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Process parameter in blow room
Opening in blow room means opening into small flocks. Technological operation of opening means the volume of the flock is increased while the number of fibres remains constant
Opening, cleaning, mixing & blending
The document discusses fibre mixing, opening, cleaning and blending processes in blow rooms. It provides details on the basic operations in a blow room which include opening, cleaning, blending/mixing and lap forming. It describes the various machines, processes and principles involved in blow room operations like opening using spiked lattices and beaters, cleaning using grid bars and air currents, blending using different systems and regulating the fibre flow.
Yarn printing
Yarn printing is a process that applies dyes or pigments to localized areas of yarn to produce color designs. It is also known as space dyeing, which colors specific lengths of yarn individually by injecting colored dye. The yarn is dyed one space at a time through a process of dye application, steam fixation, washing, and drying. This printing technique is used to create patterns on the warp yarns of a fabric before weaving with a plain white filling yarn, resulting in a soft, blurred design on the finished fabric. Yarn printing is used for expensive fabrics like upholstery and cretonnes due to the careful labor required.
sizing of Synthetic yarn
This document discusses sizing of synthetic yarns. It defines sizing as applying a protective adhesive coating to yarn surfaces. Sizing is needed to provide strength and abrasion resistance for weaving. The document describes various synthetic yarns including acrylic, aramids, basofi, chlorofibers, modacrylic, nylon, olefin/polypropylene/polyethylene, sulfar PPS fibres, PBI. Common synthetic sizing agents are listed as polyacrylates, modified polyesters, polyvinyl alcohols and styrol/maleic acid copolymers. Polyvinyl alcohol is described in more detail. Characteristics and applications are
Comber 2015
Combing is a process that removes short fibers and noils from cotton to produce longer, stronger fibers for higher quality yarns. However, combing comes with higher costs than carding, increasing production costs by about $0.30 per kg. The combing process involves several steps, including feeding cotton laps, nipping, combing with cylinders, detaching combed fibers, and extracting noils and waste. Parameters like feed amount, feed type, detachment setting, and comb point density can affect the percentage of noils removed during combing.
Different Spinning Techniques
Spinning is the first steps of textile product processing. The process of making yarns from the textile fiber is called spinning. There are various types of spinning techniques for producing various types of yarn.
Fabric manufacturing-i-sizing
The document discusses sizing, which is the process of applying a protective coating to yarn surfaces to improve weaving efficiency. It defines sizing and describes why it is done for weaving. Various types of sizing are described, such as light, pure, medium and heavy sizing. Key factors to consider for size ingredients and properties of size ingredients are outlined. Common size ingredients for different fiber types like cotton, jute and polyester are listed. The functions of size ingredients and technological changes in yarn properties due to sizing are summarized. Different sizing faults and their causes are described. Finally, drying systems for sized yarn including cylinder drying are briefly discussed.
Recommended
Process parameter in blow room
Opening in blow room means opening into small flocks. Technological operation of opening means the volume of the flock is increased while the number of fibres remains constant
Opening, cleaning, mixing & blending
The document discusses fibre mixing, opening, cleaning and blending processes in blow rooms. It provides details on the basic operations in a blow room which include opening, cleaning, blending/mixing and lap forming. It describes the various machines, processes and principles involved in blow room operations like opening using spiked lattices and beaters, cleaning using grid bars and air currents, blending using different systems and regulating the fibre flow.
Yarn printing
Yarn printing is a process that applies dyes or pigments to localized areas of yarn to produce color designs. It is also known as space dyeing, which colors specific lengths of yarn individually by injecting colored dye. The yarn is dyed one space at a time through a process of dye application, steam fixation, washing, and drying. This printing technique is used to create patterns on the warp yarns of a fabric before weaving with a plain white filling yarn, resulting in a soft, blurred design on the finished fabric. Yarn printing is used for expensive fabrics like upholstery and cretonnes due to the careful labor required.
sizing of Synthetic yarn
This document discusses sizing of synthetic yarns. It defines sizing as applying a protective adhesive coating to yarn surfaces. Sizing is needed to provide strength and abrasion resistance for weaving. The document describes various synthetic yarns including acrylic, aramids, basofi, chlorofibers, modacrylic, nylon, olefin/polypropylene/polyethylene, sulfar PPS fibres, PBI. Common synthetic sizing agents are listed as polyacrylates, modified polyesters, polyvinyl alcohols and styrol/maleic acid copolymers. Polyvinyl alcohol is described in more detail. Characteristics and applications are
Comber 2015
Combing is a process that removes short fibers and noils from cotton to produce longer, stronger fibers for higher quality yarns. However, combing comes with higher costs than carding, increasing production costs by about $0.30 per kg. The combing process involves several steps, including feeding cotton laps, nipping, combing with cylinders, detaching combed fibers, and extracting noils and waste. Parameters like feed amount, feed type, detachment setting, and comb point density can affect the percentage of noils removed during combing.
