Compound yarns

Chen, T.

doi:10.1533/9780857093936.1

Cited by 3 publications

(1 citation statement)

References 1 publication

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“…elasticity, tenacity, durability are depends on the draw ratio, types of covering, twist per meter, linear density. 128 By picking the suitable yarns, it is possible to manufacture an extensible bandage which execute in a predetermined fashion resulting to meet a particular clinical need and also the strength or power of a bandage may be controlled.…”

Section: Materials and Structural Design Of Compression Bandages And ...mentioning

confidence: 99%

Material, structure, and design of textile-based compression devices for managing chronic edema

Kankariya

2022

Journal of Industrial Textiles

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Background: Compression bandages, stockings, and pneumatic compression devices are common classifications of compression products, used alone or in combination. The structure of these compression products is complex: they are typically multi-layered, overlapped, stretched and applied to a three-dimensional curved surface part of the body. This research aims to review the materials, designs, and fabrication processes/technologies of a variety of compression devices used in management of chronic edema by considering contributions of materials/textiles, as well as prototyping technologies. Method: Relevant papers/patents for review were identified using keywords associated with materials, designs, and fabrication processes of textile-based compression devices/products for treatments of the edematous lower limb. Results: Modern Compression therapies employ textile materials with a variety of fiber types, yarns and fabric structures, and wide range of elasticity and extensibility (i.e. inelastic to elastic, short stretch to long stretch) to provide the required pressure to the lower leg. Compression fabrics are fabricated using a variety of production technologies and machineries, and they have a wide range of physical and performance attributes. Conclusions: Appropriate selection of materials and fabrication technologies for use in compression therapy is essential to enhance the success in the management of chronic edema. This review might aid in the development and implementation of textiles/materials, and improvement in design of the textile-based compression devices to increase the efficacy of compression therapies in the management of chronic edema, allowing patients to improve their long-term health.

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Section: Materials and Structural Design Of Compression Bandages And ...mentioning

confidence: 99%

Material, structure, and design of textile-based compression devices for managing chronic edema

Kankariya

2022

Journal of Industrial Textiles

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Development of 3 D Concrete Printing Using Additive Manufacturing Processes for Construction and Building Industry

Shanmugan¹,

Sandhyarani²,

Palani³

2022

Nanotechnology‐Based Additive Manufacturing

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Strength and Elasticity Properties of Denim Fabrics Produced from Core Spun Yarns

Kılıç

2023

Teksti̇l Ve Konfeksi̇yon

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In parallel to the development of new fiber and yarn technologies, different fibers and yarns have been used in denim fabric production and breaking the market dominance of 100% cotton yarn in the denim market. In recent years, the use of elastane fibers for denim fabric production has rapidly increased thanks to their movement comfort. This study examines the strength and elasticity properties of denim fabrics containing core yarns. For this purpose, different weft yarns were used in the production of denim fabrics. While 100% cotton ring yarn was used as warp for all fabrics, cotton ring, cotton OE-rotor, cotton / PBT-elastane dual-core, cotton / elastane core and cotton-PET / elastane core yarns were used as weft. Within the scope of the study, tensile strength, tearing strength and bursting strength tests were carried out on denim fabrics. In addition, denim fabrics contain core spun yarns were tested for elasticity in the weft direction, which is the direction of core yarns used. When the results were examined, it was seen that tensile strength and breaking elongation are higher for the fabrics containing core yarn in general. Fabrics produced with dual-core yarns have the highest tearing strength values. In addition, the bursting strength values of fabrics containing core yarn are higher than fabrics without core yarn. It was seen that the elasticity values of denim fabrics produced using core yarn are generally above 50%. However, the highest growth values were seen in the fabrics with the highest elasticity.

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Compound yarns

Cited by 3 publications

References 1 publication

Material, structure, and design of textile-based compression devices for managing chronic edema

Material, structure, and design of textile-based compression devices for managing chronic edema

Development of 3 D Concrete Printing Using Additive Manufacturing Processes for Construction and Building Industry

Strength and Elasticity Properties of Denim Fabrics Produced from Core Spun Yarns

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