)
Resinblue ML : Self-Cross Linking
Resinblue NO TEAR : Acrylic & PU Emulsion,
Soft Handle
Resinblue STIFF : Acrylic & PU Emulsion,
Hard Handle
Resinblue WAVY : Resin 3-D Effect
Improver
6. Resinblue
Resin
Finishing
(Included
Catalyst)
USES:
Cross-‐linking
agent
for
easy-‐care
finishing,
permanent
three
dimensional
effects
(plisse),
grey
shade
and
unwashed
look
APPLICATIONS
:
Recipe
1
:
Standard
Resin
ApplicaBon
(Spray)
200gr
Resinblue
100gr
Resinblue
NOTEAR
700
gr
Water
Recipe
2
:
Resin
ApplicaBon
For
High
3
D
(Spray)
200gr
Resinblue
100gr
Resinblue
NOTEAR
20gr
Resinblue
WAVY
20
gr
Resinblue
ML
660
gr
Water
7. Resinblue
Resin
Finishing
(Included
Catalyst)
Recipe
3
:
Resin
ApplicaBons
For
High
Strength
200gr
Resinblue
100gr
Resinblue
NO
TEAR
100gr
Coatblue
PE
20
gr
Resinblue
ML
600
gr
Water
Recipe
4
:
Resin
ApplicaBon
For
Ultra
Grey
Cast
200gr
Resinblue
100gr
Resinblue
NO
TEAR
100gr
Fixblue
-‐
I
550
gr
Water
Recipe
5
:
Resin
ApplicaBons
For
Extra
Bright
Look
200gr
Resinblue
150gr
Coatblue
PE
100gr
SoGblue
MAC
500
gr
Water
8. Resinblue
ML
Self-‐Cross
Linking
USES:
Self
–cross
linking
resin
finishing
agent
for
the
easy-‐care
finishing
of
texBles
made
from
cellulosic
fibre
material.
For
improving
the
shrink
and
swelling
ressistance
for
se?ng
permanent
shintz,
rippling
or
embossing.
Resinblue-‐ML
is
a
melamine
formaldeyhde
also
used
as
extender
for
coaBng
process.
APPLICATION
:
Recipe
1
:
at
Low
Temperature
For
High
Strength
200
gr
Resinblue
Spray
100
gr
Resinblue
NO
TEAR
Drying
at
100°C
for
10min.
20
gr
Resinblue
ML
Curing
at
135°C
for
15min.
680
gr
Water
Recipe
2
:
SoG
Handle
CoaBng
400
gr
Coatblue
P-‐SOFT
Spray
50
gr
Coatblue
PE
Drying
at
100°C
for
10min.
30
gr
SoGblue
MAC
Curing
at
155°C
for
15min.
20
gr
Resinblue
ML
500
gr
Water
X
gr
Pigment
9. Resinblue
NO
TEAR
Acrylic
&
PU
Emulsion,
SoG
Handle
USES:
Decreases
the
strength
loss.
Mixture
of
acrylates
and
gives
grey
cast
Aqueous
acrylic
&
polyurethanes
emulsion
for
coaBng.
Forms
elasBc
,
soG
and
sBcky
film.
Product
can
be
used
as
strength
improver
in
resin
applicaBon.
Resinblue
NO
TEAR
improves
fastness
of
reacBve
,
direct
indigo
and
pigment
dyes.
APPLICATION
:
Recipe
1
:
Standard
Resin
ApplicaBon
200
gr
Resinblue
Spray
100
grResinblue
NO
TEAR
Drying
at
100°C
for
10min.
700
gr
Water
Curing
at
155°C
for
15min.
Recipe
2
:
Standard
Pigment
ApplicaBon
100gr
Resinblue
NO
TEAR
Spray
X
gr
Pigment
Drying
at
100°C
for
10min.
X
grPigment
Curing
at
155°C
for
15min.
