The document provides information about a drying machine used in textile processing. It contains details such as the machine having 2 chambers, 8 blowers, and 2 conveyors. It then explains that the machine removes residual water from fabric by applying heat through burner nozzles while continuously measuring humidity. The document further discusses parameters for operating the machine like temperature, speed, and overfeeding percentage which depend on factors like fabric type and weight. It also lists components of the machine and steps for cleaning and maintenance.
This document discusses the use of textiles in filtration applications. It begins with an introduction to filtration principles and processes. It then focuses on how various textile fibers and fabric constructions, such as woven, nonwoven and knitted, can be used as filter media. Specific applications where textiles are used for filtration are described, including vacuum cleaners, medical devices, power plants, water purification and more. The document discusses factors that influence filtration performance, such as fiber type, fabric properties and finishing treatments. It also provides examples of how textiles can be applied to purify air and water. In summary, the document outlines the role of textiles in filtration and provides details on textile materials and constructions suitable for various filtration
The fly frame takes the thicker draw sliver and drafts, twists, and winds it into a thinner roving package. It performs drafting using three sets of rollers to gradually attenuate the sliver. A flyer inserts twist into the roving as it is wound onto a spindle. Modern fly frames like the Toyoda FL-100 and FL-200 use servo motor drives for more precise control and higher productivity compared to older cone drive systems. The fly frame prepares the roving for ring spinning by drafting it thinner and adding twist for strength and cohesion.
Nonwoven technologies: A critical analysys by Vignesh DhanabalanVignesh Dhanabalan
This document provides an overview of nonwoven technologies. It discusses the various raw materials and web forming techniques used, including drylaid, wetlaid, spunlaid, and meltblown. It also describes key bonding techniques like needlepunching, hydroentanglement, stitchbonding, and chemical/adhesive bonding. The document aims to elaborate on the manufacturing process of nonwovens and emphasize fiber usage, web laying technologies, converting webs to fabrics, and key applications in various end markets.
Spandex (also known as Lycra or elastane) and T400/PES are two widely used fibers in textiles. Spandex is an elastic synthetic fiber known for its exceptional elasticity, able to stretch over 500% without breaking. T400/PES is an elastomultiester fiber made of a combination of polyesters, which gives elastic properties to fabrics. Dual-core yarns combining Spandex with T400/PES or other fibers provide fabrics with high stretch, excellent recovery, dimensional stability, and low shrinkage for a custom fit that lasts.
The document summarizes the effects of stock treatment, drying, and recycling on fiber properties. It discusses how mill pulps have shorter, less uniformly delignified fibers than laboratory pulps due to mechanical damage. Drying fibers causes further strength loss. Recycled fibers have even lower strength due to increased damage. Refining improves fiber bonding but also causes defects. Proper electrostatic conditions and minimizing turbulence can improve strength. Fiber fines and properties like length, fibrillation, and curl strongly influence paper strength.
Heat setting is a heat treatment process that imparts shape retention, crease resistance, resilience and elasticity to fibers. It involves four phases: heating, penetration, transition and stretch, and cooling. Heat setting can be carried out at different stages - in grey condition, after scouring, or after dyeing. Different methods are used for heat setting including contact, steam, hydro, tenter frame, and selective infrared methods. Heat setting results in structural and chemical modifications of fibers that change properties like strength, stretchability, softness, dyeability and sometimes color.
The document provides information about a drying machine used in textile processing. It contains details such as the machine having 2 chambers, 8 blowers, and 2 conveyors. It then explains that the machine removes residual water from fabric by applying heat through burner nozzles while continuously measuring humidity. The document further discusses parameters for operating the machine like temperature, speed, and overfeeding percentage which depend on factors like fabric type and weight. It also lists components of the machine and steps for cleaning and maintenance.
This document discusses the use of textiles in filtration applications. It begins with an introduction to filtration principles and processes. It then focuses on how various textile fibers and fabric constructions, such as woven, nonwoven and knitted, can be used as filter media. Specific applications where textiles are used for filtration are described, including vacuum cleaners, medical devices, power plants, water purification and more. The document discusses factors that influence filtration performance, such as fiber type, fabric properties and finishing treatments. It also provides examples of how textiles can be applied to purify air and water. In summary, the document outlines the role of textiles in filtration and provides details on textile materials and constructions suitable for various filtration
The fly frame takes the thicker draw sliver and drafts, twists, and winds it into a thinner roving package. It performs drafting using three sets of rollers to gradually attenuate the sliver. A flyer inserts twist into the roving as it is wound onto a spindle. Modern fly frames like the Toyoda FL-100 and FL-200 use servo motor drives for more precise control and higher productivity compared to older cone drive systems. The fly frame prepares the roving for ring spinning by drafting it thinner and adding twist for strength and cohesion.
Nonwoven technologies: A critical analysys by Vignesh DhanabalanVignesh Dhanabalan
This document provides an overview of nonwoven technologies. It discusses the various raw materials and web forming techniques used, including drylaid, wetlaid, spunlaid, and meltblown. It also describes key bonding techniques like needlepunching, hydroentanglement, stitchbonding, and chemical/adhesive bonding. The document aims to elaborate on the manufacturing process of nonwovens and emphasize fiber usage, web laying technologies, converting webs to fabrics, and key applications in various end markets.
Spandex (also known as Lycra or elastane) and T400/PES are two widely used fibers in textiles. Spandex is an elastic synthetic fiber known for its exceptional elasticity, able to stretch over 500% without breaking. T400/PES is an elastomultiester fiber made of a combination of polyesters, which gives elastic properties to fabrics. Dual-core yarns combining Spandex with T400/PES or other fibers provide fabrics with high stretch, excellent recovery, dimensional stability, and low shrinkage for a custom fit that lasts.