Different Spinning Techniques
Spinning is the first steps of textile product processing. The process of making yarns from the textile fiber is called spinning. There are various types of spinning techniques for producing various types of yarn.
Fabric manufacturing-i-sizing
The document discusses sizing, which is the process of applying a protective coating to yarn surfaces to improve weaving efficiency. It defines sizing and describes why it is done for weaving. Various types of sizing are described, such as light, pure, medium and heavy sizing. Key factors to consider for size ingredients and properties of size ingredients are outlined. Common size ingredients for different fiber types like cotton, jute and polyester are listed. The functions of size ingredients and technological changes in yarn properties due to sizing are summarized. Different sizing faults and their causes are described. Finally, drying systems for sized yarn including cylinder drying are briefly discussed.
yarn manu. carding,blowroom
This document provides an overview of the yarn manufacturing process known as spinning. It discusses the key steps: (1) selecting textile fibers like cotton, wool, or synthetic fibers, (2) processing the fibers through blow room, carding, drawing, and ring frames to parallelize and draft them, (3) twisting the drafted fibers together to form yarn. The goal is to remove impurities from the fibers and align them in preparation for weaving or knitting into fabric.
Yarn manufacturing 3
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Yarn manufacturing-i-carding
1. The document discusses carding, which is the process of untangling fibers and removing impurities to form a web. It defines carding and describes the objectives of carding such as opening fibers, eliminating impurities, and forming slivers.
2. The types of actions that occur in a carding machine are described, including carding action, stripping action, and doffing action. The working principles of revolving flat and roller carding machines are also outlined.
3. Carding is called the "heart of spinning" because it produces slivers of fiber in a more or less uniform state that are suitable for subsequent spinning processes.
Yarn manufacturing Process : Carding
The document discusses the carding process which involves opening, cleaning and assembling fibers into a sliver through different sections of a carding machine like feed, licker-in, cylinder and doffer. It explains the objectives, necessities and zones of carding along with details of components like types of clothing, their functioning and settings that are important for quality carding. The document also covers developments in carding technology and types of drives used in modern carding machines.
Process control and yarn quality in spinning woodhead publishing-karthik
Process control and yarn quality in spinning woodhead publishing-karthikSVKMs, NMIMS, MPSTME, CTF, Shirpur, Dist. Dhule
This document discusses process control and yarn quality in spinning. It contains 13 chapters that cover various aspects of quality management in the spinning industry such as quality definitions, statistical quality control, raw material selection, control of waste and neps, control of count and strength variation, yarn evenness, short term irregularity, yarn faults, productivity, and yarn quality requirements. The introduction provides an overview of the contents in each chapter.TABLET COMPRESSION MACHINE
The most common method of drug delivery is oral dosage
form of which tablet and capsule are predominant.
Tablet is more accepted as compared to capsule due to
many reason such as cost, tamper resistance, ease of
handling, ease of identification and manufacturing efficiency.
Tablet compression process understanding is resulted in
development of formulation.
Recent advances in the design of tablet compression
equipment has conducted resulted in higher efficiency,
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Relation among gsm,yarn count,stitch length & fabric construction
Relation among gsm,yarn count,stitch length & fabric constructionBGMEA University of Fashion & Technology
This document discusses the relationship between gram per square meter (GSM), yarn count, stitch length, and fabric construction. It provides data on the GSM, yarn count, and stitch length of various knit fabrics including single jersey, interlock, rib fabrics, pique, fleece, and more. The conclusion emphasizes that GSM can vary according to yarn count for the same fabric type. Finished GSM, yarn count, and stitch length are interrelated and important specifications for knit fabric production.Garment Faults
This document discusses various types of garment defects. It categorizes defects into three groups: fabric defects caused by issues with the fabric itself, workmanship defects caused during the production process, and trim defects related to accessories. Specific defect types are defined such as seam puckering, dropped stitches, and holes. Potential causes of each defect are provided along with recommended remedies such as properly selecting and tensioning thread, adjusting machine settings, and improving quality inspections. Defects are further classified as critical, major, or minor depending on their severity.