900
gr
Water
Recipe
3:
For
Extra
Strength
Increase
Spray
5
gr/ltResinblue
NO
TEAR
Drying
at
100°C
for
10min.
5
gr/ltCoatblue
PE
Curing
at
155°C
for
15min.
10. Resinblue
STIFF
Acrylic
&
PU
Emulsion,
Hard
Handle
USES:
Self-‐cross
linking
water
based
acrylic
ester
dispersion.
Forms
high
strength
and
hard-‐
tenacity
film.
Resistant
to
washing
and
dry
cleaning.
APPLICATION
:
Recipe
1
:
Resin
ApplicaBon
For
High
3
D
200
gr
Resinblue
100
gr
Resinblue
NO
TEAR
Spray
20
gr
Resinblue
WAVY
Drying
at
100°C
for
10min.
20
gr
Resinblue
STIFF
Curing
at
155°C
for
15min.
660
gr
Water
Recipe
2
:
Resin
ApplicaBon
At
Low
Temperature
For
High
Strength
200
gr
Resinblue
100
gr
Resinblue
NO
TEAR
20
gr
Resinblue
STIFF
Spray
20
gr
Resinblue
ML
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
660
gr
Water
Recipe
3
:
Paper
Touch
Effect
100
gr
Resinblue
(Spray)
Spray
50
gr
Resinblue
NO
TEAR
Drying
at
100°C
for
10min.
150
gr
Resinblue
STIFF
Curing
at
155°C
for
15min.
700
gr
Water
11. Resinblue
WAVY
Resin
3-‐D
Effect
Improver
USES:
Resinblue
WAVY
is
a
combinaBon
of
special
polymers
uses
as
wrinkle
resistant
agent
and
3D
effect
improver.
Product
is
applicable
aGer
Indigo-‐Dyeing
and
CoaBng
process
and
improves
strength
aGer
resin
applicaBon
APPLICATION
:
Recipe
1
:
Resin
ApplicaBon
For
High
3
D
200
gr
Resinblue
100
gr
Resinblue
NO
TEAR
20
gr
Resinblue
WAVY
20
gr
Resinblue
STIFF
660
grWater
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
Recipe
2
:
Good
Hand
Sanding
Effect
100
gr
Resinblue
WAVY
900
gr
Water
Spray
Curing
at
155°C
for
15min.
13. Fixblue
-‐
I
Formaldehyde
free
fixing
agent
for
indigo
dyeing
USES:
Special
fixing
agent
for
indigo
dyeing.
Suitable
for
improving
rub
fastness
of
reacBve,
sulphure
and
pigment
dyeing.
APPLICATION
:
Recipe
1
:
Fixing
Agent
Recipe
2
–3
gr/lt
Fixblue
-‐
I
Recipe
2
:
Fixing
Agent
Recipe
3
–4
gr/lt
Fixblue
-‐
I
3
–4
gr/lt
Resinblue
NO
TEAR
Recipe
3:
Resin
applicaBon
for
Ultra
Grey
Cast
200
gr
Resinblue
100
gr
Resinblue
NO
TEAR
100
gr
Fixblue
I
600
gr
Water
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
14. Washing
Agents
Aquablue
O
:Detergent
With
OBA
Aquablue
:Detergent
Without
OBA
Washblue
LYCRA
:Washing-‐off
Agent
For
Lycra
Content
Fabric
Washblue
MACHINE
:Washing
Agent
For
Cleaning
Machine
Artblue
OLD
:Vıntage
Bleaching
Agent
Powerblue
HYPO
:AcBvator
For
Hypo
Powerblue
PER
:AcBvator
For
Permanganate
Foamblue
:Special
Agent
for
Foambleach
15. Aquablue
O
Detergent
with
OBA
USES:
Washing
agent
with
opBcal
brightening
agent
(OBA)
for
cleaning
cokon,
syntheBc
and
their
blends
.
Product
is
effecBve
at
all
water
temperature.
