Resist dyeing is a traditional textile dyeing method that creates patterns by preventing dye from reaching all areas of the cloth. Common resist techniques include using wax, paste, stitching or tying parts of the cloth to block dye absorption, or applying a chemical that repels a second dye applied over the top. Well-known resist dyeing styles are tie-dye, where fabric is folded, twisted and bound before dyeing, and batik, which uses wax as the resist.
Garment dyeing is a process that applies color to grey garments. It allows for flexibility in dye shades and finishes as well as quick response to changing fashion trends. There are various techniques used for garment dyeing including tie dyeing, dip dyeing, spray dyeing, tinting, over dyeing, cold dyeing, and top dyeing. Garment dyeing has advantages like flexibility and low inventory but also has disadvantages like higher rejection rates and poorer color reproducibility compared to fabric dyeing.
The document discusses resist printing techniques, specifically focusing on batik printing. It provides background on batik, noting it originated in Egypt and was later practiced in other parts of Asia and Africa. The document describes the batik printing process, which involves applying wax resist to fabric before dyeing to create patterns. Different regions known for batik printing are highlighted, as well as the raw materials and techniques used. A brief overview of tie-dye printing is also provided.
Textile designing involves applying patterns and designs to fabric surfaces. There are several techniques for constructing and decorating fabric, including weaving, knitting, printing, and dyeing. Common printing methods are hand block printing, roller printing, screen printing, and 3D printing, which apply colored designs to fabric. Dyeing techniques like tie-dye, resist dyeing, and discharge dyeing impart patterns by controlling how the fabric is immersed in dye baths or preventing dye from reaching all areas.
Now Tie dyeing is become very popular. It is same as that of batik printing but here the dye is resisted by knots that are tied in the cloth before it is immersed in dye bath. The outside of the knotted portion is dyed, but inside is not penetrated if the knot is firmly tied. This gives a characteristic blurred or mottled effect.
The slides will help someone to know basic things on textile technology. Introductory knowledge on textile technology that will help to get introduction. The slides are prepared for some other engineering working in textile sector, specially for energy and water efficiency.
This document summarizes an assignment for a textile design student named Hamza Siddique. The assignment involved remaking a previous design and developing a design based on an ethnic theme. It describes including a color palette, final design, negatives, and 3D design effects. It also lists different printing and beading techniques used on fabric panels like screen printing, foil printing, and embroidery. These techniques were applied to fabrics like fleece, cotton, and jersey.
Resist dyeing is a traditional textile dyeing method that creates patterns by preventing dye from reaching all areas of the cloth. Common resist techniques include using wax, paste, stitching or tying parts of the cloth to block dye absorption, or applying a chemical that repels a second dye applied over the top. Well-known resist dyeing styles are tie-dye, where fabric is folded, twisted and bound before dyeing, and batik, which uses wax as the resist.
Garment dyeing is a process that applies color to grey garments. It allows for flexibility in dye shades and finishes as well as quick response to changing fashion trends. There are various techniques used for garment dyeing including tie dyeing, dip dyeing, spray dyeing, tinting, over dyeing, cold dyeing, and top dyeing. Garment dyeing has advantages like flexibility and low inventory but also has disadvantages like higher rejection rates and poorer color reproducibility compared to fabric dyeing.
The document discusses resist printing techniques, specifically focusing on batik printing. It provides background on batik, noting it originated in Egypt and was later practiced in other parts of Asia and Africa. The document describes the batik printing process, which involves applying wax resist to fabric before dyeing to create patterns. Different regions known for batik printing are highlighted, as well as the raw materials and techniques used. A brief overview of tie-dye printing is also provided.
Textile designing involves applying patterns and designs to fabric surfaces. There are several techniques for constructing and decorating fabric, including weaving, knitting, printing, and dyeing. Common printing methods are hand block printing, roller printing, screen printing, and 3D printing, which apply colored designs to fabric. Dyeing techniques like tie-dye, resist dyeing, and discharge dyeing impart patterns by controlling how the fabric is immersed in dye baths or preventing dye from reaching all areas.
