Tekstilec

Consumer interest has been moving progressively toward local regional clothing products in many countries.Hence, this study endeavours to examine consumer perception and purchase intention, and their interrelationship in the context of regional clothing products.A framework built on the basis of a C-A-B model and a questionnaire were used to collect data through online and offl ine sources.The proposed model was empirically evaluated based on 407 respondents.The results reveal that both consumer perception and the perceived value of regional clothing products have a positive infl uence on consumers' purchase intentions, while perceived value also plays a role in the purchase process.Nevertheless, word-of-mouth plays a predominant role among other infl uential factors of consumer perception, such as uniqueness and regionality.

Zhengwei Huang

Xueke Pei

Jing Xi

Bestoon Othman

Sher Ali

Ling Lin

The Influence of Consumers’ Perception on Perceived Value and Purchase Intention with respect to Regional Products Based on a C-A-B Model

基于C-A-B模型的消费者感知对区域产品感知价值及购买意愿的影响

This study evaluates the role of situational cues (time availability, money availability, salesperson’s behaviour, promotional offers and payment methods) on the impulse purchasing conduct of apparel buyers in brick-and-mortar stores. The study sheds light on the key determinants of impulse purchases in offline apparel shopping by delving into the dynamic interaction between situational cues (factors) and consumer impulse-buying decisions. A survey questionnaire was used, based on previous literature, to collect primary data from 325 respondents from Delhi (NCR), India in the sample. The data were examined using regression analysis, correlation analysis and factor analysis. According to the findings of the study, impulsive apparel shopping behaviour is significantly influenced by situational cues such as time availability, money availability, salesperson behaviour, promotional offers and payment methods. In addition, the findings indicate that salespeople’s behaviour, promotional offers and payment methods are closely linked to apparel consumers' impulse buying behaviour. This study offers some recommendations for retailers to enhance their retail strategies to increase consumers' impulsive purchases of apparel.

Vishal Trivedi

Pradeep Joshi

Exploring the Role of Situational Cues in Apparel Consumers' Impulsive Buying Behaviour

探索情境线索在服装消费者冲动购买行为中的作用

This study analysed the effect of fibre type and fabric structure on the behaviour of aramid and ultra-high molecular weight polyethylene (UHMW PE) composite plates under ballistic shock loading. A specific test system that simulates a ballistic shock wave was prepared in this context. Aramid composite plates are reinforced with three types of fabric structure, while UHMW PE composite plates are reinforced with a single fabric structure. The plates were cured in an autoclave. The ballistic explosion behaviour of composite plates was evaluated in terms of trauma depth, trauma diameter and absorbed energy at the ballistic limit. The results of the ballistics tests showed that GS3000-reinforced composites demonstrated the highest energy absorption. In contrast, UHMW PE composite plates exhibited higher ballistic energy absorption on a unit-weight basis than other plates. UHMW PE fabric-reinforced composites showed approximately 30% higher energy absorption per unit area density than other composites. Biaxial aramid fabric composite plates exhibited 10% higher energy absorption per unit area density than woven aramid fabric composite plates. Additionally, UD-aramid GS3000 reinforced composite demonstrated the lowest trauma depth of all tested composites, showing 90% less trauma depth than UHMW PE fabric-reinforced composites.

Mehmet Karahan

Nasir Muhammad Ali

Malik Rizwan Ahmed

Effect of Fibre Type and Fabric Structure on Composite Materials Under Ballistic Shock Impact

纤维类型和织物结构对复合材料在弹道冲击下的影响

This paper provides an in-depth examination of the issues hindering the adoption of digital textile printing in Pakistan. It presents background on commonly used printing techniques, and analyses industry data to identify major printing defects using quality tools such as Pareto charts and correlation analysis. The root causes of the main defects were determined through cause-effect diagrams and the 5 Whys approach. Preventive solutions are proposed in connection with fabric preparation, process controls, equipment maintenance, training, and sustainable practices. Instead of recommending broad strategies, the study focused on actionable solutions for addressing specific challenges in digital printing, including practical measures for improving operational efficiency in recycling. The analysis provides a comprehensive roadmap for Pakistan's textile industry to overcome current limitations and successfully transition to digital systems for improved productivity, innovation, profitability and global competitiveness.

None Ambreen

Kashif Javed

Asfandyar Khan

Faiza Anwar

Imran Ahmad Khan

Mumtaz Hasan Malik

Analysis of Identifying and Correcting the Digital Printing Defects in Pakistan's Textile Industry

巴基斯坦纺织业数字印刷缺陷的识别与纠正分析

Current cut protective gear is subject to several difficulties, such as the use of heavy fabric, complicated donning processes, lack of comfort and limited movement. When selecting the most comfortable cut protective fabric, it is important to consider the end users' specific needs. The aim of this study was to enhance the comprehension and optimisation of protective apparel for superior occupational safety and protection by exploring the intricate link between material composition, yarn structure and comfort parameters. Various combinations of filament twisted core sheath yarn consisting of stainless-steel/glass with high-performance polyethylene and polyester wraps were used to fabricate thermo-physiological comfortable cut protective workwear fabric. Twelve cut protective fabrics with the same areal density (200 g/m2) were prepared with 6-end satin weave using filament twisted core sheath yarn of five distinct linear densities (98.4 tex, 73.8 tex, 59.1 tex, 49.2 tex and 39.4 tex). These fabric samples were used to evaluate thermophysiological characteristics, including air permeability, dry and evaporative heat resistance, thermal conductivity, moisture permeability, wettability and moisture wicking according to the established standard. The cut protection of each sample was also measured according to EN 13997. The cut protection and thermo-physiological comfort attributes of cut-resistant clothing are greatly influenced by the proportion of core material (stainless-steel/glass) and yarn structural parameters (linear density and twist direction), which was observed by analysing the results. An increased core material percentage (stainless-steel/glass) contributes to increased fabric thickness and reduced bulk density, which influences the thermophysiological comfort attributes of the developed cut protective workwear fabric. Fabric made from a higher proportion of core material (stainless-steel/glass) with a lower bulk density exhibited an acceptable cut protection level and performed better in terms of thermo-physiological comfort attributes.