APPLICATION
:
Recipe
:
AGer
Stone
Wash
1
–
2
gr/lt
Aquablue
O
Temp
:
55-‐60
°C
Time:
10
-‐
20
min
Drain
Hot
Rinse-‐60°C–2min
16. Aquablue
Detergent
without
OBA
USES:
CombinaBon
of
surfactants
and
special
polymers
.
Product
uses
as
washing
agent
without
OBA
and
effecBve
at
all
water
temperature.
APPLICATION
:
Recipe
:
AGer
Stone
Wash
1
–
2
gr/lt
Aquablue
Temp
:
55-‐60
°C
Time:
10
-‐
20
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
17. Washblue
LYCRA
Washing-‐off
agent
for
lycra
content
fabric
USES:
Special
washing
agent
for
cleaning
elastane-‐contented
mateial
.Product
helps
to
improve
elasBcity
and
elasBc
recovery
of
garment.
APPLICATION
:
Recipe
:
2–3gr/lt
Washblue
LYCRA
Temp
:
55-‐60
°C
Tıme:
25
-‐
35
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
18. Washblue
MACHINE
Washing
agent
for
cleaning
machine
USES:
Special
product
for
the
cleaning
of
dyeing
,
washing
machines
and
apparatus
,
such
as
package
dyeing
machines
,
winch
becks,
beam
,
jet
and
overflow
machines.
APPLICATION
:
Recipe
:APer
Garment
Dye
1
–
2
gr/lt
Washblue
MACHINE
Temp
:
55-‐60
°C
Time:
10
-‐
15
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
19. Artblue
OLD
Special
Bleaching
agent
USES:
Special
Bleaching
agent
for
indigo
APPLICATION
:
Recipe
:
3–4gr/lt
Artblue
OLD
Ph:
4
-‐
4,5
Temp
:
80-‐85
°C
Time:
15
-‐
25
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
20. Powerblue
HYPO
Hypo
AcBvator
USES:
Uses
for
acBvaBng
Hypo
APPLICATION
:
Recipe
:
0,5
-‐
1g/lt
Powerblue
HYPO
10
gr/lt
Sodium
hypochlorite
Temp
:
50-‐60
°C
Time
:
10
-‐
20
min
Drain
0.3–0.5
gr/lt
NeutralizaBon
agent
Temp
:
50-‐60
°C
Tıme
:
10
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
21. Powerblue
PER
AcBvator
Permanganate
USES:
Uses
As
Permanganate
AcBvator
APPLICATION
:
Recipe
:
20
–
30
g/lt
Powerblue
PER
PERMANGANATE
SPRAY
0.3–0.5
g/l
NeutralizaBon
Agent
Temp
:
50-‐60
°C
Tıme:10
min
Drain
Hot
Rinse-‐60°C–2min
Cold
Rinse
-‐
25
°C
–
2
min
22. Foamblue
Special
Foamming
agent
USES:
Special
Foamming
agent
for
special
indigo
bleaching
APPLICATION
:
Recipe
:
2-‐3
gr/lt
Artblue
OLD
4-‐7
lt
Sodiumhypoclorid
Foam
ApplicaBon
Drain
NeutralizaBon
23. We^ng
and
Dispersing
Agents
AnBblue
BACK
:
Dispersing
Agent
Aquablue
WET
:
AnB-‐creasing
and
Nonionic
we?ng
agent
24. Aquablue
WET
AnB-‐creasing
and
Non-‐Ionic
We?ng
Agent
USES:
Running
crease
inhibitor
for
bleaching
and
dyeing
CO,
CV,
WO,
PES,
PA
and
PAN
as
well
as
their
blends.
Suitable
for
applicaBon
on
winch
becks,
jets
and
overflow
dyeing
machines
both
at
the
boil
and
in
the
HT
range.