Now Tie dyeing is become very popular. It is same as that of batik printing but here the dye is resisted by knots that are tied in the cloth before it is immersed in dye bath. The outside of the knotted portion is dyed, but inside is not penetrated if the knot is firmly tied. This gives a characteristic blurred or mottled effect.
The slides will help someone to know basic things on textile technology. Introductory knowledge on textile technology that will help to get introduction. The slides are prepared for some other engineering working in textile sector, specially for energy and water efficiency.
This document summarizes an assignment for a textile design student named Hamza Siddique. The assignment involved remaking a previous design and developing a design based on an ethnic theme. It describes including a color palette, final design, negatives, and 3D design effects. It also lists different printing and beading techniques used on fabric panels like screen printing, foil printing, and embroidery. These techniques were applied to fabrics like fleece, cotton, and jersey.
This document discusses resist printing and batik printing techniques. It explains that resist printing involves applying a substance called a "resist" to parts of the fabric to prevent dye absorption. There are two main types of resist printing: batik printing and tie-dye printing. Batik printing involves applying melted wax in desired patterns using tools like brushes or stamps before dyeing. Tie-dye involves binding, folding or knotting parts of the fabric to prevent dye penetration and create patterns. The document provides detailed descriptions and examples of different batik and tie-dye techniques.
This document provides information about dyeing finished garments. It discusses categories of garment dyeing, reasons for dyeing garments, selection of materials, dyes used for cotton garments, dyeing machines, processing machines, dyeing sequences for woven and knit garments, dyeing techniques, special chemicals, finishing processes, smart colorants, constraints of post-dyeing, recent developments, advantages and disadvantages of garment dyeing, comparison to fabric dyeing, problems that can occur, causes and effects of those problems, precautions to take before dyeing, and ways to avoid environmental hazards.
This document presents a presentation on dyeing problems and remedies given by five students. It begins by introducing the basic process of dyeing textiles and some key factors. It then shows that the most common dyeing problems occur during pretreatment (21%), dyeing and printing (23%), finishing (11%), biological and machine issues (24%), and other diverse problems (22%). The document provides details on common pretreatment, dyeing, and yarn defects and their potential causes. It lists remedies for many of the problems discussed. Finally, it provides five tips for remedying dyeing problems, emphasizing getting processes right the first time through process control and understanding causes before finding solutions.
This document provides information on various tie dye and block printing techniques. It discusses 5 tie dye methods - straight lines, circles, bullseye, diamond pattern, and stripes. For each method it describes the technique, materials used, and provides a sample image. It also discusses block printing, describing features of the process and providing examples of half drop, border, mirror image border, diamond repeat, and block repeat with two colors techniques. For each printing sample it lists the materials, colors, and provides an image.
Aksay Sharma,B.Sc-fashion Technology ,+ 2 years diploma dezyneecole
This document summarizes various surface design techniques for fabric including printing methods like screen printing and block printing. It also discusses fabric manipulation methods such as tie-dye, shibori, and pleating. Examples of each technique are provided along with considerations for selecting a technique based on the fabric type and intended use. The document was submitted by Akshay Sharma for their studies in fashion technology.
Wet processing involves treating fabrics under wet conditions using large amounts of water. It includes preparatory processes like singeing, desizing, and scouring to remove impurities from grey cloth. Then bleaching, dyeing, printing, and mercerization are carried out to impart color and properties. Finishing is done last to provide desirable appearance, feel, and durable functional properties. Wet processing transforms grey cloth into finished fabrics through chemical and mechanical treatments.
There are three main steps in the wet processing system: pretreatment, coloring, and finishing. Pretreatment prepares the fabric fibers and includes steps like singeing, desizing, scouring, and bleaching. Coloring involves dyeing and printing the fabric. Finishing concludes the process and can include softening, wrinkle resistance, or water repellency. Yarn dyeing occurs before weaving or knitting and allows for patterns like stripes. Common yarn dyeing methods are skein/hank dyeing, package dyeing, warp-beam dyeing, and space dyeing. Modern machines have been developed to dye yarns efficiently and uniformly at large scales.
