A Review of Fusible Interlinings Usage in Garment Manufacture

Qian, Zhendong; Kan, Chi Wai

doi:10.3390/polym10111230

Cited by 15 publications

(20 citation statements)

References 73 publications

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“…The structural properties of the component fabrics and the fusing process parameters affect sewability, appearance and mechanical properties of the fused garment part [6,47–60]. An incompatible interlining or incorrect fusing process can result in bubbling, streaks [52], shrinkage [53], twisting [54], puckering, strike-through, strike-back, change in fabric lustre or finish [16], weak bond strength[55], rippling [56], poor formability, poor handle, poor appearance and poor garment fit [57].…”

Section: Interliningmentioning

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: Interliningmentioning

confidence: 99%

Evaluation and prediction of fused fabric composites properties – A review

Sudhakar

Renjini

2020

Journal of Industrial Textiles

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“…Takođe, u cilju postizanja određenih performansi i kvaliteta odevnih proizvoda sprovodi se, tokom procesa njihove izrade, fi ksiranje međupostave sa komponentama odeće. Fiksiranje međupostave se realizuje primenom toplote i pritiska tokom određenog vremena, pri čemu se kao međupostava koristi tkani, netkani ili pleteni materijal na koji je naneto termoplastično vezivno sredstvo postupkom naslojavanja, raspršivanja (prskanja) ili štampanja [23]. Imajući u vidu navedeno, cilj ovog rada je bio da se ispita uticaj termičkog fi ksiranja tkane međupostave na propustljivost vazduha i specifi čnu zapreminsku električnu otpornost tkanina namenjenih u odevne svrhe.…”

Section: Uvodunclassified

Comfort parameters of clothing woven fabrics in twill weave before and after thermal fixation of interlining

Asanovic¹,

Kostić²,

Mihailović³

et al. 2019

Tekstilna industrija

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Apstrakt: U radu su ispitivani parametri komfora odevnih tkanina pre i posle termičkog fi ksiranja međupostave. Kao eksperimentalni materijal korišćene su dve tkanine dobijene od mešavine pamučnih i poliestarskih vlakana izrađene u keper 3/1S prepletaju, kao i pamučna tkana međupostava sa tačkasto nanetim termoplastičnim vezivnim sredstvom. Od parametara komfora određivani su propustljivost vazduha i specifi čna zapreminska električna otpornost. Dobijeni rezultati su pokazali da je propustljivost vazduha u funkciji poroznosti ispitivanih uzoraka, njihove debljine i termičkog fi ksiranja međupostave, dok je specifi čna zapreminska električna otpornost u funkciji strukturnih karakteristika tkanina, termičkog fi ksiranja međupostave i relativne vlažnosti vazduha. Registrovano je da termičko fi ksiranje međupostave dovodi do smanjenja propustljivosti vazduha i porasta vrednosti specifi čne zapreminske električne otpornosti ispitivanih tkanina. Ključne reči: odevne tkanine, tkana međupostava sa termoplastičnim vezivnim sredstvom, propustljivost vazduha, specifi čna zapreminska električna otpornost Abstract: In this paper, comfort parameters of clothing woven fabrics, before and after thermal fi xation of interlining, were investigated. Two woven fabrics obtained from cotton and polyester fi ber blends made in twill 3/1S weave, as well as cotton fusible woven dot fuse coat interlining, were used as experimental material. Air permeability and dc volume electrical resistivity were investigated as comfort parameters. The obtained results showed that the air permeability is in a function of porosity of the tested samples, their thickness and thermal fi xation of interlining, while the dc volume electrical resistivity is in a function of the structural characteristics of woven fabrics, thermal fi xation of interlining as well as relative air humidity. It is observed that the thermal fi xation of interlining leads to a reduction in air permeability and an increase in the value of dc volume electrical resistivity of the tested woven fabrics.

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“…5 Zhang and Kan (2018) reviewed the usage of fusible interlinings in clothing industry from various aspects of classification, manufacture, characteristic, function, fusing technology and application. 6 Sudhakar and Rengini (2020) in a review paper concentrated on the factors affecting the properties of fused fabric composites and provided a guidance for the choice of interlinings for a particular hand feel and performance. 7 When a garment is subjected to a definite extent of strain, as much as the strain remains constant, by the passage of time, the resultant stress considering the mentioned strain diminishes.…”

Section: Introductionmentioning

confidence: 99%

Assessment of the influence of stitching on the tensile stress relaxation of laminated fabrics

Abrishami

Ezazshahabi

Mousazadegan

2022

Journal of Industrial Textiles

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Different parts of the garment may be laminated with an interlining in order to obtain specific appearance and form. Mechanical properties of the laminated fabric is affected by the properties of interlining and differs from the face fabric. Moreover, the existence of seam for joining the laminated fabrics in various parts of the garment is another issue, which has to be considered during the evaluation of the mechanical behavior of garment. Garments’ time dependent mechanical behavior such as the tensile stress relaxation is of great importance while wearing them. In this study, the tensile properties and the stress relaxation of a group of woven fabric, which was laminated by a nylon interlining, were investigated at two strain levels, before and after stitching. In this regard, the effects of strain level, lamination process, seam type and the stitch length were evaluated. According to the results, it can be declared that increasing the strain level reduces the stress relaxation percentage. The laminated fabric presented higher values of tensile stress and strain, while lower stress relaxation was occurred in this structure compared to the un-laminated fabric. Analysis of results showed that higher stress relaxation was obtained for the “stitched laminated fabric” compared to the “laminated fabric without seam.” Overall, in the presence of seam, the stress relaxation is affected by the seam type and the stitch length. Finally, the best correlation between the experimental stress relaxation results and the viscoelastic models were obtained for the two-component Maxwell model. The result of this study should be considered in designing and manufacturing of protective textiles and clothing that include both lamination and stitching processes and during use may be encountered with constant strains for a period of time.

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A Review of Fusible Interlinings Usage in Garment Manufacture

Cited by 15 publications

References 73 publications

Evaluation and prediction of fused fabric composites properties – A review

Evaluation and prediction of fused fabric composites properties – A review

Comfort parameters of clothing woven fabrics in twill weave before and after thermal fixation of interlining

Assessment of the influence of stitching on the tensile stress relaxation of laminated fabrics

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