Recipe
:
0,5
–
1
g/lt
Dsizeblue
(amylase
enzyme
for
removing
of
size)
0,5
–
1
g/lt
AnBblue
BACK
(dispersing
and
washing
agent)
0,5
–
1
g/lt
Aquablue
WET
(AnB-‐creasing
and
we?ng
agent)
pH
:
6-‐7
Temp
:
50-‐60
°C
Time
:
10
-‐
20
min
Drain
Hot
Rinse-‐60°C–2min
25. Aquablue
BACK
Dispersing
Agent
USES:
Special
scouring
and
dispersing
agent
for
all
types
of
fabric
with
properBes
inhibiBng
backstaining,
especially
for
washing
indigo
–dyed
denim
or
other
garments
Recipe
:
0,5
–
1
g/lt
Dsizeblue
(amylase
enzyme
for
removing
of
size)
0,5
–
1
g/lt
AnBblue
BACK
(dispersing
and
washing
agent)
0,5
–
1
g/lt
Aquablue
WET
(AnB-‐creasing
and
we?ng
agent)
pH
:
6-‐7
Temp
:
50-‐60
°C
Time
:
10
-‐
20
min
Drain
Hot
Rinse-‐60°C–2min
26. Enzymes
Dsizeblue
:
Desizing
Enzyme
Lacblue
X
:
Laccase
Enzyme
Enzyblue
AG
:
Neutral
Liquid
Stone
Wash
&
Biopolishing
Enzyme
Indiblue
E7
:
Stonewash
Enzyme
for
40-‐60°C
Indiblue
NORM
:
Stonewash
Enzyme
for
60
°C
Enzyblue
BP
:
Acidic
Bio-‐polishing
Enzyme
27. Dsizeblue
Desizing
Enzyme
USES:
PreparaBon
of
amylase
and
surface
acBve
agent.
Dsizeblue
is
a
special
product
to
remove
all
natural
sizing
agents
for
denim
fabrics.
APPLICATION
:
Recipe
:
0,5
–
1
g/lt
Dsizeblue
(amylase
enzyme
for
removing
of
size)
0,5
–
1
g/lt
AnBblue
BACK
(dispersing
and
washing
agent)
0,5
–
1
g/lt
Aquablue
WET
(AnB-‐creasing
and
we?ng
agent)
pH
:
6-‐7
Temp
:
50-‐60
°C
Time
:
10
-‐
20
min
Drain
Hot
Rinse-‐60°C–2min
28. Lacblue
X
Laccase
Enzyme
USES:
CombinaBon
of
special
enzymes
recommended
for
denim
washing
process
especially
for
wash-‐down
treatment
for
grayish
effect.
APPLICATION
:
Recipe
:
Laccase
Recipe
0,5
–1
gr/lt
Lacblue
X
0,5
–
1
gr/lt
AnBblue
BACK
(
dispersing
agent
)
Ph
:
5
–
5,5
Temperature
:
55-‐60
°C
Time:
15-‐20
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
29. Enzyblue
AG
Neutral
Liquid
Stone
Wash
&
Biopolishing
Enzyme
USES:
Biocatalyst
for
the
removal
of
pills
and
for
the
permanent
anBpilling
finishing
of
cellulosic
fibres.
APPLICATION
:
Recipe
:
Neutral
Liqiud
Resin
ApplicaBon
At
Low
Temperature
For
High
Strength
0,5
–
1
gr/lt
Enzyblue
AG
0,5
–
1
gr/lt
AnBblue
BACK
(
Dispersing
Agent
)
pH:
7
Temp
:
55-‐60
°C
Time:
30min-‐
60min
Drain
1
-‐
2
gr/lt
Aquablue
O
Temperature
:
55-‐60
°C
Time:
10
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
30. Indiblue
E-‐7
Stonewash
Enzyme
for
40-‐60
°C
USES:
Neutral
cellulase
formulaBon
with
addiBonal
dispersing
agent
to
obtain
low-‐backstaining
Stone-‐wash
effect
on
indigo-‐dyed
fabric.