This presentation summarizes the process of sizing for textiles. Sizing involves applying a coating to warp yarns to minimize breakage during weaving. The objectives of sizing are to increase smoothness, strength and elasticity while reducing hairiness. Common sizing ingredients include starch, softeners, binders and antiseptics. Different types of sizing are used depending on the fabric, from pure to heavy. Sizing techniques include hot melt, solvent and foam methods. Key parts of a sizing machine and common sizing faults are also outlined.
Tie dye is a technique for dyeing fabrics that results in interesting colorful patterns by crumpling, pleating, or folding fabric and tying it with string. Common fabrics used are cotton t-shirts, silk scarves, bed sheets, and clothing. The document describes several tie dye techniques including making stripes by rolling the fabric and tying loops, spirals by folding the fabric around a central point, dots by tying small pinched sections, floral dots by grouping pinched sections, and the accordion fold technique. The easiest method is crumpling the fabric randomly and wrapping strings all over it without following a pattern.
The document discusses textile finishing processes. It describes various pre-finishing, dyeing, and finishing operations that are performed on textiles to prepare and treat the materials. These include pre-treatments like washing, bleaching, and sizing. Dyeing methods like reactive, azo, and sulphur dyeing are also outlined. The document then explains different mechanical and chemical finishing processes that can be applied to textiles to improve characteristics like touch, strength and care properties. These finishing treatments are important to make textiles suitable for various end uses.
Heena Soni,B.Sc fashion Technology+2 years Diplomadezyneecole
This document discusses textile printing techniques and provides examples of different types of prints. It begins by defining textile printing as applying color to fabric in defined patterns or designs so that the color is bonded to the fiber and resistant to washing and friction. It then describes various printing methods like using wooden blocks, stencils, engraved plates, rollers, or screens to place colors on fabric. The document goes on to list and provide examples of different types of prints like checks, stripes, geometric patterns, polka dots, and floral prints. It concludes by thanking the reader.
This document provides an overview of various textile processing steps, including:
1) Singeing, which burns off loose fibers to improve fabric quality;
2) Desizing to remove starch sizing using water, acid, or enzymes;
3) Scouring to remove oils and dirt to make fabric absorbent;
4) Bleaching to remove color using hydrogen peroxide, sodium hypochlorite, or sodium chlorite;
5) Dyeing by immersing fabric in dye solutions using different dyes for different fibers.
Space dyeing is a technique that dyes yarn in multiple colors along its length to create abstract patterns. It involves dyeing yarn skeins, packages, or hanks with different colors in discrete spaced areas. This produces uniquely patterned yarns that make vividly designed fabrics when knitted, woven, or otherwise constructed. Key methods include knit-de-knit, package dyeing, pot and hank dyeing. Mordants are used to fix dyes. Space dyeing uses less dye and chemicals than solid dyeing while allowing multi-color effects in a single yarn. Applications include knitwear, home textiles, and carpets.
The document discusses various aspects of dyeing textiles, including:
1) Dyeing can be done at any stage of textile manufacturing (fiber, yarn, fabric) and involves coloring the substrate using dyes and pigments.
2) Dyes are applied through adsorption and become fixed to the textile through bonding or physical entanglement.
3) Proper dye selection and application process are important to avoid dyeing faults like uneven or patchy coloring.
4) Different dyeing machines like jiggers and winches are used depending on the material and process needs.
This document discusses textile finishing processes. It begins with an overview of finishing and definitions of dyeing and printing. It then provides flow charts of finishing processes for open and tube fabrics. The document outlines various dyeing and printing methods and types of finishing treatments including mechanical, chemical, and standard finishes. It concludes by stating that finishing processes can make fabrics more receptive to dyes, remove wrinkles, alter texture, and add qualities like stain resistance.
Detection of faults during production of knitted fabric is crucial for improved quality and productivity. The yarn input tension is an important parameter that can he used for this purpose. We can Problems faced in the Knitted Fabrics, due to the Dyeing & Finishing processes
The document discusses various printing techniques used in the textile industry. It describes techniques such as direct printing, discharge printing, resist printing, block printing, roller printing, screen printing, flat-screen printing, rotary screen printing, transfer printing, stencil printing, digital printing, batik printing, tie & dye, flock printing, flex printing and foil printing. For each technique, it provides details on the process involved and advantages and disadvantages. Key techniques include screen printing, which uses a screen to apply dye or ink in a pattern, and rotary screen printing, which uses revolving cylinders to print multiple colors simultaneously at higher speeds than flat screen printing.