Zayedul Hasan

Rochak Rathour

Apurba Das

Ramasamy Alagirusamy

Nandan Kumar

Thermophysiological Comfort Behaviour of Cut Protective Workwear Consisting of Filament Twisted Multicomponent Hybrid Yarn

切割防护工作服的热生理舒适性行为，由长丝捻合多组分混合纱线构成

This paper is concerned with geometric modelling and elastic properties of 2D biaxial and triaxial braided composites. A representative unit cell (RUC) of braid architectures is first identified along with its constituents. Geometric parameters of braided structures are compared with each other. A method of inclusions with the Mori-Tanaka homogenisation was used in the determination of elastic properties of the unit cell with the Tex-Comp software. As a result, a higher amount of crimp occurs in triaxial braided structures compared to biaxial structures generated using the same yarn and construction. Therefore, the elastic modulus of the triaxial structure diminishes compared to that of the biaxial structure. However, the axial yarn reinforcement in triaxial structures ensures four times higher axial strength in the axial direction related to the biaxial structures that it provides. The results were experimentally verified.

Nevin Karahan

Stiffness Determination of Bi- and Triaxial Flat Braided Carbon/Vinyl Ester Composites Using Micromechanics Method

使用微观力学方法确定双轴和三轴扁平编织碳/乙烯酯复合材料的刚度

Strobilanthes cusia is one of many indigo-producing plants with promising and attractive potentials as an alternative source of natural indigo dye due to its dyeability to cotton fibres with high colour strength, and due to its ease of cultivation. The aim of this research was to utilise natural indigo dye from Strobilanthes cusia to dye cotton denim fabric in an environmentally friendly way. The use of D-fructose and D-glucose as well as rice husk ash and lime solutions as reducing agents and alkali sources was explored in this study. The dyeing process was carried out at 30 °C for 30 minutes, followed by the oxidation process in open air for 45 minutes. Colour characteristics and fastness to washing and rubbing were evaluated. The results showed that D-fructose resulted in a higher colour strength than D-glucose, and that lime is better than rice husk ash and even sodium hydroxide in terms of colour strength. The highest colour strength was obtained from the combination of D-fructose and lime solution, with K/S and SUM(K/S) values of 16.02 (at 650 nm) and 8.5 respectively. The colour fastness to washing and rubbing was good for all dyed fabrics, with the staining scale ranging from 3/4 to 4. These results bring a new potential for natural indigo dye from Strobilanthes cusia beyond its current and limited use by traditional dyers to a much larger scale of denim dyeing for an eco-friendly fashion industry.

Ida Nuramdhani

Maulana Fahrizal Abdan

Robinson Manalu

Jantera Sekar Tirta

Mohamad Widodo

Physicochemical Analysis of Dyeing of Cotton Denim with Natural Indigo Dye from Strobilanthes cusia Using Green Reducing Agents and Alkalis

天然靛蓝染料对棉牛仔布染色的物理化学分析：使用绿色还原剂和碱剂

Abbreviation	TEK
Journal Impact	0.76
Quartiles(Global)	MATERIALS SCIENCE, TEXTILES(Q3)

ISSN	0351-3386, 2350-3696
h-index	15

Publication Information	Publisher: University of Ljubljana Press，Publishing cycle: ，Journal Type: trade-journal，Open Access Journals: Yes
Basic data	Year of publication: 1989，Proportion of original research papers: 96.88%，Self Citation Rate:14.30%， Gold OA Rate: 96.51%
Average review cycle	网友分享经验：12 Weeks

Tekstilec

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The Influence of Consumers’ Perception on Perceived Value and Purchase Intention with respect to Regional Products Based on a C-A-B Model

Exploring the Role of Situational Cues in Apparel Consumers' Impulsive Buying Behaviour

Effect of Fibre Type and Fabric Structure on Composite Materials Under Ballistic Shock Impact

Analysis of Identifying and Correcting the Digital Printing Defects in Pakistan's Textile Industry

Thermophysiological Comfort Behaviour of Cut Protective Workwear Consisting of Filament Twisted Multicomponent Hybrid Yarn

Analysis of Identifying and Correcting the Digital Printing Defects in Pakistan's Textile Industry

Effect of Fibre Type and Fabric Structure on Composite Materials Under Ballistic Shock Impact

Exploring the Role of Situational Cues in Apparel Consumers' Impulsive Buying Behaviour

Stiffness Determination of Bi- and Triaxial Flat Braided Carbon/Vinyl Ester Composites Using Micromechanics Method

Physicochemical Analysis of Dyeing of Cotton Denim with Natural Indigo Dye from Strobilanthes cusia Using Green Reducing Agents and Alkalis