APPLICATION
:
Recipe
:
Stone
Wash
Enzyme
For
40-‐60°C
0,2
–
0,3
gr/lt
Indiblue
E-‐7
0,5
–
1,0
gr/lt
AnBblue
BACK
(
dispersing
agent
)
Ph
:
7
Temperature
:
40-‐60
°C
Time:
30-‐60
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
AGer
Stone
Wash
1
-‐
2
gr/lt
Aquablue
O
Temperature
:
55-‐60
°C
Time:
10
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
31. Indiblue
NORM
Stonewash
Enzyme
for
60°C
USES:
Neutral
cellulase
formulaBon
with
addiBonal
dispersing
agent
to
obtain
low-‐backstaining
Stone-‐wash
effect
on
indigo-‐dyed
fabric.
APPLICATION
:
Recipe
:
Stone
Wash
Enzyme
For
60°C
0,5
–
1,0
gr/lt
Indiblue
NORM
0,5
–
1,0
gr/lt
AnBblue
BACK
(
dispersing
agent
)
Ph
:
7
Temperature
:
60
°C
Time:
30-‐60
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
AGer
Stone
Wash
1
-‐
2
gr/lt
Aquablue
O
Temperature
:
55-‐60
°C
Time:
10
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
32. Enzyblue
BP
Acidic
Bio-‐polishing
Enzyme
USES:
Biocatalyst
for
the
removal
of
pills
and
for
the
permanent
anBpilling
finishing
of
cellulosic
fibers.
APPLICATION
:
Recipe
:
Neutral
Liqiud
Resin
ApplicaBon
At
Low
Temperature
For
High
Strength
0,5
–
1
gr/lt
Enzyblue
BP
0,5
–
1
gr/lt
AnBblue
BACK
(
Dispersing
Agent
)
pH:
5-‐5,5
Temp
:
55-‐60
°C
Time:
30min-‐
60min
Drain
AGer
Enzyme
Wash
1
-‐
2
gr/lt
Aquablue
O
Temperature
:
55-‐60
°C
Time:
10
min
Drain
Hot
rinse
(60°C–2min)
Cold
Rinse
(25°C
–2min)
34. SoPblue
CLK
CaBonic
SoGener
USES:
CaBonic
soGener
to
obtain
soG
handle
for
the
treatment
of
indigo-‐dyed
and
jeans
arBcles
made
from
CO
and
its
blends.
APPLICATION
:
Recipe
:
CaBonic
SoPener
Recipe
0,4-‐
0,6
gr/lt
SoGblue
CLK
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
35. SoPblue
OZONE
AnB-‐Ozone
SoGener
USES:
Nonionic
faky
acid
condensaBon
product
to
get
soG
handle
and
eliminate
yellowing
problem
of
indigo
-‐
dyed
material.
APPLICATION
:
Recipe
:
AnB-‐Ozone
SoPener
Recipe
3
–
4
gr/lt
SoGblue
OZONE
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
36. SoPblue
CLS
FuncBonal
Silicone
SoGener
USES:
Concentrated
FuncBonal
Silicone
SoGener
to
obtain
soG
handle
for
the
treatment
of
indigo-‐dyed
and
jeans
arBcles
made
from
CO
and
its
blends.
APPLICATION
:
Recipe
:
CaBonic
SoPener
Recipe
0,4-‐
0,6
gr/lt
SoGblue
CLS
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
37. SoPblue
MIC
Micro
Silicone
Emulsion
USES:
Silicone
micro
emulsion
for
obtaining
soGness
and
smoothness.
Special
product
for
spray,
foulard
and
exhaust
applicaBon.
APPLICATION
:
Recipe
:
Micro
Silicone
Recipe
2
–
3
gr/lt
SoGblue
MIC
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
Drain
38. SoPblue
MAC
Macro
Silicone
Emulsion
USES:
Nonionic
form
of
macro
silicone
emulsion.