Assignment on latest development on dyeing techniqueShawan Roy
The document summarizes various dyeing techniques used in textiles, including:
- Direct application and yarn dyeing, where dyes are directly applied to fibers or yarns
- Resist dyeing techniques like tie-dye, shibori, and ikat that use bindings to prevent dye penetration and create patterns
- Modern techniques like ice dyeing where dye is applied to textiles covered in ice to produce unique effects as the ice melts
This document discusses resist printing and batik printing techniques. It explains that resist printing involves applying a substance called a "resist" to parts of the fabric to prevent dye absorption. There are two main types of resist printing: batik printing and tie-dye printing. Batik printing involves applying melted wax in desired patterns using tools like brushes or stamps before dyeing. Tie-dye involves binding, folding or knotting parts of the fabric to prevent dye penetration and create patterns. The document provides detailed descriptions and examples of different batik and tie-dye techniques.
This document provides information about dyeing finished garments. It discusses categories of garment dyeing, reasons for dyeing garments, selection of materials, dyes used for cotton garments, dyeing machines, processing machines, dyeing sequences for woven and knit garments, dyeing techniques, special chemicals, finishing processes, smart colorants, constraints of post-dyeing, recent developments, advantages and disadvantages of garment dyeing, comparison to fabric dyeing, problems that can occur, causes and effects of those problems, precautions to take before dyeing, and ways to avoid environmental hazards.
This document presents a presentation on dyeing problems and remedies given by five students. It begins by introducing the basic process of dyeing textiles and some key factors. It then shows that the most common dyeing problems occur during pretreatment (21%), dyeing and printing (23%), finishing (11%), biological and machine issues (24%), and other diverse problems (22%). The document provides details on common pretreatment, dyeing, and yarn defects and their potential causes. It lists remedies for many of the problems discussed. Finally, it provides five tips for remedying dyeing problems, emphasizing getting processes right the first time through process control and understanding causes before finding solutions.
This document provides information on various tie dye and block printing techniques. It discusses 5 tie dye methods - straight lines, circles, bullseye, diamond pattern, and stripes. For each method it describes the technique, materials used, and provides a sample image. It also discusses block printing, describing features of the process and providing examples of half drop, border, mirror image border, diamond repeat, and block repeat with two colors techniques. For each printing sample it lists the materials, colors, and provides an image.
Aksay Sharma,B.Sc-fashion Technology ,+ 2 years diploma dezyneecole
This document summarizes various surface design techniques for fabric including printing methods like screen printing and block printing. It also discusses fabric manipulation methods such as tie-dye, shibori, and pleating. Examples of each technique are provided along with considerations for selecting a technique based on the fabric type and intended use. The document was submitted by Akshay Sharma for their studies in fashion technology.
Wet processing involves treating fabrics under wet conditions using large amounts of water. It includes preparatory processes like singeing, desizing, and scouring to remove impurities from grey cloth. Then bleaching, dyeing, printing, and mercerization are carried out to impart color and properties. Finishing is done last to provide desirable appearance, feel, and durable functional properties. Wet processing transforms grey cloth into finished fabrics through chemical and mechanical treatments.
There are three main steps in the wet processing system: pretreatment, coloring, and finishing. Pretreatment prepares the fabric fibers and includes steps like singeing, desizing, scouring, and bleaching. Coloring involves dyeing and printing the fabric. Finishing concludes the process and can include softening, wrinkle resistance, or water repellency. Yarn dyeing occurs before weaving or knitting and allows for patterns like stripes. Common yarn dyeing methods are skein/hank dyeing, package dyeing, warp-beam dyeing, and space dyeing. Modern machines have been developed to dye yarns efficiently and uniformly at large scales.
This presentation summarizes the process of sizing for textiles. Sizing involves applying a coating to warp yarns to minimize breakage during weaving. The objectives of sizing are to increase smoothness, strength and elasticity while reducing hairiness. Common sizing ingredients include starch, softeners, binders and antiseptics. Different types of sizing are used depending on the fabric, from pure to heavy. Sizing techniques include hot melt, solvent and foam methods. Key parts of a sizing machine and common sizing faults are also outlined.
