Mazharul Islam Kiron’s Post

Moireing in Textile: Types, Characteristics and End Uses of Moire Fabric #moire #moireing #moireeffect #moireingintextile #moirefabric

🌿🌿Cotton Yarn vs Fabric?🌿🌿 🔸️Cotton Yarn and Cotton Fabric are two distinct stages in the textile production process. ➡️ Here's a breakdown of their differences:👇👇👇 #CottonYarn🍃 - Definition: Cotton yarn is a long, continuous strand of interlocked fibers, #spun from raw cotton #fibers. - Production: It is created by #twisting #cotton #fibers together to form a thread. The degree of twist can affect the yarn's #strength and #texture. - Uses: Yarn is primarily used as the raw material for making fabrics. It can also be used directly in knitting, crocheting, and weaving projects. #CottonFabric🍃 - Definition: Cotton fabric is a textile material made by weaving, knitting, or felting cotton yarns together. - Production: The yarns are interlaced in various patterns to create different types of fabrics, such as plain weave, twill, or satin. - Uses: Fabric is used to make a wide range of products, including clothing, bed linens, and home textiles. #Key Differences - Form: Yarn is a raw material in the form of a thread, while fabric is a finished product made from yarn. - Purpose: Yarn is used to create fabrics, whereas fabric is used to make final products like garments and household items. . - Texture: Yarn can vary in thickness and texture depending on the twist and type of fibers used. Fabric's texture depends on the weave or knit pattern and the type of yarn used. AnilMV, Founder, Organil Services www.organil.org

Yarn making process plays vital role in textile and garment manufacturing.

Textile is a broad term that encompasses any material made from fibers, including: Fibers: The basic building blocks of textiles, they can be natural (like cotton, wool, silk) or synthetic (like nylon, polyester, acrylic).   Yarns: Formed by spinning fibers together, yarns can be thick or thin, and they can be made from a single type of fiber or a blend. Fabrics: Created by weaving, knitting, or other techniques, fabrics have different structures and properties depending on their intended use. Finished products: Textiles are used to make a wide variety of products, including clothing, home furnishings, and industrial materials.   Key points to remember: • Textiles are essential to our daily lives, providing us with clothing, bedding, and countless other products.   • The textile industry is a major global industry, employing millions of people worldwide.   • Textiles can be made from a wide variety of materials, each with its own unique properties. #Textile #Chemicalengineer #Fibers

YARN COUNT Yarn count indicates how thick (heavy) or fine (light) a yarn is. Understanding yarn count is crucial when selecting a suitable yarn to create a woven cloth design. Yarn count is integral to the cloth designing process, machinery set-up and final cloth attributes. Historically, yarn count was measured and described in locally recognised terms — a cause for great confusion as textile design and production started to move beyond borders. For example, two towns in the Scottish Borders region of the United Kingdom, Hawick and Galashiels, have been synonymous with woven textile manufacture for more than 200 years and are located only 30 kilometres (18 miles) apart. Each town had its own system for measuring and communicating yarn count. A woollen yarn measurement in Galashiels was (and often still is) identified as a ‘cut’. For example, 17 cut Gala, or 21 cut Gala. Alloa and Aberdeen, also in Scotland and Dewsbury and Batley in Yorkshire (best know for producing worsted fabrics) all have their own yarn count systems. This occurred the world over, with everyone having their own way of sizing (measuring) yarn and calculating the weights required. Yarn measurement often was used as a way of identifying place and product. As textile manufacturing and trading entered a global economy a unilateral system of measuring and communicating yarn count was required. As a result there are two main systems in operation that are recognised worldwide — direct and indirect. The common feature of aII direct count systems is that the length of yarn is fixed and the weight of the yarn varies according to its fineness. The synthetic industry normally uses a direct measurement: tex — the number of grams of yarn per 1000m, denier — the number of grams per 9000 metres or decitex — the number of grams per 10,000 metres. The common feature of all indirect count systems is that the weight of yarn is fixed and the length of yarn varies according to its fineness. The wool and cotton industries use indirect measurements: The wool industry uses metric count (Nm) — the number of kilometres (length) in one kilogram (weight) of yarn, The cotton industry uses cotton count (Ne) — the number of 840 yards (length) in one pound (weight) of yarn.

To explain the quality of a textile fabric, we must first refer to the count and construction of the fabric. Here, count means the yarn count, and by construction, it means the number of warp yarns and weft yarns used in one inch of fabric.  https://lnkd.in/gZax5x9p #countintextile #whatiscountintextile

How many of you have tried tie dyeing by hand or changing the colour of clothes or furnishings using dye in the washing machine? Have you ever wondered how it all began and appreciated how far we have come in the evolution of natural and synthetic dyes? My degree was in Textile Management and before joining the recruitment sector I was a Fabric Technologist, so this subject is one that still greatly interests me. It is also important to the sectors that we work with so we've put together an interesting short read that may answer a few of those questions. From Nature to Industry: Exploring the History of Dyeing in our latest #blog @CareersInDesign #fabric #dyeing #meetyourrecruiter https://lnkd.in/eKKMxunq

✂ Fabric vs. Textile: Clarifying the Confusion "Did You Choose the Right Word? Fabric vs. Textile" Ever paused mid-conversation, pondering whether "fabric" or "textile" was the term you should have used? It's a common conundrum that even seasoned designers encounter. While both terms are intertwined in the world of materials, they're not as interchangeable as one might think. Textiles refer to any material made from weaving, knitting, crocheting, or bonding. They serve as the foundation. Fabric, on the other hand, is a subset of textiles that specifically refers to materials constructed through weaving, knitting, or felting. It's what your clothes are made from, a result of artistic and technical processes transforming raw threads into something cohesive and functional. Read More: https://lnkd.in/euquixUJ

Worsted and woolen yarns are both made from wool, but they differ in production process, fiber preparation, and characteristics: Worsted Yarn: 1. Made from long, smooth wool fibers (typically 2.5-4 inches). 2. Fibers are combed to align parallel, removing impurities. 3. Spun using a worsted spinning process. 4. Yarn is smooth, strong, and dense. 5. Has a crisp, firm texture. Woolen Yarn: 1. Made from shorter, crimped wool fibers (typically 1-3 inches). 2. Fibers are carded, not combed, to preserve natural crimp. 3. Spun using a woolen spinning process. 4. Yarn is softer, more textured, and less dense. 5. Has a warm, fuzzy texture. Key Differences: 1. Fiber length and quality 2. Combing vs. carding process 3. Spinning method 4. Yarn texture and density 5. Strength and durability Applications: 1. Worsted Yarn:   - Suits, dresses, and formal wear   - High-end knitting yarns   - Industrial textiles 2. Woolen Yarn:   - Knitwear, hats, and scarves   - Blankets and throws   - Insulating materials Characteristics: Worsted Yarn: - Smooth, lustrous appearance - High strength and durability - Good resistance to pilling - Can be woven or knitted Woolen Yarn: - Soft, warm, and fuzzy texture - Good insulation properties - Less resistant to pilling - Best suited for knitting In summary, worsted yarns are stronger, smoother, and more durable, while woolen yarns are softer, warmer, and more textured.

Twill is the second most popular fabric structure in Textile and Fashion Industries. No matter whether you are a textile learner or a textile professional, it's inevitable to know about this second basic weaving pattern!