The document summarizes the effects of stock treatment, drying, and recycling on fiber properties. It discusses how mill pulps have shorter, less uniformly delignified fibers than laboratory pulps due to mechanical damage. Drying fibers causes further strength loss. Recycled fibers have even lower strength due to increased damage. Refining improves fiber bonding but also causes defects. Proper electrostatic conditions and minimizing turbulence can improve strength. Fiber fines and properties like length, fibrillation, and curl strongly influence paper strength.
Heat setting is a heat treatment process that imparts shape retention, crease resistance, resilience and elasticity to fibers. It involves four phases: heating, penetration, transition and stretch, and cooling. Heat setting can be carried out at different stages - in grey condition, after scouring, or after dyeing. Different methods are used for heat setting including contact, steam, hydro, tenter frame, and selective infrared methods. Heat setting results in structural and chemical modifications of fibers that change properties like strength, stretchability, softness, dyeability and sometimes color.
The document discusses various methods and materials for coating textiles. It describes how polymers are used to coat textiles by applying a viscous liquid to the surface and drying or curing it. Common coating methods include direct coating, hot melt extrusion, transfer coating, and foamed coating. Specific techniques involve knife coating, gravure coating, screen coating, and hot melt coating. Common materials for coating textiles include polyvinyl chloride (PVC), polyurethanes, polytetrafluoroethylene (PTFE), and various types of rubber. Coated fabrics find a wide range of applications depending on the materials and properties imparted.
Packaging textiles include all textile packing material for industrial, agricultural and other goods
It is used to contain, carry, store, and protect goods
Packing material demand and economic growth, industrial production and trade
Growing need for reusable packages & containers gives a new opportunities for textile products
Technical textiles, used in packaging & subsequent transportation are called “PACKTECH.”
Carpet flammability test (Hot nut metal method BS:4790:1987) Manish Kumar
this test have been my me & my friends at IICT, Bhadohi
in which test of flammability test of different types of pure silk like Mulberry silk, Eric Silk, & vanya silk.
The document discusses various thermal properties of textile materials including thermal conductivity, glass transition temperature, melting temperature, thermal expansion, and heat setting. Thermal conductivity refers to the rate of heat transfer through a material. Glass transition temperature is the temperature at which a material changes from hard and glass-like to soft and rubbery. Melting temperature is when a material melts and loses its strength and identity. Thermal expansion is the increase in length of a material from rising temperatures. Heat setting is a process that stabilizes the form and size of a material through drying and cooling cycles.
The document discusses the use of technical textiles in the automobile industry. It notes that textiles are used for over 80 parts in each car, providing functions like insulation, durability, comfort, and safety. Textiles are essential components of tires, hoses, belts, filters, composites, and safety devices. They require properties like high tenacity, modulus, temperature resistance, and are used extensively in interiors, engines, vehicle bodies, and tires. The Indian automobile industry is one of the largest and fastest growing globally.
Glass fibers are manufactured through a process of melting raw materials and drawing them into fine fibers for various applications. Raw materials such as silica, alumina and boron are melted together and refined before flowing through bushings with small holes to produce thin glass filaments. These filaments are drawn, quenched, coated with a sizing and gathered into strands. Glass fibers have properties including high strength, stiffness, chemical resistance and stability that make them useful for insulation, reinforcement, filtration and optical applications. Common types include E, S, C and D glass formulated for different end uses.
Flock printing or Flocking is a printing process in which Short Fibers of Rayon ,cotton wool or another Natural or synthetic Material are applied to an Adhesive –coated surface
Textile printing can involve various techniques like roller printing, screen printing, block printing, and others. Roller printing is well-suited for high quality prints on fabrics for fashion apparel. It involves applying dye to engraved rollers which transfer the dye onto fabric passed between the rollers. Screen printing and block printing are also described as traditional techniques. Textile printing involves various dyeing and finishing processes that can pollute the environment if not done sustainably.
Presentation on high performance fiber and high performance pliyed yarnSubrata Barmon
This presentation discusses high performance fibers and high performance plied yarns. It defines high performance fibers as synthetic fibers engineered for applications requiring high strength, stiffness, heat or chemical resistance. Examples of high performance fibers mentioned are glass, carbon, aramid, spandex, Kevlar and Nomex fibers. Their properties and applications are described briefly. The presentation also defines plied yarns as multiple singles yarns twisted together to increase strength, and lists some common materials used to make plied yarns.
Spinning process
What is gel spinning
Gel spinning process
what are the factors affecting gel spinning
Gel spinning process polyethylene
Structure and Properties of Gel spun fiber
Applications
This document discusses hybrid yarns, which consist of two or more different fiber types. It describes two processes for creating hybrid yarns: commingling, which aerodynamically opens and mixes reinforcement and matrix filaments in an air jet nozzle, and friction spinning, which individually opens fibers from slivers before reassembling and twisting them into yarn. Hybrid yarns have properties like high strength, comfort, dyeability, and flame retardancy, and are used for reinforced plastics, filters, heat-proof fabrics, carpet backing, asbestos substitutes, and cut-proof fabrics.
Spun Laid Process, Melt Blown Process, Differences between spun laid Process ...MD. SAJJADUL KARIM BHUIYAN
The document provides information on the spun laid and melt blown processes for producing nonwoven fabrics from polymers. In the spun laid process, polymers are extruded through spinnerets to form fine filaments, which are then deposited randomly onto a conveyor belt and bonded. The melt blown process extrudes polymers through a die containing many small holes, and high-velocity air streams attenuate the extruded fibers to form very fine fibers that are deposited onto a collector. Key differences between the processes are that the spun laid process produces thicker fibers that are later bonded, while the melt blown process produces very fine fibers through fiber attenuation using hot air streams.
