Different Types of Garment Accessories - Textile Engineering
For manufacturing a garment without fabric various types of materials or accessories are also used; some are part of the garments such as| Textile Engineering
For manufacturing a garment without fabric various types of materials or accessories are also used; some are part of the garments such as| Textile Engineering
CAD has revolutionized weaving and knitting, bridging creativity and technology to meet modern demands to innovate with precision,| Textile Engineering
What is Carding Process in Textile? The carding process is a crucial step in textile manufacturing, especially in cotton yarn spinning. The final stage of the blowroom process is carding. It is a mechanical operation that disentangles, cleans, and aligns fibers to produce a uniform web or sliver suitable for further processing. In this stage, […] The post Carding Process in Textile: Definition, Objectives, and Functions appeared first on Textile Engineering.| Textile Engineering
What is Polytetrafluoroethylene Fibers (PTFE)? Polytetrafluoroethylene (PTFE) is a high-performance synthetic fiber made from tetrafluoroethylene (TFE). It is widely known under the brand name Teflon, introduced by DuPont. Polytetrafluoroethylene (PTFE) was first synthesized in 1938 by the American chemist Roy Plunkett. In 1954, DuPont launched the first filament yarns and staple fibers made of PTFE. […] The post Polytetrafluoroethylene (PTFE) Fibers: Properties, Production, and Industrial ...| Textile Engineering
What are Aramid Fibers? Aramid fibers are a type of synthetic fiber known for their exceptional strength, durability, and heat resistance. Aramides belong to the polyamides, but are not melt spun but solution spun and have a completely different property profile than aliphatic polyamides such as PA 6.6 and PA 6. The word Aramid comes […] The post Ultimate Guide to Aramid Fibers: Types, Properties and Uses appeared first on Textile Engineering.| Textile Engineering
Due to its high wastewater output, the textile sector poses environmental issues. Untreated wastewater including colors, chemicals, and heavy metals can affect ecosystems. Thus, wastewater treatment for a greener textile sector is necessary to reducing these consequences. Manufacturers can reduce pollution by using innovative solutions like dyeing wastewater treatment chemicals and coagulants for dyeing wastewater. […] The post Wastewater Treatment Processes for a Greener Textile Industry a...| Textile Engineering
Due to its high pollutant load and complicated composition. These concerns can be solved with advanced dyeing wastewater filtering. Innovative methods remove hazardous colors, chemicals, and suspended particulates from textile effluents. Reverse osmosis in dyeing wastewater and membrane filtration for textile wastewater remove pollutants down to the smallest particle size. Additionally, nanofiltration in textile wastewater […] The post Advanced Filtration for Dyeing Wastewater appeared firs...| Textile Engineering
Hydrophobic textile materials are necessary for water-repellent and moisture-resistant fabrics. Water-blocking polymers, frequently reinforced with silane in hydrophobic applications, protect against moisture. Water-repellent textiles are more durable and long-lasting with silicone. To retain water-repellency, fabrics are coated with hydrophobic coatings for durability. These treatments improve textile functionality and longevity. In order to create high-performance fabrics […] The post Hyd...| Textile Engineering
Knitted fabrics undergo several treatments to improve quality, texture, and utility. This procedure enhances beauty, durability, and flexibility. This is achieved by using silicone materials for knitted fabrics and silane materials for fabric finishing. To improve the feel and performance of the fabric, softeners for knitted fabric texture and lubricants for knitted fabric flexibility are […] The post Finishing Process for Knitted Fabrics appeared first on Textile Engineering.| Textile Engineering
Shipping garments from China to the US requires several factors for efficiency and cost. Sea freight is cheaper for bulk goods than air freight, although air freight is faster. Correct documentation is necessary for customs clearance to avoid delays. Freight consolidation reduces costs by bundling shipments, whereas ddp shipping simplifies by integrating duties and taxes. […] The post Ship Clothes From China to the USA appeared first on Textile Engineering.| Textile Engineering
Lyocell fiber is a type of regenerated cellulose fiber made from wood pulp. It is the first in a new generation of cellulosic fibers made by| Textile Engineering
Home furnishing means to the process of decorating and furnishing a living space, such as a house or apartment, with furniture, decorative| Textile Engineering
Exploring the latest industry news, trends, innovation, developments, research and techniques in textile engineering.| Textile Engineering
What is Kevlar Fiber? Kevlar® is the most important high-performance aramid fiber based on the poly (I, 4-phenylene terepthalamide). DuPont introduced (1965) the first such type of fiber under the trade name Kevlar. Kevlar has very high strength, high Young’s modulus, high tenacity, low creep and low elongation at break. It is prepared by the […] The post Kevlar Fiber: Properties, Types and Uses appeared first on Textile Engineering.| Textile Engineering
Weaving techniques based on fabric construction can range from highly engineered methods like 3D and triaxial weaving to deeply traditional| Textile Engineering
3D fabric represents a significant innovation in textiles, combining functionality with versatility. Their high strength, cushioning,| Textile Engineering
Weft knitting is a versatile and widely used fabric making technique that produces different types of fabrics suited for various clothing| Textile Engineering
Yarn preparation for weaving, which prepare warp and weft for weaving, are the most important stages between spinning and weaving.| Textile Engineering
Nanofibres are extremely small; they vary in size from 1 micron to approximately 0.5 nanometres (<100 nm in diameter).| Textile Engineering
Warp knitting is a loop-forming knitting process where many yarns run parallel to each other and form loops in an interlocked zigzag pattern| Textile Engineering
Felt is a nonwoven fabric made by matting, condensing, and pressing fibers together most often wool, polyester, or a blend.| Textile Engineering
Vegetable fibres, also known as cellulosic fiber or plant fiber obtained from plants and are used in various industries such as textiles,| Textile Engineering