basics of dyeing
This document discusses the process of dyeing textiles. It explains that there are three main types of dyeing: fiber, yarn and fabric dyeing. The dyeing process involves successive stages including dispersing dye in a dye bath, diffusion of dye onto and into the fiber substrate, and bonding between dye and fiber molecules. Dyes are also classified by their application method and chemical structure. Proper control of dye bath parameters like liquor ratio, electrolyte concentration, pH and temperature are important to ensure efficient dye absorption and an even color. Modern industrial dyeing is automated but still aims to produce textiles with homogeneous color in an economic manner with good colorfastness.
working of tablet punching machine
This document summarizes the working of tablet punching machines. It discusses how tablets are formed through the combined pressing action of upper and lower punches in a die. It describes the different types of punches and dies used to form tablets of various shapes. The document also explains the basic parts and working principles of single punch and rotary tablet pressing machines, including the filling, compression, and ejection stages of the tablet formation process. Common problems like capping, lamination, chipping, cracking, sticking, picking and double impressions that can occur during tablet compression are also summarized along with their causes and remedies.
Production Planning & Merchandising
December 28, 2013
Production Planning & Merchandising
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Southeast University
Department of Textile Engineering
The document provides details about production planning and merchandising at two garment factories in Bangladesh: Padma Poly Cotton and FCI BD Ltd. It discusses the company profiles, production planning procedures, merchandiser responsibilities, and findings from internship reports on the topic. Key aspects of production planning and merchandising discussed include ratio breakdown, production line setup, SMV calculation, and the roles of merchandisers in design, cutting, sewing, and store sections.
Quality Control Of Garment
This document discusses quality control for garment manufacturing. It outlines the key aspects of quality control including establishing specifications, inspecting raw materials like fabric and threads, in-process inspection of sewing and assembly, final inspection of garments, methods like AQL sampling, and product testing for properties like colorfastness and durability. The goal of quality control is to detect defects at all stages of production and ensure garments meet specifications for attributes like measurements, appearance, and quality of construction.
Change of fabric gsm vary with yarn count
1. The document discusses how knitted fabric specifications like GSM, stitch length, and yarn count are related. It provides equations to calculate the yarn count needed to achieve a desired GSM for different fabric types.
2. Key findings are that stitch length increases as GSM decreases, and compact structures with shorter loops have higher GSM than loose structures. Calculated GSM values also varied more from actual GSM for fabrics with knit and tuck loops like pique.
3. Tables show measured GSM values for different fabrics with varying yarn counts and stitch lengths. Equations presented allow selecting the proper yarn count to get a required GSM for fabrics like single jersey,
Textile Calculations and Equations
Production = no. of needle x no of feeder x RPM x stitch length/ yarn count
Production per shift in KG at 100% efficiency
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Yarn manufacturing 3
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Yarn manufacturing-i-carding
1. The document discusses carding, which is the process of untangling fibers and removing impurities to form a web. It defines carding and describes the objectives of carding such as opening fibers, eliminating impurities, and forming slivers.
2. The types of actions that occur in a carding machine are described, including carding action, stripping action, and doffing action. The working principles of revolving flat and roller carding machines are also outlined.
3. Carding is called the "heart of spinning" because it produces slivers of fiber in a more or less uniform state that are suitable for subsequent spinning processes.
Yarn manufacturing Process : Carding
The document discusses the carding process which involves opening, cleaning and assembling fibers into a sliver through different sections of a carding machine like feed, licker-in, cylinder and doffer. It explains the objectives, necessities and zones of carding along with details of components like types of clothing, their functioning and settings that are important for quality carding. The document also covers developments in carding technology and types of drives used in modern carding machines.
Process control and yarn quality in spinning woodhead publishing-karthik
Process control and yarn quality in spinning woodhead publishing-karthikSVKMs, NMIMS, MPSTME, CTF, Shirpur, Dist. Dhule
This document discusses process control and yarn quality in spinning. It contains 13 chapters that cover various aspects of quality management in the spinning industry such as quality definitions, statistical quality control, raw material selection, control of waste and neps, control of count and strength variation, yarn evenness, short term irregularity, yarn faults, productivity, and yarn quality requirements. The introduction provides an overview of the contents in each chapter.TABLET COMPRESSION MACHINE
The most common method of drug delivery is oral dosage
form of which tablet and capsule are predominant.