Abhi rana)1. classification of non wovensAbhishek Rana
This document discusses different types of non-woven fabrics classified according to their production method, raw material technology, end use of raw material, and properties. It describes spun lace, thermal bonded, pulp air-laid, wet, spun bonded, melt-blown, needle punched, and stitch-bonded non-woven fabrication processes. Non-woven fabrics are further categorized as wet bonded, dry bonded, or spun bonded according to their production method. The document also covers classifications by raw material type and end use, as well as properties including flame retardant, water repellent, and water absorbent qualities.
Assignment on parameter of different parts of ring frame machine of yarn iiPartho Biswas
The document discusses key parameters of different parts of a ring frame machine. It describes the functions of the apron, drafting system, ring and traveler. Parameters like roller diameter and pressure, apron and cradle lengths, ring diameter and lift, traveler size and number are discussed in detail for different yarn counts. The ideal twist multiplier for different fiber types and end uses is also covered.
The document provides information about a compactor machine used to control fabric shrinkage. It summarizes the machine's functions, operating parameters, and components. Key points include:
1. The compactor machine compacts fabric in the lengthwise direction and provides overfeed to control shrinkage during processing with steam.
2. It lists the machine's functions such as improving hand feel, reducing thickness, and controlling shrinkage.
3. It describes the machine components and operating parameters like temperature, speed, and overfeed percentage for different fabric types.
4. Diagrams show the mechanism and fabric path through a blanket and tube compactor machine.
O documento apresenta a Texiglass, empresa brasileira líder em reforços de fibra de vidro, carbono e aramida. Detalha os processos de fabricação de tecidos, fitas e prepregs, além de explicar o que são compósitos, matrizes poliméricas e os tipos de fibras utilizadas. Apresenta também aplicações atuais como tubos, baús, piscinas e estruturas aeronáuticas feitas com esses materiais.
The document discusses the key processes that take place in the blowroom of a yarn production facility. These include opening bales of fiber, cleaning the fiber through pre-cleaning and fine cleaning, removing dust, blending different fiber types, and evenly feeding the prepared fiber to the carding process. The goal of blowroom processes is to prepare fibers for subsequent processing while minimizing fiber loss and maintaining fiber quality.
Fabric structures have a long history dating back to nomadic times. Modern architecture has rediscovered fabric structures for permanent buildings by using advanced, durable fabrics to span large areas. Fabric structures offer various cost efficiencies over traditional materials and are more energy efficient in their production, installation, and ability to use natural lighting. A variety of natural and man-made fabrics are available for different applications like roofing, partitions, and tents. Fabric selection, design, engineering, and installation are important to ensure the structure's performance. Fabrics are typically coated for strength and environmental resistance.
Dyeing kinetics, (diffusion, pore model, free volume model)Md. Abdul Hannan
This document discusses dyeing kinetics and diffusion models for dye uptake in fibers. It describes the exhaustion curve which defines the rate of dyeing over time. The initial rate is called the strike. Diffusion occurs through three transport zones: flow, absorption, and diffusion into the fiber. Two main diffusion models are described: the pore model which considers diffusion through pores filled with dye liquor, and the free volume model which involves diffusion through amorphous, mobile regions of the polymer chain. The document contrasts these models and discusses how temperature affects dyeing rates.
This document provides information on different types of carpets, including their construction and uses. It discusses woven carpets like Wilton, Axminster and oriental carpets. It also covers non-woven carpets that are tufted, bonded, flocked or knitted. The document outlines various carpet construction components and selecting carpets based on criteria like size, purpose and cost. It also discusses deep cleaning methods like shampooing, hot water extraction and dry foam. Carpet care and factors to consider when buying carpets are highlighted.
Carpets are categorized by their construction, patterns, and yarns. They enhance the appearance of homes and workplaces, and provide noise absorption and comfort. Carpets are constructed through weaving, tufting, or bonding methods. Woven carpets like Wilton, Axminster, and oriental are durable but costly, while non-woven tufted and bonded carpets are more economical options. Carpets are made from synthetic materials like nylon and polyester for the pile and polypropylene for the backing. They are chosen for qualities like appearance, sound absorption, and comfort.
The document discusses various methods and materials for coating textiles. It describes how polymers are used to coat textiles by applying a viscous liquid to the surface and drying or curing it. Common coating methods include direct coating, hot melt extrusion, transfer coating, and foamed coating. Specific techniques involve knife coating, gravure coating, screen coating, and hot melt coating. Common materials for coating textiles include polyvinyl chloride (PVC), polyurethanes, polytetrafluoroethylene (PTFE), and various types of rubber. Coated fabrics find a wide range of applications depending on the materials and properties imparted.
Packaging textiles include all textile packing material for industrial, agricultural and other goods
It is used to contain, carry, store, and protect goods
Packing material demand and economic growth, industrial production and trade
Growing need for reusable packages & containers gives a new opportunities for textile products
Technical textiles, used in packaging & subsequent transportation are called “PACKTECH.”
Carpet flammability test (Hot nut metal method BS:4790:1987) Manish Kumar
this test have been my me & my friends at IICT, Bhadohi
in which test of flammability test of different types of pure silk like Mulberry silk, Eric Silk, & vanya silk.
The document discusses various thermal properties of textile materials including thermal conductivity, glass transition temperature, melting temperature, thermal expansion, and heat setting. Thermal conductivity refers to the rate of heat transfer through a material. Glass transition temperature is the temperature at which a material changes from hard and glass-like to soft and rubbery. Melting temperature is when a material melts and loses its strength and identity. Thermal expansion is the increase in length of a material from rising temperatures. Heat setting is a process that stabilizes the form and size of a material through drying and cooling cycles.
