Drawn yarn is a synthetic filament yarn that has undergone a drawing process to align its polymer molecules along the fibre axis, giving it high tensile strength, low elongation, and dimensional stability. Fully Drawn Yarn (FDY) completes this orientation in a single continuous spin-draw process and is ready for weaving or knitting without further treatment,…
Nylon 66, also written as nylon 6.6, nylon 6 6, PA6 6, or polyamide 66, is a synthetic polyamide produced from two raw materials, hexamethylenediamine and adipic acid, rather than the single monomer used to make nylon 6. Nylon 66 material is recognized for its high mechanical strength, high melting point, good chemical resistance, and…
Fancy yarns are deliberately engineered yarns designed with loops, curls, slubs, thickness variations, or other decorative effects to create distinctive texture and visual appeal in finished textiles. Common fancy yarn types include slub, bouclé, chenille, loop/curl, marl, spiral, and gimp yarns. Their performance depends on factors such as yarn construction, overfeed ratio, twist, fibre composition,…
Sewing machine thread is an engineered yarn built to hold stitches reliably under the tension, speed, and friction of a sewing machine. Industrial sewing machine thread relies primarily on polyester, nylon, bonded, and core-spun constructions, each suited to different fabric weights and seam-stress requirements across apparel, home textiles, and technical products. Every stitched seam depends…
Polyester thread is a synthetic sewing thread engineered for high tensile strength, abrasion resistance, and dimensional stability. Common industrial forms include spun, filament, core-spun, and high-tenacity polyester thread, with the latter engineered specifically for demanding applications such as safety belts, automotive components, and heavy-duty industrial products. Seam performance in industrial sewing depends heavily on thread…
Sparkle yarns are decorative yarns made from metallised polyester film, designed to add reflective and lustrous effects to finished textiles. Available in constructions such as M-Type, MX-Type, MH-Type, and MS-Type, they offer different combinations of brilliance, strength, flexibility, and processing performance. Sparkle yarns are used across apparel, home textiles, embroidery, weaving, knitting, and craft applications…
Modern textile manufacturing relies on precisely engineered filament structures to balance strength, flexibility, and hand feel across widely different applications, from soft apparel fabrics to demanding industrial sewing threads. The way individual filaments are combined within a yarn has a direct bearing on how that yarn performs once converted into fabric. Multifilament yarns, built from…
Polyester filament yarn underpins a large share of modern textile manufacturing, and the specific way that filament is drawn and oriented during production has a direct bearing on its strength, stability, and suitability for different fabric types. Among the range of polyester filament constructions, fully drawn yarn stands out for combining high strength with production…
Stretch performance has become a standard expectation across apparel and technical textiles, from activewear to compression wear. Meeting this expectation reliably at production scale depends heavily on the elastic yarn incorporated into the fabric, rather than on fabric construction alone. Spandex yarns, widely known by brand names such as Lycra and Creora, are the primary material…
The modern textile manufacturing industry is driven by the need to produce high-quality fabrics while improving resource efficiency and production standards. As industries continue to balance performance with sustainability goals, material selection has become an increasingly important aspect of textile manufacturing. Among the various synthetic fibres used today, recycled polyester yarn has emerged as a…