Tablet is more accepted as compared to capsule due to
many reason such as cost, tamper resistance, ease of
handling, ease of identification and manufacturing efficiency.
Tablet compression process understanding is resulted in
development of formulation.
Recent advances in the design of tablet compression
equipment has conducted resulted in higher efficiency,
minimized tablet variation, greater flexibility.
Relation among gsm,yarn count,stitch length & fabric construction
Relation among gsm,yarn count,stitch length & fabric constructionBGMEA University of Fashion & Technology
This document discusses the relationship between gram per square meter (GSM), yarn count, stitch length, and fabric construction. It provides data on the GSM, yarn count, and stitch length of various knit fabrics including single jersey, interlock, rib fabrics, pique, fleece, and more. The conclusion emphasizes that GSM can vary according to yarn count for the same fabric type. Finished GSM, yarn count, and stitch length are interrelated and important specifications for knit fabric production.Garment Faults
This document discusses various types of garment defects. It categorizes defects into three groups: fabric defects caused by issues with the fabric itself, workmanship defects caused during the production process, and trim defects related to accessories. Specific defect types are defined such as seam puckering, dropped stitches, and holes. Potential causes of each defect are provided along with recommended remedies such as properly selecting and tensioning thread, adjusting machine settings, and improving quality inspections. Defects are further classified as critical, major, or minor depending on their severity.
basics of dyeing
This document discusses the process of dyeing textiles. It explains that there are three main types of dyeing: fiber, yarn and fabric dyeing. The dyeing process involves successive stages including dispersing dye in a dye bath, diffusion of dye onto and into the fiber substrate, and bonding between dye and fiber molecules. Dyes are also classified by their application method and chemical structure. Proper control of dye bath parameters like liquor ratio, electrolyte concentration, pH and temperature are important to ensure efficient dye absorption and an even color. Modern industrial dyeing is automated but still aims to produce textiles with homogeneous color in an economic manner with good colorfastness.
working of tablet punching machine
This document summarizes the working of tablet punching machines. It discusses how tablets are formed through the combined pressing action of upper and lower punches in a die. It describes the different types of punches and dies used to form tablets of various shapes. The document also explains the basic parts and working principles of single punch and rotary tablet pressing machines, including the filling, compression, and ejection stages of the tablet formation process. Common problems like capping, lamination, chipping, cracking, sticking, picking and double impressions that can occur during tablet compression are also summarized along with their causes and remedies.
Production Planning & Merchandising
December 28, 2013
Production Planning & Merchandising
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Southeast University
Department of Textile Engineering
The document provides details about production planning and merchandising at two garment factories in Bangladesh: Padma Poly Cotton and FCI BD Ltd. It discusses the company profiles, production planning procedures, merchandiser responsibilities, and findings from internship reports on the topic. Key aspects of production planning and merchandising discussed include ratio breakdown, production line setup, SMV calculation, and the roles of merchandisers in design, cutting, sewing, and store sections.
Quality Control Of Garment
This document discusses quality control for garment manufacturing. It outlines the key aspects of quality control including establishing specifications, inspecting raw materials like fabric and threads, in-process inspection of sewing and assembly, final inspection of garments, methods like AQL sampling, and product testing for properties like colorfastness and durability. The goal of quality control is to detect defects at all stages of production and ensure garments meet specifications for attributes like measurements, appearance, and quality of construction.
Change of fabric gsm vary with yarn count
1. The document discusses how knitted fabric specifications like GSM, stitch length, and yarn count are related. It provides equations to calculate the yarn count needed to achieve a desired GSM for different fabric types.
2. Key findings are that stitch length increases as GSM decreases, and compact structures with shorter loops have higher GSM than loose structures. Calculated GSM values also varied more from actual GSM for fabrics with knit and tuck loops like pique.
3. Tables show measured GSM values for different fabrics with varying yarn counts and stitch lengths. Equations presented allow selecting the proper yarn count to get a required GSM for fabrics like single jersey,
Textile Calculations and Equations
Production = no. of needle x no of feeder x RPM x stitch length/ yarn count
Production per shift in KG at 100% efficiency
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Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
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