The document discusses the use of technical textiles in the automobile industry. It notes that textiles are used for over 80 parts in each car, providing functions like insulation, durability, comfort, and safety. Textiles are essential components of tires, hoses, belts, filters, composites, and safety devices. They require properties like high tenacity, modulus, temperature resistance, and are used extensively in interiors, engines, vehicle bodies, and tires. The Indian automobile industry is one of the largest and fastest growing globally.
Glass fibers are manufactured through a process of melting raw materials and drawing them into fine fibers for various applications. Raw materials such as silica, alumina and boron are melted together and refined before flowing through bushings with small holes to produce thin glass filaments. These filaments are drawn, quenched, coated with a sizing and gathered into strands. Glass fibers have properties including high strength, stiffness, chemical resistance and stability that make them useful for insulation, reinforcement, filtration and optical applications. Common types include E, S, C and D glass formulated for different end uses.
Flock printing or Flocking is a printing process in which Short Fibers of Rayon ,cotton wool or another Natural or synthetic Material are applied to an Adhesive –coated surface
Textile printing can involve various techniques like roller printing, screen printing, block printing, and others. Roller printing is well-suited for high quality prints on fabrics for fashion apparel. It involves applying dye to engraved rollers which transfer the dye onto fabric passed between the rollers. Screen printing and block printing are also described as traditional techniques. Textile printing involves various dyeing and finishing processes that can pollute the environment if not done sustainably.
Presentation on high performance fiber and high performance pliyed yarnSubrata Barmon
This presentation discusses high performance fibers and high performance plied yarns. It defines high performance fibers as synthetic fibers engineered for applications requiring high strength, stiffness, heat or chemical resistance. Examples of high performance fibers mentioned are glass, carbon, aramid, spandex, Kevlar and Nomex fibers. Their properties and applications are described briefly. The presentation also defines plied yarns as multiple singles yarns twisted together to increase strength, and lists some common materials used to make plied yarns.
Spinning process
What is gel spinning
Gel spinning process
what are the factors affecting gel spinning
Gel spinning process polyethylene
Structure and Properties of Gel spun fiber
Applications
This document discusses hybrid yarns, which consist of two or more different fiber types. It describes two processes for creating hybrid yarns: commingling, which aerodynamically opens and mixes reinforcement and matrix filaments in an air jet nozzle, and friction spinning, which individually opens fibers from slivers before reassembling and twisting them into yarn. Hybrid yarns have properties like high strength, comfort, dyeability, and flame retardancy, and are used for reinforced plastics, filters, heat-proof fabrics, carpet backing, asbestos substitutes, and cut-proof fabrics.
Spun Laid Process, Melt Blown Process, Differences between spun laid Process ...MD. SAJJADUL KARIM BHUIYAN
The document provides information on the spun laid and melt blown processes for producing nonwoven fabrics from polymers. In the spun laid process, polymers are extruded through spinnerets to form fine filaments, which are then deposited randomly onto a conveyor belt and bonded. The melt blown process extrudes polymers through a die containing many small holes, and high-velocity air streams attenuate the extruded fibers to form very fine fibers that are deposited onto a collector. Key differences between the processes are that the spun laid process produces thicker fibers that are later bonded, while the melt blown process produces very fine fibers through fiber attenuation using hot air streams.
Abhi rana)1. classification of non wovensAbhishek Rana
This document discusses different types of non-woven fabrics classified according to their production method, raw material technology, end use of raw material, and properties. It describes spun lace, thermal bonded, pulp air-laid, wet, spun bonded, melt-blown, needle punched, and stitch-bonded non-woven fabrication processes. Non-woven fabrics are further categorized as wet bonded, dry bonded, or spun bonded according to their production method. The document also covers classifications by raw material type and end use, as well as properties including flame retardant, water repellent, and water absorbent qualities.
Assignment on parameter of different parts of ring frame machine of yarn iiPartho Biswas
The document discusses key parameters of different parts of a ring frame machine. It describes the functions of the apron, drafting system, ring and traveler. Parameters like roller diameter and pressure, apron and cradle lengths, ring diameter and lift, traveler size and number are discussed in detail for different yarn counts. The ideal twist multiplier for different fiber types and end uses is also covered.
The document provides information about a compactor machine used to control fabric shrinkage. It summarizes the machine's functions, operating parameters, and components. Key points include:
1. The compactor machine compacts fabric in the lengthwise direction and provides overfeed to control shrinkage during processing with steam.
2. It lists the machine's functions such as improving hand feel, reducing thickness, and controlling shrinkage.
3. It describes the machine components and operating parameters like temperature, speed, and overfeed percentage for different fabric types.
4. Diagrams show the mechanism and fabric path through a blanket and tube compactor machine.
O documento apresenta a Texiglass, empresa brasileira líder em reforços de fibra de vidro, carbono e aramida. Detalha os processos de fabricação de tecidos, fitas e prepregs, além de explicar o que são compósitos, matrizes poliméricas e os tipos de fibras utilizadas. Apresenta também aplicações atuais como tubos, baús, piscinas e estruturas aeronáuticas feitas com esses materiais.
The document discusses the key processes that take place in the blowroom of a yarn production facility. These include opening bales of fiber, cleaning the fiber through pre-cleaning and fine cleaning, removing dust, blending different fiber types, and evenly feeding the prepared fiber to the carding process. The goal of blowroom processes is to prepare fibers for subsequent processing while minimizing fiber loss and maintaining fiber quality.
Fabric structures have a long history dating back to nomadic times. Modern architecture has rediscovered fabric structures for permanent buildings by using advanced, durable fabrics to span large areas. Fabric structures offer various cost efficiencies over traditional materials and are more energy efficient in their production, installation, and ability to use natural lighting. A variety of natural and man-made fabrics are available for different applications like roofing, partitions, and tents. Fabric selection, design, engineering, and installation are important to ensure the structure's performance. Fabrics are typically coated for strength and environmental resistance.