Tie dye is a technique for dyeing fabrics that results in interesting colorful patterns by crumpling, pleating, or folding fabric and tying it with string. Common fabrics used are cotton t-shirts, silk scarves, bed sheets, and clothing. The document describes several tie dye techniques including making stripes by rolling the fabric and tying loops, spirals by folding the fabric around a central point, dots by tying small pinched sections, floral dots by grouping pinched sections, and the accordion fold technique. The easiest method is crumpling the fabric randomly and wrapping strings all over it without following a pattern.
The document discusses textile finishing processes. It describes various pre-finishing, dyeing, and finishing operations that are performed on textiles to prepare and treat the materials. These include pre-treatments like washing, bleaching, and sizing. Dyeing methods like reactive, azo, and sulphur dyeing are also outlined. The document then explains different mechanical and chemical finishing processes that can be applied to textiles to improve characteristics like touch, strength and care properties. These finishing treatments are important to make textiles suitable for various end uses.
Heena Soni,B.Sc fashion Technology+2 years Diplomadezyneecole
This document discusses textile printing techniques and provides examples of different types of prints. It begins by defining textile printing as applying color to fabric in defined patterns or designs so that the color is bonded to the fiber and resistant to washing and friction. It then describes various printing methods like using wooden blocks, stencils, engraved plates, rollers, or screens to place colors on fabric. The document goes on to list and provide examples of different types of prints like checks, stripes, geometric patterns, polka dots, and floral prints. It concludes by thanking the reader.
This document provides an overview of various textile processing steps, including:
1) Singeing, which burns off loose fibers to improve fabric quality;
2) Desizing to remove starch sizing using water, acid, or enzymes;
3) Scouring to remove oils and dirt to make fabric absorbent;
4) Bleaching to remove color using hydrogen peroxide, sodium hypochlorite, or sodium chlorite;
5) Dyeing by immersing fabric in dye solutions using different dyes for different fibers.
Space dyeing is a technique that dyes yarn in multiple colors along its length to create abstract patterns. It involves dyeing yarn skeins, packages, or hanks with different colors in discrete spaced areas. This produces uniquely patterned yarns that make vividly designed fabrics when knitted, woven, or otherwise constructed. Key methods include knit-de-knit, package dyeing, pot and hank dyeing. Mordants are used to fix dyes. Space dyeing uses less dye and chemicals than solid dyeing while allowing multi-color effects in a single yarn. Applications include knitwear, home textiles, and carpets.
The document discusses various aspects of dyeing textiles, including:
1) Dyeing can be done at any stage of textile manufacturing (fiber, yarn, fabric) and involves coloring the substrate using dyes and pigments.
2) Dyes are applied through adsorption and become fixed to the textile through bonding or physical entanglement.
3) Proper dye selection and application process are important to avoid dyeing faults like uneven or patchy coloring.
4) Different dyeing machines like jiggers and winches are used depending on the material and process needs.
This document discusses textile finishing processes. It begins with an overview of finishing and definitions of dyeing and printing. It then provides flow charts of finishing processes for open and tube fabrics. The document outlines various dyeing and printing methods and types of finishing treatments including mechanical, chemical, and standard finishes. It concludes by stating that finishing processes can make fabrics more receptive to dyes, remove wrinkles, alter texture, and add qualities like stain resistance.
Detection of faults during production of knitted fabric is crucial for improved quality and productivity. The yarn input tension is an important parameter that can he used for this purpose. We can Problems faced in the Knitted Fabrics, due to the Dyeing & Finishing processes
The document discusses various printing techniques used in the textile industry. It describes techniques such as direct printing, discharge printing, resist printing, block printing, roller printing, screen printing, flat-screen printing, rotary screen printing, transfer printing, stencil printing, digital printing, batik printing, tie & dye, flock printing, flex printing and foil printing. For each technique, it provides details on the process involved and advantages and disadvantages. Key techniques include screen printing, which uses a screen to apply dye or ink in a pattern, and rotary screen printing, which uses revolving cylinders to print multiple colors simultaneously at higher speeds than flat screen printing.
