Mechanical stability of fused textile systems

Gutauskas, M.; Masteikaitė, Vitalija

doi:10.1108/09556229710185523

Cited by 10 publications

(8 citation statements)

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“…The bending rigidity of nonwoven fabrics has increased when fibres having a higher modulus are oriented in a single direction [104]. Thirdly, stiffness of the fused fabric composites is higher than the combined stiffness of the fabric and interlining due to the presence of the resin [105,106]. Presence of the resin also increases the bending length, which remained high even after several washes [33].…”

Section: Stiffnessmentioning

confidence: 99%

Evaluation and prediction of fused fabric composites properties – A review

Sudhakar

Renjini

2020

Journal of Industrial Textiles

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Garment parts are fused with an interlining for achieving a specific handle, form and fall. Fusing helps in ease of construction of garment parts enabling pucker-free and clean look in finished products. The properties of the fused components are considered essential for enhancing garment aesthetics and functionality. The main objective of this review is to elaborate the factors affecting the properties of fused fabric composites, the methods to evaluate the same and explore the models that aid in better selection of interlinings for a specific hand and functionality. Interlinings are available in a variety of fibre content, base fabric structure, weight, finish, resin type and resin content. These attributes influence the characteristics of fused fabric composites. They are essential criteria in interlining selection for a given application. Mechanical properties used to evaluate and predict the fused fabric behaviour objectively are discussed. The most important mechanical properties that describe the characteristics of fused fabric composites are bending rigidity, shear rigidity, tensile properties, drape and dimensional stability of the component fabrics. Objective and subjective methods used to evaluate these properties are elaborated. The methods employed in determining the optimum fusing conditions and fused composite quality include theoretical, statistical, numerical, and computational modelling. A better understanding of the properties of fused fabric composites leads to optimisation in the interlining selection and fusing process for a given hand feel and application.

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Section: Stiffnessmentioning

confidence: 99%

Evaluation and prediction of fused fabric composites properties – A review

Sudhakar

Renjini

2020

Journal of Industrial Textiles

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“…This system affects fusing by holding the assembly to be fused with a conveyor belt whilst passing through a heat source and either simultaneously or subsequently applying pressure. The advantages and disadvantages of fusing press systems are summarized in Table 4 [4,65,91,92,93,94].…”

Section: Fusing Technologymentioning

confidence: 99%

A Review of Fusible Interlinings Usage in Garment Manufacture

Qian

Kan

2018

Polymers

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The consumer’s enhanced awareness of garment quality, appearance, and related eco-safety production manufacture means that not only shell fabrics, but also accessory materials should be paid much more attention. Interlining is the one of the most important and state of the art accessory materials that currently lacks review and exploration. This article comprehensively demonstrates an organizational integration of interlinings which includes their history, classification, manufacture, characteristic, properties, function, fusing technology and application. In addition, the article highlights a new innovation of printable interlining, which could replace the traditional fusible interlinings because of its cost-effectiveness, its simple process and its environmentally-friendly nature.

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“…Thus, textiles, the sewn seams or bonds of garments should be tested under different loading conditions. There are some research works analyzing the importance of some factors such as chemical cleaning and laundering (Bhat et al, 2004;Gutauskas and Masteikaitė, 1997;Seram and Nandasiri, 2015;Jakubčionienė and Masteikaitė, 2010), adhesive type ( Jana, 2011;Frydrych and Greszta, 2016), substrate structure and properties, technological parameters or seam construction (Seram and Nandasiri, 2015;Jakubčionienė et al, 2012) on bond strength. There were also determined that bonds strength can range from 3.9 N/mm up to 10.2 N/mm (Seram and Nandasiri, 2015) or from 0.42 N/mm up to 4.76 N/mm ( Jakubčionienė et al, 2012) depending on fabric structure and composition as well as on seam type.…”

Section: Introductionmentioning

confidence: 99%

Influence of the delamination loading velocity on textile bonds and sewn seams strength

Mikalauskaitė

Daukantienė

2017

IJCST

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Purpose The purpose of this paper is to determine the influence of the loading velocity on textile bonds and sewn seam strength. Design/methodology/approach Commercially produced polyamide and polyester knitted fabric, and polyester woven fabrics as well as three commercially available monolayer urethane thermoplastic films were used in this research. Two layers of each fabric were laminated at 160°C temperature at 5.6 kPa for 20 seconds. Sewn specimens were joined applying (301) and (514) stiches for woven and knitted fabrics, respectively. The bond and sewn seam strength was investigated at different delamination loading velocities (50, 100, 150, 200, 300 mm/min). These values of velocities lies in the velocity interval which covers the different standard requirements for testing of the quality of textiles and their seams or were applied in the research works of previous scientists. As the influence of loading velocity was more significant for bond strength, the bond strength results were analyzed together with the analysis of bond rupture character. Findings The determined influence of the loading velocity on textile bonds strength has proved that the loading velocity in bond strength test is of high importance for the prediction of the behavior of clothing being in exploitation under different conditions. The opposite tendency was determined for the sewn seams, the strength of which was independent on loading velocity. Originality/value The influence of the loading velocity on textile bond and sewn seam strength was not analyzed in the previous research works published by other scientists. It was known that the standard velocity is 50 mm/min for seams and 100 mm/min for textiles strength testing. It was shown there that the real exploitation of a garment as a whole complicated heterogenic dynamic system could be simulated with changing loading velocities during their seam strength testing. It was also determined that the loading velocity makes different influence on bonded and sewn seams of textiles.

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Mechanical stability of fused textile systems

Cited by 10 publications

References 0 publications

Evaluation and prediction of fused fabric composites properties – A review

Evaluation and prediction of fused fabric composites properties – A review

A Review of Fusible Interlinings Usage in Garment Manufacture

Influence of the delamination loading velocity on textile bonds and sewn seams strength

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