Dyeing kinetics, (diffusion, pore model, free volume model)Md. Abdul Hannan
This document discusses dyeing kinetics and diffusion models for dye uptake in fibers. It describes the exhaustion curve which defines the rate of dyeing over time. The initial rate is called the strike. Diffusion occurs through three transport zones: flow, absorption, and diffusion into the fiber. Two main diffusion models are described: the pore model which considers diffusion through pores filled with dye liquor, and the free volume model which involves diffusion through amorphous, mobile regions of the polymer chain. The document contrasts these models and discusses how temperature affects dyeing rates.
This document provides information on different types of carpets, including their construction and uses. It discusses woven carpets like Wilton, Axminster and oriental carpets. It also covers non-woven carpets that are tufted, bonded, flocked or knitted. The document outlines various carpet construction components and selecting carpets based on criteria like size, purpose and cost. It also discusses deep cleaning methods like shampooing, hot water extraction and dry foam. Carpet care and factors to consider when buying carpets are highlighted.
Carpets are categorized by their construction, patterns, and yarns. They enhance the appearance of homes and workplaces, and provide noise absorption and comfort. Carpets are constructed through weaving, tufting, or bonding methods. Woven carpets like Wilton, Axminster, and oriental are durable but costly, while non-woven tufted and bonded carpets are more economical options. Carpets are made from synthetic materials like nylon and polyester for the pile and polypropylene for the backing. They are chosen for qualities like appearance, sound absorption, and comfort.
The document summarizes different types of carpets produced in Azerbaijan, including their production methods and regional styles. It describes four main periods in the history of Azerbaijani carpet making from early simple styles to the development of knotted pile weaving. It then profiles several major carpet weaving schools in the country, noting their distinctive compositions, patterns, motifs and number of styles. Key regional schools discussed are Shirvan, Kuba, Ganja-Kazakh, Karabakh and Baku.
The document discusses different types of carpets. There are two major types of carpet construction: cut pile and loop pile. Cut pile carpets have yarn tips that are cut, while loop pile carpets do not cut the yarn tips. Within these two types there are several sub-types defined by unique characteristics like fiber height, twist, or pattern. Examples include plush, textured, saxony, frieze, and berber carpets. Other types include woven, needle felted, knotted, tufted, and flat weave carpets, which differ in their construction and manufacturing processes. Carpets are used in both commercial and residential settings for purposes like insulation, decoration, and comfort.
This document provides information about carpet installation, including the tools and materials needed and the basic process. The key steps are: 1) preparing the subfloor by cleaning it and making it smooth; 2) laying underlayment and trimming it to size; 3) cutting the carpet to be 3 inches larger than the area and applying adhesive; 4) laying and stretching the carpet; and 5) trimming any excess carpet and tucking the edges into steel channels. Proper measuring, joining, and stretching are important to ensure a quality installation.
This document discusses different types of floor coverings and finishes. It describes hard floor finishes like cement, terrazzo, stone, ceramic tiles, resin and wood. It also covers semi-hard finishes like thermoplastic, vinyl, linoleum and rubber sheets. Soft floor finishes discussed include carpets. The document provides tips for cleaning different floor types and lists agents that can be used to clean marble floors. It was authored by Sunil Kumar, a research scholar at Maharshi Dayanand University.
This document provides information about different types of floor finishes. It discusses terrazzo, stone, timber, brick, plain cement concrete and vinyl flooring. For each type of flooring, it describes the materials used, installation process, advantages, disadvantages and applications. The document is intended to educate group members Afaq, Aiman, Ashhar, Bushra, Shahab, Sundus and Zohra about the various options for floor finishes.
The document discusses different types of flooring materials. It describes flooring materials such as mud, bricks, flagstones, concrete, terrazzo, mosaic tiles, wood, rubber, linoleum, cork, glass, plastic and marble. For each material, it provides details on their use, advantages and disadvantages. Common uses include mud floors for unimportant buildings, brick floors for warehouses, concrete floors for residential and commercial buildings, and tiles or marble floors for areas requiring cleanliness like hospitals.
This document provides information on different types of floor finishes. It discusses the structure and components of a floor. It then describes various flooring materials like stone, tile, terrazzo, brick, cement concrete and timber flooring. For each material, it provides details on their manufacture, sizes, properties, advantages and uses. Stone flooring discussed in detail includes marble, granite and kota stone. For tiles, both ceramic and vitrified tiles are explained. Mosaic and terrazzo flooring techniques are also summarized.
This document summarizes yarn and carpet printing technologies. It discusses various yarn printing methods like solution dyeing, hang/skein dyeing, and space dyeing. For carpet printing, it describes direct printing, discharge printing, resist printing, and pigment printing methods. It also discusses chemicals and machinery used like flat-screen and rotary screen printing machines, and jet printing machines. In conclusion, it provides an overview of yarn and carpet printing processes and technologies.
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.
Portland Cements, Calcium and Magnesium CompoundsZanny Barluado
This document provides an overview of Portland cements and related calcium and magnesium compounds. It discusses the history and development of Portland cement by Joseph Aspdin in 1824. It describes the manufacturing process which involves mining limestone and clay, grinding and heating the materials in a kiln to form clinker, and then grinding the clinker with gypsum to produce cement. Different types of Portland cement are outlined based on their properties and uses. Other cements like pozzolanic and high alumina cements are also discussed. Key calcium compounds like limestone, lime, and their uses are summarized. The manufacturing process for lime is outlined.