Assignment on latest development on dyeing techniqueShawan Roy
The document summarizes various dyeing techniques used in textiles, including:
- Direct application and yarn dyeing, where dyes are directly applied to fibers or yarns
- Resist dyeing techniques like tie-dye, shibori, and ikat that use bindings to prevent dye penetration and create patterns
- Modern techniques like ice dyeing where dye is applied to textiles covered in ice to produce unique effects as the ice melts
Dyeing textiles involves immersing fabric in dye to change its color. Chemical dyeing uses pigment dyes and salts to fix colors, allowing home dyeing. Industrial dyeing methods include pad, semi-continuous, and batch processes but cause pollution requiring treatment of waste. Specialized dyeing techniques produce patterns, including tie-dye which binds fabric, dip dyeing which dips parts of fabric, and batik which applies hot wax as a resist for some areas. Proper fabric preparation and following dye instructions are important to achieve intended color results without damage.
Digital printing write up (jatin singhal, 12tt031)jatinckd
Digital printing began in the early 1990s and its viability was initially doubted due to the extreme demands of textile applications. Digital printing involves using printing systems to print digital data directly onto fabric without the need for printing plates. This avoids waste and is more environmentally friendly than traditional methods. In digital printing, designs are created digitally and exported as image files to the printer. The substrate must undergo pretreatment before printing to prepare it for ink fixation. The amount of ink applied in digital printing is much lower than traditional methods, so pretreatment is important for sufficient color yield.
This document provides an overview of the manufacturing process and chemicals used in the denim industry. It discusses the evolution of denim fabric and defines key terms. The manufacturing process involves several steps: warping, indigo dyeing via chemical reduction and oxidation methods, sizing, weaving, and finishing. Various chemicals are used at different stages, including pre-treatment chemicals, dyeing chemicals, sizing agents, printing/coating chemicals, and finishing chemicals. Hazards associated with different chemicals are also reviewed. Process control is important for indigo dyeing quality. The document is a comprehensive reference on denim production and the involved chemicals.
This document provides details about various woven dyeing processes. It begins with an introduction to dyeing technology and lists the main types of fabrics - woven, knitted, and non-woven. It then outlines the typical steps in woven fabric dyeing, from inspection to packing. Several dyeing methods are described, including direct dyeing and yarn dyeing. Key dyeing machines like jet, overflow, airflow and jigger dyeing machines are explained. Limitations of jigger dyeing are also noted.
Draping fabric on a dress form is an important skill for fashion designers. It allows them to experiment with different dart and seam placements to achieve the perfect garment fit before finalizing the design. In contrast to sketching alone, draping provides a hands-on way to visualize how fabric will hang and move on the body. This trial-and-error process is especially useful for delicate fabrics like lingerie or complex designs seen in high fashion. While draping eliminates the need to add wearing ease estimates, an accurate dress form and stable fabric are required to transfer the design successfully to a paper pattern.
The document provides an overview of different textile manufacturing processes, focusing on fabric coloration methods. It discusses the two main methods - dyeing and printing. For dyeing, it describes different dye types and dyeing processes like direct dyeing, stock dyeing, yarn dyeing, and piece dyeing. It provides details on each process and the types of fabrics they are suited for. The summary highlights the key coloration methods covered in the document.
Heena Soni,B.Sc fashion Technology+2 years Diplomadezyneecole
This document provides information about the art of tie and dye. It discusses various tie and dye techniques from different cultures like India and Japan. In India, popular techniques mentioned are bandhni and leheriya which produce stripes. The document also explains the expensive Indian technique of ikkat where dye is applied before weaving. For Japan, it describes shibori, a resist dyeing method where fabric is folded, crumpled or stitched before dyeing to create patterns. The document appears to be a student project submitted by Heena Soni about tie and dye techniques along with assignments showcasing her creations.
Here are the answers to the problems:
1. Textile printing is the localized application of dyes or pigments and chemicals by any method which can produce particular effect of color on the fabric according to the design.
2. I have already stated the functions of different print paste ingredients with examples in the previous content.
3. The various stages of textile printing are: fabric preparation, design selection, print paste preparation, printing, drying, steaming, washing and soaping, and final drying.