Coconut fibre, also known as coir, is a versatile natural fibre obtained from the husk of coconuts. Coir is known for its strength,| Textile Engineering
Jute is a long, soft, shiny vegetable fibre that can be spun into coarse, strong threads. It is obtained from the stem of the jute plant| Textile Engineering
Wool fibre is a natural protein fibre obtained from the fleece of sheep or other animals, such as goats, alpacas, and rabbits. It is expensive| Textile Engineering
Bonding techniques in nonwovens are the process of joining loose fibers together to make a strong and stable fabric.| Textile Engineering
Air permeability of test of fabric is essential for ensuring product quality and performance. It helps manufacturers determine fabric| Textile Engineering
Web formation techniques—dry laid, wet laid, spunmelt and electrostatic—are core to producing nonwovens fabrics with a wide range of| Textile Engineering
Fabric testing is essential for quality control, safety, and customer satisfaction. By using these methods, manufacturers can produce| Textile Engineering
Knitting are two types; weft knitting and warp knitting. Comparison of weft and warp knitting is discussed in this article.| Textile Engineering
Fibres obtained from the inner, fibrous stems of plants (phloem and xylem) are called bast fibres. These fibres are held together with pectin| Textile Engineering
Principles of weaving covering essential motions like shedding, weft insertion, beat-up, warp let-off, fabric take-up, and stop mechanisms.| Textile Engineering
Woven fabric manufacturing is a process of interlacing two sets of yarn or thread, the warp and weft, to create a fabric.| Textile Engineering
Silk is a natural protein fibre that is produced by the silkworm larvae to form their cocoons. Silk is also highly valued for its unique| Textile Engineering
Understanding the basic parts of a sewing machine and their functions is essential for anyone venturing into the world of sewing specially| Textile Engineering
A textile print is a design with a pattern repeat and color-way that is applied to a fabric. Textile print design is a huge, creative, and| Textile Engineering
Protein fibre is a type of fibre that is derived from natural sources that contains proteins such as silk, wool, casein, angora, mohair etc.| Textile Engineering
Weaving and knitting are two primary methods of fabric construction. In this article I will explain comparison between weaving and knitting.| Textile Engineering
Denim is a hard and durable warp faced 3/1 twill cotton fabric with indigo dyed. There are different types of denim fabric.| Textile Engineering
Weave structure of a fabric is fundamental in determining its physical properties, appearance, and performance. It is pivotal in defining| Textile Engineering
Technical textile refers to textile materials and products that are engineered for specific applications, rather than for aesthetic purposes| Textile Engineering
Value addition processes on fabrics are done for enhancing the quality, aesthetics, functionality, and overall value of textile materials.| Textile Engineering
Computer-Aided Design (CAD) software plays a pivotal role in the apparel industry, revolutionizing the way fashion products are designed,| Textile Engineering
Seamless garments are clothing items that are made without any seams or visible stitching. It is a special type of garment made by knitting| Textile Engineering
Classification of sewing machines is done based on their functionality, features, bed type, machine type and feed type.| Textile Engineering
Seam puckering is defined as seam gathering during sewing or after sewing, or laundering of garments, leading to an unacceptable seam| Textile Engineering
There are many different styles of printing in textile depending on the print design and the final appearance of the printed fabric.| Textile Engineering
Different methods of printing in textile, including screen printing, digital printing, block printing, and more, offer diverse options for| Textile Engineering
Cellulosic fibers are defined as fibers containing cellulose as the major polymeric substance. They are used in a variety of applications,| Textile Engineering
Neps are small entanglement of textile fibres in the form of tiny ball that cannot be unraveled, formed during carding or ginning.| Textile Engineering
Ribbon lap machine is used to produce the lap by doubling several numbers of slivers and webs, respectively. This machine plays a crucial role| Textile Engineering
The yarn spinning process involves several key steps to convert raw fibers into strong, fine yarn suitable for textile production.| Textile Engineering
Rotor spinning and ring spinning are two widely used yarn production techniques, each suited for specific needs. Rotor spinning is faster,| Textile Engineering
The working flow chart of a garment merchandiser may vary depending on the specific company and product being produced| Textile Engineering
A seam joins more than one piece of material together, and the various types of seams are used depends on the product to be sewn.| Textile Engineering
Proper sewing thread consumption can save maximum wastage for an order. Several factors determine the extent of thread consumption in any sewn| Textile Engineering
Interfacing gives strength, shape and body to the garment. Interfacing is an extra layer secured to the inside of garments, to add shape,| Textile Engineering
Natural fibres are obtained from natural resources such as plants, animals, and minerals. They are environment friendly than synthetic fibres| Textile Engineering
Cotton fibre is a natural, soft and fluffy staple fibre that is harvested from the seedpods of the cotton plant. It is most widely used| Textile Engineering
Textile fibres classification means to the categorization of fibres based on their origin, chemical composition, and physical properties.| Textile Engineering
Animal fibres are fibres obtained from the hair or fur of animals, and are used in textile production to create a wide range of products such| Textile Engineering
Textile refers to the use of fibers, yarns, and threads to create fabrics and other textile products through various processes such as| Textile Engineering
Synthetic fibres, also known as man-made or artificial fibres, are produced from chemical compounds rather than natural resources.| Textile Engineering
In this garment manufacturing process flow chart, it helps to understand how raw materials are moved to finished garments.| Textile Engineering
3D printing is the process of creating three-dimensional objects through joining or solidifying material under computerized control.| Textile Engineering