Venezuela is a country located in northern South America with diverse geography including tropical coastlines, mountains, and plains. Spanish is the official language, though indigenous languages are also spoken. Caracas is the capital city located in the northern part of the country. Venezuela has a unique culture influenced by its indigenous peoples and Spanish colonizers, exemplified through foods like arepas, empanadas, and hallacas as well as musical and artistic traditions. The country gained independence in the early 19th century and has had a history of political instability and economic challenges tied to its oil wealth.
Group 5 presented on different hardness tests including the Brinell, Vickers, and Rockwell hardness tests. The document defined hardness as resistance to deformation and described the three main types of hardness measurements: scratch, indentation, and dynamic hardness. It provided details on the procedures, calculations, and applications of the Brinell, Vickers, and Rockwell hardness tests. Sample observations and results were shown for each test. The document concluded by highlighting some key precautions to follow when performing hardness tests.
This document provides information about the author's summer training at AYM Syntex Ltd in Palghar, Mumbai. It includes:
1) An acknowledgement thanking the institute and company for providing training opportunities and support.
2) A profile of AYM Syntex Ltd describing it as a leading manufacturer of specialty synthetic yarns established in 1985.
3) Details of the company's production processes including texturizing, twisting, dyeing, and applications of their yarns.
4) An overview of the dyeing process and equipment used including dyeing machines, hydro extractors, and fastness testing procedures.
This document provides information about the author's summer training at AYM Syntex Ltd in Palghar, Mumbai. It includes:
1) An acknowledgement thanking the institute and company for providing training opportunities and support.
2) A profile of AYM Syntex Ltd describing it as a leading manufacturer of specialty synthetic yarns established in 1985 with facilities in Silvassa and Palghar.
3) An overview of the company's textile yarn production processes including twisting, texturizing, dyeing and their various machine capabilities.
This document provides an overview of quality concepts and literature related to quality management in the textile industry. It defines quality as meeting customer requirements and discusses theoretical quality determined during product design and technical quality implemented during manufacturing. It emphasizes the importance of establishing a quality system to manage all quality-related processes. Key concepts covered include standardization of terminology, test methods, and accreditation of laboratories to ensure product quality. The document serves as an introduction to quality management principles for the thesis.
Royal Classic Groups - Franchise Enquiry Clothing Brand Classic Polo India Classic Polo
The Royal Classic Groups is a vertically integrated textile firm which has been formed with a simple and straightforward aim - to provide quality clothing. With a 27-year-old legacy, RCG has set own knitting, dyeing, finishing, and garmenting infrastructure to maintain the quality. Which is why the brand is able to serve customers across globe through our exceptional brands namely Classic Polo and CB Pro.
With more than 3000 trained employees working for and with the brand, Classic Polo makes sure that every piece ofmerchandise produced is nothing less than perfect. As we keep on upgrading our technologies, we ensure that our trained personnel also adapt to the advancements and join hands to reach our goal of delighting customers everytime they visit the store or possess merchandise.
A.T.E. Enterprises provides end-to-end solutions for the carpet manufacturing industry in India. They represent over 50 machinery principals from around the world to provide equipment for the full carpet production process from yarn extrusion to packaging. This includes machinery for tufting, digital printing, backing, shearing, and winding. Their solutions help support the Indian carpet industry, which exports over $1.7 billion worth of carpets annually.
The document discusses the requirements and expectations for sewing thread from both garment makers and consumers. It must meet technical requirements for production as well as aesthetic fashion expectations. A variety of lubricants are introduced that optimize thread performance for different application methods and provide benefits such as homogenous coating, reduced friction and static, heat protection, and a wide application window. LNCI offers a full range of lubricants suitable for different fiber types and processing needs.
Sylast Series.Thread and yarn lubricantsKetan Gandhi
The document discusses the requirements and expectations for sewing thread from both garment makers and consumers. It notes that thread must meet many technical requirements to ensure quick, flawless production and withstand stress while meeting aesthetic fashion demands. It then summarizes the benefits and features of Sylast series thread lubricants, which help threads and seams meet all necessary requirements through homogeneous lubrication coating. The lubricants improve sewing performance and seam quality while reducing costs.
The document describes Maan Engineering's Inlinerless Module, which provides a fast, efficient way to apply silicone and hotmelt coatings to paper or film in a single pass. The module can be used as an upgrade to an existing machine or as a standalone system. It has a functional design and provides flexibility and high quality in silicone and hotmelt coatings. The module is controlled by a single control panel and includes stations for web control, silicone coating, hotmelt coating, and other optional components.
Texturising or texturizing is the process by which synthetic fibres are modified to change their texture - the physical appearance of the fibreTexturising techniques can include bulking (where thermoplastic fibres are twisted, heat set and untwisted), crimping and coiling, amongst others.
This document provides information about the textile dyeing process at a textile plant. It includes details about:
- The texturizing process which modifies fibre texture through techniques like bulking, crimping, and coiling.
- The plant has 12 texturizing machines from two brands with spindle capacities of 168 and 112.
- Other processes discussed include twisting, different dyeing departments for polyester, nylon and carpet, and machine specifications for dyeing, hydro, and pressing machines.
- Dyeing cycles and parameters are provided for polyester, nylon, and carpet dyeing using various dye types.
- Calculations for package density in yarn dyeing are
This document provides information about BSL Ltd., a textile company that manufactures fashion fabrics and wool yarn. It discusses the company's departments including quality control, processing, dyeing, and finishing. It describes the various machines and processes used in quality testing, fabric processing, dyeing, weight reduction, drying, and finishing. Key areas covered include quality control procedures for incoming materials, fabric testing at different stages, shade development, and parameters for dyeing and finishing processes.
This presentation is my graduation internship presentation at BSL (LNJ group) Bhilwara (Rajasthan).
