Polyester Microfilament Woven Fabrics

Kaynak, Hatice Kübra; Babaarslan, Osman

doi:10.5772/38483

Cited by 6 publications

(2 citation statements)

References 12 publications

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“…Manmade fibres like polyesters and nylons have the ability to be produced in microdenier counts. [13] It is also observed that the thermal conductivity, thermal absorptivity and maximum heat flux values are higher for microfiber fabrics when compared to non-microfibre fabrics. On the other hand, microfiber fabrics showed lower thermal resistance and thermal diffusivity values.…”

Section: Introductionmentioning

confidence: 92%

Improving the thermal comfort properties of bamboo and bamboo blended fabrics for sports head scarves

Nassar

Mohsen

Nahla

et al. 2020

International Design Journal

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In this work, the thermal comfort properties of bamboo & bamboo blended women's head scarves that are worn by females during sports events activities have been investigated. Comfort can be described by the physically relaxed state that is devoid from any pain. Single jersey knitted fabrics samples were produced with the same loop-length from three different types of fibres. The three fibres types were bamboo, cotton, polyester microfiber and their blends with various feeder arrangements. Linear density of bamboo and cotton yarns were 30/1 Ne. Polyester microfiber yarns with Liner density 150 D/144f were used. Results showed that even with same blend ratios, the arrangement of the yarns inside the fabric has an effect on fabric thickness. Moreover, bamboo fabrics scored the lowest weight due to their low specific density, which greatly enhances the comfort levels compared to the other samples. Results obtained show that, Bamboo samples have excelled properties in term of thermal conductivity and Qmax tests compared to other samples.

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Section: Introductionmentioning

confidence: 92%

Improving the thermal comfort properties of bamboo and bamboo blended fabrics for sports head scarves

Nassar

Mohsen

Nahla

et al. 2020

International Design Journal

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“…This means that the capillary forces that act on the micrometer scale must be able to repeat in a pattern on the macroscopic scale. We found that a commonplace material, more precisely a polyester microfiber woven fabric [ 55 ], can fulfill these conditions. The fabric can be seen as a lithographic mask, but comparing with it a fabric presents some remarkable properties regarding its use in the patterning of substrates.…”

Section: Introductionmentioning

confidence: 99%

Shaping in the Third Direction; Synthesis of Patterned Colloidal Crystals by Polyester Fabric-Guided Self-Assembly

et al. 2021

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A polyester fabric with rectangular openings was used as a sacrificial template for the guiding of a sub-micron sphere (polystyrene (PS) and silica) aqueous colloid self-assembly process during evaporation as a patterned colloidal crystal (PCC). This simple process is also a robust one, being less sensitive to external parameters (ambient pressure, temperature, humidity, vibrations). The most interesting feature of the concave-shape-pattern unit cell (350 μm × 400 μm × 3 μm) of this crystal is the presence of triangular prisms at its border, each prism having a one-dimensional sphere array at its top edge. The high-quality ordered single layer found inside of each unit cell presents the super-prism effect and left-handed behavior. Wider yet elongated deposits with ordered walls and disordered top surfaces were formed under the fabric knots. Rectangular patterning was obtained even for 20 μm PS spheres. Polyester fabrics with other opening geometries and sizes (~300–1000 μm) or with higher fiber elasticity also allowed the formation of similar PCCs, some having curved prismatic walls. A higher colloid concentration (10–20%) induces the formation of thicker walls with fiber-negative replica morphology. Additionally, thick-wall PCCs (~100 μm) with semi-cylindrical morphology were obtained using SiO2 sub-microspheres and a wavy fabric. The colloidal pattern was used as a lithographic mask for natural lithography and as a template for the synthesis of triangular-prism-shaped inverted opals.

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Multi-response Optimization by Using Taguchi Based Grey Relational Analysis to Develop Chafe Resistance Underwear

Jamshaid

Ahmad

Khan

et al. 2023

Journal of Testing and Evaluation

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This paper presents a multi-response optimization technique to study the effect of linear density and fiber blend (%) on the chafe resistance of knitted fabric. As underwear fabrics come in direct contact with the skin, they demand better chafe resistance properties that depend on the frictional behavior of the garments. The objective of this study is to investigate the effect of different blends (%) of cotton, Coolmax, and micro polyester fibers, as well as two linear densities, i.e., 24/1s and 30/1s (Ne), on the friction and comfort properties of knitted underwear. The yarns’ frictional coefficient and tensile strength were tested. Thermo-physiological and tactile/hand properties of the knitted fabric were also investigated. It was concluded that both factors, blend % and yarn linear density, influenced fabric comfort properties. Combination of natural and synthetics fibers with finer linear density results in better-performing fabrics with regard to friction and moisture management. The statistical tool, analysis of variance, was used to evaluate the significance of the results. Grey relational analysis (GRA) was performed for the optimization of parameters and the sorting of the samples having the best-required properties. The sample containing 50 % cotton and 50 % micro polyester with a 30/1s yarn count was declared as the best sample based on the GRA.

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Polyester Microfilament Woven Fabrics

Cited by 6 publications

References 12 publications

Improving the thermal comfort properties of bamboo and bamboo blended fabrics for sports head scarves

Improving the thermal comfort properties of bamboo and bamboo blended fabrics for sports head scarves

Shaping in the Third Direction; Synthesis of Patterned Colloidal Crystals by Polyester Fabric-Guided Self-Assembly

Multi-response Optimization by Using Taguchi Based Grey Relational Analysis to Develop Chafe Resistance Underwear

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