4. Oxidizing agents assist dye fixation and color development during steaming. Alkalis help develop and fix dyes permanently on the fabric. Urea absorbs moisture from air and assists dye fixation.
This document summarizes potential problems that can occur during the coloring of cotton textiles. It discusses issues that can originate from the cotton fiber itself, such as problems caused by immature/dead cotton fibers or fiber contaminants. It also reviews problems that can occur during yarn formation or other textile processing stages prior to dyeing. The document aims to provide an overview of the cotton textile production process and identify key stages where problems leading to poor dyeing results can originate, in order to help troubleshoot coloration issues.
The document provides information about discharge printing, which is a textile printing process where a bleaching agent is printed onto previously dyed fabrics to remove some or all of the original color. It discusses how discharge printing works, the required fabrics, discharge agents used, importance of discharge styles, discharge screen printing process, positives and negatives of discharge screen printing, and how cotton and polyester fabrics give different results. The document contains detailed technical explanations and considerations for discharge printing.
Portfolio Of Student Of Dezyne E'cole College , Darshna Banthiya, Second Year Fashion Design.This Is The Portfolio Of Her Work From Second Year .For More Details Visit www.dezyneecole.com
Louise T Davies and Heidi Ambrose Brown led a workshop on making GCSE textiles learning more active and engaging. They demonstrated several hands-on activities teachers could do with students to reinforce key concepts like fiber properties, fabric construction, and 3D shaping. These included dyeing fiber samples, finger knitting, and modeling with non-woven fabrics. The presenters emphasized learning by doing and giving students opportunities to apply their skills through focused practical tasks and design projects. Upcoming professional development events were also announced.
new field of textile students may have interest in it.Amit Yadav
This document provides information about a GCSE Textiles Technology workshop hosted by the Design and Technology Association. It introduces the presenters and outlines the session's focus on developing practical tasks to help students learn skills and knowledge required for GCSEs, including properties of fibers, fabric construction, and 3D work. The workshop provides ideas for hands-on activities using materials like dyes, nonwoven fabrics, and paper templates to help students understand topics like fiber properties, fabric construction methods, and shaping textiles. It aims to make learning more active and give students opportunities to apply their knowledge to different design problems.
Value addition involves processes that increase the aesthetic appeal and price of garments without affecting quality. This includes finishing techniques, printing designs, and adding embellishments like embroidery. Finishing prepares fabrics for specific uses and makes them more attractive. Printing involves applying dye designs through various methods. Embellishments such as buttons, zippers, and embroidery are also forms of value addition. Special processes like tie-dye, batik, and quilting can further enhance garments. Overall, value addition improves garments both visually and economically.
This document summarizes different textile techniques taught in a creative textiles class, including embroidery, yarn crafts, fabric manipulation, quilting, tie dye, and block printing. For each technique, there is a brief definition and examples provided. The document concludes with final samples created by a student exploring the theme of "delicate/soft" through different combinations of techniques like crochet, pleating, transparency, and crystal embellishments.
Fashion draping is an important process in fashion design where fabric is positioned and pinned on a dress form to develop a garment's structure. Muslin fabric is commonly used for draping as it is inexpensive and comes in various weights. The draping process involves selecting initial fabric, tearing it to shape, blocking and pressing it to form, and adding seam allowances. Draping allows designers to visualize how a dress will look and make adjustments before cutting, while reducing fabric waste. It is considered an important process used by many top fashion brands.
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This document is a project report submitted by Harsha Chhaparwal, a second year fashion design student, toward fulfilling the requirements of a two-year diploma in fashion design. The project focused on print development, where the student learned about various Indian art and craft techniques for creating motifs. Under faculty guidance, the student explored different print creation methods like block printing and developed a print design for bedsheets using software. The report includes sections on print types, case studies, market research, inspiration boards, and the final bedsheet design and specification sheet.
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NHL Stenden University of Applied Sciences Diploma Degree Transcript
Ayushi Khilani ,NSQF Level-6, Fashion Design
1. A new interest
in
More
sophisticated
tie and dye is
emerging in
the fashion
industry, a
focus on
fashionable
garments and
fabrics
continue to
pursue tie and
dye as an art
form rather
than a
commodity.