In this presentation I describe BSL company profile, Process significance, all steps which use for fibre to fabric in textile.
This document provides an overview of the Birla Textile Mills located in Baddi, Himachal Pradesh, India. It describes the mill's beautiful campus and five production units. It then lists the various departments within the mill, including production, maintenance, R&D, commercial/accounting, and engineering. It further details several aspects of the production process, such as the raw materials (cotton, polyester, viscose, acrylic), machine layout, dyeing process for different fibers, and types of drying machines.
Thermo migration is the movement of disperse dye from the fiber interior to the surface during heat treatment, leading to lower wash fastness. This phenomenon is more severe for micro denier polyester fibers due to their larger surface area. Various factors influence thermo migration such as fiber thickness, dye chemistry, amount of dye absorbed, and heat setting conditions. Special silicone emulsions have been developed that reduce thermo migration and improve wash fastness of polyester fabrics compared to conventional treatments.
A premium ,hybrid silicone softener with Non thermomigrating properties especially for polyester and its blends with cotton,viscose,wool etc.
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Fibers, Polymers and sustainable development for sport RadiciGroup
Fibers, Polymers and sustainable development for sport by Filippo Servalli, Corporate Marketing director @RadiciGroup.
Conférence de presse: "L'excellence italienne dans le textile technique pour le sport"
Lyon, 13 juin 2016
Casa Azzurri On Tour - Les Terrasses du Parc - Villeurbanne
The document summarizes an internship report submitted by Rohit Singh to Ashok Pandey at Alps Industries Limited from June 11 to July 10, 2018. It includes acknowledgements, details about the company history and various departments, and a description of the processing, dyeing, and finishing departments. The key departments discussed are processing (singeing, RFD), dyeing (jigger, jet, soft flow machines), and finishing (mechanical and other processes like hot melt).
Knit Finishing in Arvind Ltd. bY Anupam Vowmic, created by Manojit Barman MANOJIT BARMAN
The document describes Anupam Bhowmick's summer training report at Arvind Limited in their Knits Finishing Division. It discusses the various processes involved in knit fabric finishing like slitting, drying, heat setting, compacting and different types of finishing. It also outlines the objectives of the training program, provides acknowledgements, and details the various machines used and defects observed in the knit fabrics.
Inventa compounding group -june-2016 m-web & linked inAsis Banerjie
Leading Innovation with Engineered Plastics for Performance and Cost reduction. We do most complex Polymer compounding research to commercialization. INVENTA Polymer is an agile & flexible company with practical economics in mind. Client satisfaction via continuous Learning and Improvement is our work policy.
Rennerplast is Renner Italia's line of water-based PVC coatings that provide four main advantages over competitors: 1) A 10-year life warranty due to their extraordinary resistance, 2) A program for multicolor, multi-effect design options allowing for creativity, 3) Being fast-drying systems that reduce production times, and 4) Being eco-friendly by eliminating 95% of solvent emissions. The document provides information on Rennerplast's development and advantages over traditional PVC coating systems.
3 Examples of new capital gains taxes in CanadaLakshay Gandhi
Stay informed about capital gains taxes in Canada with our detailed guide featuring three illustrative examples. Learn what capital gains taxes are and how they work, including how much you pay based on federal and provincial rates. Understand the combined tax rates to see your overall tax liability. Examine specific scenarios with capital gains of $500k and $1M, both before and after recent tax changes. These examples highlight the impact of new regulations and help you navigate your tax obligations effectively. Optimize your financial planning with these essential insights!
💼 Dive into the intricacies of capital gains taxes in Canada with this insightful video! Learn through three detailed examples how these taxes work and how recent changes might impact you.
❓ What are capital gains taxes? Understand the basics of capital gains taxes and why they matter for your investments.
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📊 Federal tax rates: Explore the federal tax rates applicable to capital gains in Canada.
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💵 Example 1 – Capital gains $500k: Examine a scenario where $500,000 in capital gains is taxed.
💰 Example 2 – Capital gains of $1M before the changes: Understand how a $1 million capital gain was taxed before recent changes.
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Top 10 Challenges That Every Web Designer Face on A Daily Basis.pptxe-Definers Technology
In today’s fast-moving digital world, building websites is super important for how well a business does online. But, because things keep changing with technology and what people expect, teams who make websites often run into big problems. These problems can slow down their work and stop them from making really good websites. Let us see what the best website designers in Delhi have to say –
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Sustainable Solutions for Chemical Waste Disposal by Summerland Environmental...Summerland Environmental
Welcome to the presentation on Sustainable Solutions for Chemical Waste Disposal by Summerland Environmental. We will explore innovative methods and technologies for eco-friendly waste management.
Forex Copy trading is the mode of trading offering great opportunities to the traders lacking time or in-depth market knowledge, yet willing to use currency trading as a form of investment and to increase their initial funds.
Emmanuel Katto Uganda - A PhilanthropistMarina Costa
Emmanuel Katto is a well-known businessman from Uganda who is improving his town via his charitable work and commercial endeavors. The Emka Foundation is a non-profit organization that focuses on empowering adolescents through education, business, and skill development. He is the founder and CEO of this organization. His philanthropic journey is deeply personal, driven by a calling to make a positive difference in his home country. Check out the slides to more about his social work.
Electrical Testing Lab Services in Dubai.pdfsandeepmetsuae
An electrical testing lab in Dubai plays a crucial role in ensuring the safety and efficiency of electrical systems across various industries. Equipped with state-of-the-art technology and staffed by experienced professionals, these labs conduct comprehensive tests on electrical components, systems, and installations.