SoGblue
MAC
using
for
ge?ng
extremely
soG
and
slippery
hand
APPLICATION
:
Recipe
:Macro
Silicone
Recipe
1
-‐
2
gr/lt
SoGblue
MAC
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
39. SoPblue
ELASTIC
Special
Silicone
Emulsion
For
Increasing
ElasBcity
USES:
Nonionic
micro
silicone
emulsion.
SoGblue
ELASTIC
is
a
special
product
improves
elasBcity
and
elasBc
recovery.
Nonionic
micro
silicone
emulsion.
SoGblue
ELASTIC
is
a
special
product
improves
elasBcity
and
elasBc
recovery.
APPLICATION
:
Recipe
:
Micro
Silicone
Recipe
3
–
5
gr/lt
SoGblue
ELASTIC
pH:
5-‐5,5
Temp
:
35-‐40
°C
Time:
10
min
Drain
40. Special
Effects
Coatblue
P-‐SOFT
:
Polyurethane
Emulsion
For
SoG
Handle
Coatblue
P-‐M
:
Polyurethane
Emulsion
For
Medium
Handle
Coatblue
P-‐H
:
Polyurethane
Emulsion
For
SBff
Hand
Coatblue
P-‐C
:
CaBonic
Polyurethane
Emulsion
Coatblue
P-‐Shine
:
Polyurethane
Emulsion
For
SoG
Hand
AndShinny
Effect
Coatblue
ASA
:
AnB-‐slippary
Agents
Coatblue
PE
:
Polyethylene
Emulsion
Coatblue
Thick-‐A
:
Thickener
Coatblue
Thick-‐B
:
Thickener
Artblue
OILY
:
Special
Product
For
Oily
Effect
41. Coatblue
P-‐SOFT
Polyurethane
Emulsion
For
SoG
Handle
USES:
It
is
suitable
for
very
soG,
highly
elasBc
coaBngs
with
gum-‐
like
surface.
CoaBng
agent
with
very
soG
,
sBcky
,
highly
elasBc
and
transparent
film.
APPLICATION
:
Recipe
1
:
Polyurethane
Emulsion
For
SoG
Handle
200
gr
Resinblue
200
gr
Coatblue
P-‐SOFT
600
gr
Water
Spray
Drying
at
100
°C
for
10
min
Curing
at
155
°C
for
15
min
Recipe
2
CoaBng
with
soG
handle
and
bright
looking
400
gr
Coatblue
P-‐SOFT
600
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
42. Coatblue
P-‐SOFT
Polyurethane
Emulsion
For
SoG
Handle
Recipe
3
:
CoaBng
with
extra
bright
looking
and
extra
soG
handle
400
gr
Coatblue
P-‐SOFT
100
gr
SoGblue
MIC
500
gr
Water
X
gr
Pigment
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
Recipe
4
:
Bright
and
slippery
handle
coaBng
200
gr
Resinblue
100
gr
Coatblue
P-‐SOFT
100
gr
Coatblue
PE
20
gr
Resinblue
ML
600
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
43. Coatblue
P-‐M
Polyurethane
Emulsion
For
Medium
Hand
USES:
CoaBng
agent
for
medium
hard
film
with
good
adhesion
properBes.
APPLICATION
:
Recipe
1
:
Polyurethane
Emulsion
For
Medium
Handle
200
gr
Resinblue
Spray
200
gr
Coatblue
P-‐M
Drying
at
100°C
for
10min.
600
gr
Water
Curing
at
155°C
for
15min.
Recipe
2
:
CoaBng
with
soG
handle
and
bright
looking
500
gr
Coatblue
P-‐SOFT
500
gr
Water
Spray
X
gr
Pigment
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
44. Coatblue
P-‐M
Polyurethane
Enulsion
For
Medium
Hand
Recipe
3
:
CoaBng
with
extra
bright
looking
and
extra
soG
handle
450
gr
Coatblue
P-‐M
100
gr
Coatblue
PE
50
gr
SoGblue
MIC
500
gr
Water
X
gr
Pigment
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
Recipe
4
:
Bright
and
slippery
handle
coaBng
200
gr
Coatblue
P-‐M
100
gr
SoGblue
ELASTIC
100
gr
SoGblue
MAC
600
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
45. Coatblue
P-‐H
Polyurethane
Emulsion
For
SBff
Handle
USES:
CoaBng
agent
for
very
hard
film
with
very
good
adhesion
properBes
and
suitable
for
manufacturing
plisse
arBcles.