ASSIGNMENT
Submitted By:
AYUSHI KHILANI
B.Sc. Ft 2nd Yr. Degree And
Advance Diploma Course
3. 01
INTRODUCTION
Tie and dye is a modern term
invented in the mid 1960s in the
united states for a set of ancient
resist dyeing.
And for the products of these
processes.
The process of tie and dye typically
consist of folding , twisting , pleating
or crumpling fabric or a garment
and binding with string or
rubberbands , followed by
application of dye .
The manipulations of the
manipulation of the fabric prior to
application of dye are resist dye.
As they partially or completely
prevent the applied dye from
coloring the fabric.
more sophisticated tie and dye
involves additional steps, including
initial application of dye prior to the
resist, multiple sequential dye and
resist steps and the use of other
types of resists and discharge.
4. 02
PROCESS
We teach modern direct application method of tie and dye .im direct
application tie dye. You make small contentrated solution of dye and squirt
the dye onto the fabric.
When using dyes and chemicals it is important to protect your work area,
and always wear gloves and protective clothing .
Following slides will show the process and the techniques involved in this
method of dyeing.
6. 03
TECHNIQUE
Tie and dye is a resist dyeing process in which we apply different
techniques to give it a unique appearance.
Marbelling is one of the technique which is used to give a marbel
effect to the dyed fabric.In this the fabric is bunched up into a ball
and tied with a thread or string to prevent it from opening up.
TWISTING The design produced by twisting and coiling shows a
more definite character than marbelling , the whole lemgth of the
cloth must be immersed in the dye while making .
Knotting is the one of the easiest and quickest method of dyeing it
can be done in various ways. tie and dye is a resist dyeing process
in which we apply different techniques to give used either alone or
as a supplement with other methods. binding applied before the
second dying reserves the first colour .
7. 04
MARBELLING EFFECT
Tie and dye is a resist dyeing
process in which we apply
different techniques to give it a
unique appearance.
Marbelling is one of the technique
which is used to give a marbel
effect to the dyed fabric.In this the
fabric is bunched up into a ball and
tied with a thread or string to
prevent it from opening up.
8. 04
SEWING METHOD
In this method the material is
sewn and tightly gathered up.
Any design like leaves ,
animals is done in a single or a
double row of running stitch.
PATTERN FORMED BY
CURVED TYING
9. 04
SEWING METHOD
In this method the material is
sewn and tightly gathered up.
Any design like leaves ,
animals is done in a single or a
double row of running stitch.
PATTERN FORMED BY
DIAMOND SHAPES
10. 04
TWISTING AND COILING
The design produced by
twisting and coiling shows a
more definite character than
marbelling , the whole length
of the cloth must be
immersed in the dye while
making .
11. 04
TWISTING AND COILING
The design produced by
twisting and coiling shows a
more definite character than
marbelling , the whole length
of the cloth must be
immersed in the dye while
making .
12. 04
TWISTING AND COILING
The design produced by
twisting and coiling shows a
more definite character than
marbelling , the whole length
of the cloth must be
immersed in the dye while
making .
13. 04
TWISTING AND COILING
The design produced by
twisting and coiling shows a
more definite character than
marbelling , the whole length
of the cloth must be
immersed in the dye while
making .
14. 04
FOLDING METHOD
Many striking pattern and
effects especially stripes are
produced by the folding
technique combined with
binding . following is the
detailed drawings of the
process
PATTERN FORMED IN
RADIATING DAIMOND
18. 05
DISCOVERING
Thes are the innovated clips made with fabric and
dyeing processs with dolls dress formed on the clips .
Different colours are creating a look of retro look on the
clips.
Hair clips
19. 05
DISCOVERING
This is the skirt made from
stoll and has been tied and
dyed with tricolored dyes in
different spaces which has
created this pattern of zig zag
lines.
This is stitched in such a
manner that it can be worn
with ease and comfort
accorting to ones wait and
can have multiple folds and
pleats.
MULTIPLE
FOLDING SKIRT
20. 06
BIBLIOGRAPHY
The above information has been taken from varied sources and
some of them are been taken from the text books and the refrence
books. Following are the sources of the information:
• Textbook provided by the institution
• Wikipedia.com
• Reference books of surface design technique