Discover How Long Do Aluminum Gutters Last?SteveRiddle8
Many people wonder how long aluminum gutters last. In this ppt, we will cover the lifetime of aluminum gutters, appropriate maintenance procedures, and the advantages of using this material for gutter installation.
The study compares AMUSE's FDM and MJF 3D printing technologies.pptxAmuse
AMUSE offers cutting-edge HP MJF 3D printing services in India that facilitate the effective creation of challenging designs for all kinds of industries.
https://amuse3d.in/hp-mjf-3d-printing-service/
eBrand Promotion Full Service Digital Agency Company ProfileChimaOrjiOkpi
eBrandpromotion.com is Nigeria’s leading Web Design/development and Digital marketing agency. We’ve helped 600+ clients in 24 countries achieve growth revenue of over $160+ Million USD in 12 Years. Whether you’re a Startup or the Unicorn in your industry, we can help your business/organization grow online. Thinking of taking your business online with a professionally designed world-class website or mobile application? At eBrand, we don’t just design beautiful mobile responsive websites/apps, we can guarantee that you will get tangible results or we refund your money…
If you want a spell that is solely about getting your lover back in your arms, this spell has significant energy just to do that for your love life. This spell has the ability to influence your lover to come home no matter what forces are keeping them away. Using my magical native lost love spells, I can bring back your ex-husband or ex-wife to you, if you still love them and want them back.
Even if they have remarried my lost love spells will bring them back and they will love you once again. By requesting this spell; the lost love of your life could be back on their way to you now. This spell does not force love between partners. It works when there is genuine love between the two but for some unforeseen circumstance, you are now apart.
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Electrical Testing Lab Services in Dubai.pptxsandeepmetsuae
An electrical testing lab in Dubai plays a crucial role in ensuring the safety and efficiency of electrical systems across various industries. Equipped with state-of-the-art technology and staffed by experienced professionals, these labs conduct comprehensive tests on electrical components, systems, and installations.
Gujar Industries India Pvt. Ltd is a leading manufacturer of X-ray baggage scanners in India. With a strong focus on innovation and quality, the company has established itself as a trusted provider of security solutions for various industries. Their X-ray baggage scanners are designed to meet the highest standards of safety and efficiency, making them ideal for use in airports, government buildings, and other high-security environments. Gujar Industries India Pvt. Ltd is committed to providing cutting-edge technology and reliable products to ensure the safety and security of their customers.
A Dojo Training PPT focuses on hands-on, immersive learning to enhance skills and knowledge. It emphasizes practical experience, fostering continuous improvement and collaboration within your team to achieve excellence.
The Fraud Examiner’s Report –
What the Certified Fraud Examiner Should Know
Being a Virtual Training Paper presented at the Association of Certified Fraud Examiners (ACFE) Port Harcourt Chapter Anti-Fraud Training on July 29, 2023.
Stay updated on Siddhivinayak Temple events and timings in Houston, TX. Join our spiritual and community gatherings. Visit us now! gaurisiddhivinayak.org
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8. melting point - olefin
OLEFIN
WOOL COTTON LINEN
30 sec 5 sec 3 sec
TYPE 6,6 NYLON
WOOL COTTON LINEN
30 min 15 min 10 min
OLEFIN M.P. = ~180C
NYLON 6 M.P. = ~215C
POLYESTER M.P. = ~249C
NYLON 6,6 M.P. = ~260C
Technical Session
9. nylon
two types of nylon
type 6
type 6,6
resilient
resistant to abrasion
color retention (with
properly selected dyes)
Fiber Type
man-made
Technical Session
10. TYPE 6 NYLONTYPE 6,6 NYLON
hexamethylene diamineadipic acid caprolactam
Type 6,6 vs. Type 6 Nylon
molecular structure
Technical Session
11. TYPE 6,6 NYLON
(tighter molecular structure)
TYPE 6 NYLON
(more open molecular structure)
Stain Resistance
Type 6 vs. Type 6,6 nylon
Technical Session
12. Nylon Fiber
Nylon 6
Softer hand
Easier to dye
Better color yield
Used in “Mill
Extruded”
Solution Dye
Nylon 6.6
More resilient (20%
more than type 6)
Superior texture
retention
More resistant to soil
and stains
More resistant to
fading
Technical Session
19. Properties
Color added at extrusion
Colors are typically resistant to
fading
Color offering is limited to about 125
colors
Solution dyed fiber CAN stain and
soil – “not bullet proof”
Mill extruded SDN is always Type 6
nylon
Solution dyed Nylon
Technical Session
21. Types of Dyeing Methods
Solution Dye
Colorant is added to molten polymer
Stock Dye
Staple fiber is dyed before spinning
Yarn Dye
Yarn is dyed after it has been spun. Space dyeing is
a variation of yarn dyeing.
Piece Dye
Carpet is dyed after it has been formed
Injection Dye - Millitron
Pressurized dye solution is injected onto the face of
carpet with a series of small jets.
Technical Session
23. Millitron®
The Millitron®
is a proprietary, continuous dye injection machine which
injects color into the carpet pile through an electronically
controlled valve and jet system to create the design.
Technical Session
31. • Alphasan is a SILVER based
Zirconium Phosphate ceramic
compound.
®
Antimicrobial
• SAFE - silver based chemistry
• Permanently bound in the
carpet backing
• Will not migrate
• Will reduce odors due to
microbial activity
Designed for Carpet:
Technical Session
34. Color Seal
Functions to reduce the negative impact
of accidental spills/drips from bleach
containing solutions.
Does not allow for cleaning or sanitizing
carpet with bleach containing products
41. Fiber Shape (cross-section)
Fiber shape is a cross section of a
single fiber. It results from the shape
of the holes in the spinneret when the
fiber is extruded. Manufactures
modify the shape to enhance
performance characteristics.
Technical Session