APPLICATION
:
Recipe
1
:
Polyurethane
Emulsion
For
SBff
Handle
200
gr
Resinblue
150
gr
Coatblue
P-‐H
600
gr
Water
Recipe
2
150
gr
Coatblue
P-‐H
100
gr
Coatblue
PE
50
gr
SoGblue
MIC
50
gr
SoGblue
MAC
650
gr
Water
46. Coatblue
P-‐C
CaBonic
Polyurethane
Emulsion
USES:
CaBonic
coaBng
agent
for
ge?ng
soG
handle
effect
and
high
stability
to
hydrolysis
APPLICATION
:
Recipe
1
:
Polyurethane
Emulsion
For
SoG
Handle
200gr
Resinblue
Spray
200gr
Coatblue
P-‐C
Drying
at
100
°C
for
10
min
600
gr
Water
Curing
at
155
°C
for
15
min
Recipe
2
CoaBng
with
soG
handle
and
bright
looking
400gr
Coatblue
P-‐C
Spray
600
gr
Water
Drying
at
100
°C
for
10
min
Curing
at
155
°C
for
15
min
47. Coatblue
P-‐C
CaBonic
Polyurethane
Emulsion
Recipe
3
:
CoaBng
with
extra
bright
looking
and
extra
soG
handle
450
gr
Coatblue
P-‐C
100
gr
Coatblue
PE
Spray
120
gr
SoGblue
MIC
Drying
at
100
°C
for
10
min
330
gr
Water
Curing
at
155
°C
for
15
min
X
gr
Pigment
Recipe
4
:
Bright
and
slippery
handle
coaBng
500
grCoatblue
P-‐C
100
grSoGblue
MIC
Spray
100
grSoGblue
ELASTIC
Drying
at
100
°C
for
10
min
300
gr
Water
Curing
at
155
°C
for
15
min
48. Coatblue
P-‐SHINE
Polyurethane
Emulsion
For
SoG
Hand
and
Shinny
Effect
USES:
CaBonic
coaBng
agent
for
ge?ng
soG
handle
effect
and
high
stability
to
hydrolysis
APPLICATION
:
Recipe
1
:
Polyurethane
Emulsion
For
SoG
Handle
200
gr
Resinblue
200
gr
Coatblue
P-‐SHINE
600
gr
Water
Spray
Drying
at
100
°C
for
10
min
Curing
at
155
°C
for
15
min
Recipe
2
:
CoaBng
with
soG
handle
and
bright
looking
500
gr
Coatblue
P-‐SHINE
600
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
49. Coatblue
P-‐SHINE
Polyurethane
Emulsion
For
SoG
Hand
and
Shinny
Effect
Recipe
3
:
CoaBng
with
extra
bright
looking
and
extra
soG
handle
450
gr
Coatblue
P-‐SHINE
100
gr
Coatblue
PE
50
gr
SoGblue
MIC
400
gr
Water
X
gr
Pigment
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
Recipe
4
:
Bright
and
slippery
handle
coaBng
500
gr
Coatblue
P-‐SHINE
100
gr
SoGblue
MIC
100
gr
SoGblue
ELASTIC
300
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
50. Coatblue
ASA
Polyurethane
Emulsion
For
SBff
Handle
USES:
CombinaBon
Of
Special
Polymers
For
Ge?ng
AnB-‐slippary
Effect.
