Taslanizing

Taslanizing, also spelled taslanising, is a textile yarn-texturing process rather than a conventional consumer brand. The method converts bundles of continuous-filament yarn into a bulkier, more irregular yarn with a tactile character resembling spun yarn. It is associated with the name Taslan, which was formerly a registered trademark of DuPont and was first registered on October 19, 1954. The trademark has expired, and “taslan” is also used as a descriptive name for yarns made through the process. The principal mechanism is air texturing. Continuous filaments are fed into a small jet nozzle, generally with a controlled amount of overfeed, meaning that more yarn is supplied than would pass through the nozzle at the take-up speed. High-pressure air, reported in the reference material as exceeding 100 pounds per square inch, creates suction and turbulent airflow inside the jet. The turbulence loops, entangles, and redistributes the slack filaments, producing a yarn with greater surface irregularity and bulk than the original smooth filament bundle. Unlike conventional spun yarn, which is produced by twisting and drafting staple fibers, an air-textured yarn begins with continuous filaments. Taslanizing therefore combines some advantages of filament yarns with a softer, more spun-like appearance and hand. The resulting yarn is generally more even than spun yarn and is not normally prone to pilling in the same way as many spun constructions. The process can also contribute to lightweight and breathable textile structures, while retaining properties associated with the underlying synthetic fiber. Polyester and nylon are common feedstocks, and blended constructions may also be used. The final characteristics depend on the polymer, filament arrangement, overfeed, air pressure, nozzle configuration, and subsequent finishing. Taslan-type yarns have been used in outdoor garments, sportswear, footwear, upholstery, home textiles, luggage, and travel bags. These applications reflect the combination of durability, low weight, texture, and practical performance sought in technical and apparel fabrics. The term is also connected with Luftex, a German designation for the process. Invista has marketed a related branded yarn construction under the name Supplex, although Supplex is a separate brand and should not be treated as synonymous with Taslanizing. Because the subject describes a manufacturing technique and a historically protected term rather than a single operating company, there is no single headquarters, executive team, public listing, or current corporate owner identified in the available reference material.

Taslanizing developed as a way to alter the appearance and hand of continuous-filament yarn without converting the filaments into staple fibers. The process is based on directing a bundle of filaments through an air jet while controlling the amount of excess feed. The air stream causes portions of the filaments to form loops and entanglements, creating a more irregular and voluminous structure than an untreated filament yarn. The name Taslan became associated with this process through DuPont, which registered Taslan as a trademark on October 19, 1954. The trademark history is important because Taslan began as a proprietary commercial designation but later became widely used in connection with both the process and the resulting yarn. The registration is now expired. In German-language usage, the process is associated with the term Luftex. Technically, the process relies on a jet nozzle and compressed air rather than conventional mechanical twisting. Continuous-filament yarn is supplied with overfeed, and high-pressure air generates suction and turbulence within the nozzle. The turbulence separates, loops, and tangles the filaments. The resulting yarn has a texture and hand that can resemble spun yarn while retaining the continuity of the original filaments. Process settings can be adjusted to influence bulk, texture, covering power, and fabric performance. Polyester and nylon are the principal materials identified for Taslan-type yarns, although blends may also be used. These fibers provide the durability, low weight, and synthetic performance expected in many technical and apparel textiles. Air texturing can make the yarn feel less slick than a conventional filament yarn and can support fabrics that are breathable and lightweight. The resulting yarn is also generally more uniform than a comparable spun yarn and is not normally affected by pilling in the same manner as spun constructions. Taslan yarns have been applied across apparel and soft-goods markets. Outdoor clothing and sportswear are important uses, while footwear, upholstery, home textiles, luggage, and travel bags are also identified applications. The process is therefore relevant to both fashion and performance textiles, particularly where a manufacturer wants a combination of filament strength, textured appearance, and a softer tactile surface. The subject is not documented as an independent corporation. It is best understood as a textile technology and historically protected name. No reliable information in the supplied material establishes a current owner, operating headquarters, leadership structure, public-company status, or dedicated corporate website. Related branded technologies exist; for example, Invista has used the Supplex name for a branded yarn offering, but that product identity is distinct from the Taslanizing process itself.

• 1954

  Taslan trademark registered

  [1]Taslanizingen.wikipedia.org

  DuPont first registered Taslan as a trademark on October 19, 1954, associating the name with the air-texturing process and its resulting yarn.

A filament-yarn texturing method positioned between smooth synthetic filament yarns and spun yarns, offering a softer spun-like hand, surface bulk, light weight, breathability, and resistance to typical spun-yarn pilling.

• Textured yarn

  Taslan air-textured yarn

  Yarn produced by feeding continuous polyester, nylon, or blended filaments through a turbulent air jet with controlled overfeed. The process entangles portions of the filaments and gives the yarn a bulkier, more irregular surface and a hand closer to spun yarn while retaining filament-yarn characteristics. It is used in apparel, outdoor and sports products, footwear, home textiles, upholstery, luggage, and travel bags.

• Related branded yarn

  Supplex

  A branded yarn construction associated with Invista and described in the reference material as related to the Taslan concept. Supplex is a separate brand rather than a direct synonym for Taslanizing, so its specific product history and current status are not established here.

1. 1Taslanizingen.wikipedia.org