White
Emulsion
CompaBble
With
Nonionic
And
CaBonic
Substances
Has
Excellent
AnB-‐slippery
Effect
Does
Not
NegaBve
Effect
To
The
SoG
Handle
Of
Material
APPLICATION
:
Recipe
1
:
AnB-‐
Slippary&
Paper
Effect
200
-‐
400
gr
Coatblue
ASA
800
-‐
600
gr
Water
Spray
Drying
at
100
°C
for
15
min
Recipe
2
100
–
200
gr
Coatblue
ASA
Dipping
Drying
at
80°C
for
40min
Recipe
3
8
–
10
gr/lt
Coatblue
ASA
ExhausBng
Drying
at
80°C
for
40min.
51. Coatblue
PE
Polyethylene
Emulsion
USES:
Strength
improver
in
resin
finishing
as
well
as
other
finishing
applicaBons
.
Products
gives
soGness
and
sweability
property
to
the
material.
Dilutable
in
cold
water
High
smoothness
and
slippery
effects
Lower
fricBon
values
Improves
tear
strength
of
the
finish
good
APPLICATION
:
Recipe
1
:
Resin
finishing
with
high
strength
50
–
100
gr/l
CoatbluePE
150
–
300
gr/l
Resinblue
50
–
100
gr/l
Resinblue
NOTEAR
750
-‐
500
gr
Water
Spray
Drying
at
100
°C
for
10
min
Curing
at
155
°C
for
15
min
Recipe
2
CoaBng
with
soG
handle
and
bright
looking
5
gr/l
CoatbluePE
ExhausBng
3
gr/l
Resinblue
NOTEAR
Temperature
30
–
35
°C
DuraBon
10
–
15
min.
Tumbler
Drying
70
°C
for
40
min.
52. Coatblue
PE
Polyethylene
Emulsion
Recipe
3
:
CoaBng
with
extra
bright
looking
and
extra
soG
handle
450
gr
Coatblue
P-‐SHINE
100
gr
Coatblue
PE
50
gr
SoGblue
MIC
400
gr
Water
X
gr
Pigment
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
Recipe
4
:
Bright
and
slippery
handle
coaBng
500
gr
Coatblue
P-‐E
100
gr
SoGblue
MIC
100
gr
SoGblue
ELASTIC
300
gr
Water
Spray
Drying
at
100°C
for
10min.
Curing
at
155°C
for
15min.
53. Artblue
OILY
Special
Product
For
OILY
Effecy
USES:
Special
product
for
oily
effect
APPLICATION
:
Recipe
1
:
300
gr/lt
Artblue
OILY
50
gr/lt
Coatblue
PE
500
gr/lt
Water
Curing
at
55°C
for
15
min
54. Coatblue
Thick
–
A
Thickener
of
Resin
USES:
Natural
thickener
for
prinBng
of
reacBve
and
dispers
dyes
to
the
fabric
made
from
CO
and
PES
fibers
and
their
blends.
APPLICATION
:
Recipe
1
:
CoaBng
Recipe
of
Resin
300
gr/lt
Coatblue
P-‐
SOFT
50
gr/lt
Coatblue
PE
30
gr/lt
SoGblue
MAC
5
gr/lt
NH3
X
gr/lt
Coatblue
Thick
–
A
Drying
at
120
°C
for
1
min
Calendaring
–
Press-‐
150
°C
Curing
at
!80°C
for
1
min
55. Coatblue
Thick
–
B
Thickener
of
Resin
USES:
Natural
thickener
for
prinBng
of
reacBve
and
dispers
dyes
to
the
fabric
made
from
CO
and
PES
fibers
and
their
blends.
APPLICATION
:
Recipe
1
:
CoaBng
Recipe
of
Resin
100
gr/lResinblue
100
gr/lCoatblue
P-‐
SOFT
30
gr/lSoGblue
MAC
5
gr/l
NH3
X
gr/ltCoatblue
Thick
–
B
Drying
at
120
°C
for
1
min
Calendaring
–
Press-‐
150
°C
Curing
at
!80°C
for
1
min