Abstract The actual paper is related to adhesive properties of 3D objects printed on cotton textile fabrics. For practical applications prints in the sector, adhesion object substrate an important issue. In current study, two different types polymers are – polylactide acid (PLA) and polyamide 6.6 (Nylon). Altogether six fabrics differing structure, weight thickness evaluated. Also, effect washi...

Due to Taiwan join WTO and quotas cancellation, textile goods faced global competition. With the short life cycle of the textile market and demand uncertainty in market, it leads to increasing pressure on the textile industry. Brand vendors start to search partners and hope to solve these problems through information sharing and collaboration. After sixty-year’s development, textile industry in...

In this work, several fabrics with different composition and structure have been used as the substrate for production of wearable textile-embroidered dipole antennas. The performance antennas has determined by measuring their resonance frequency, return loss bandwidth. To determine durability fabrics, assessed before after subjecting to washing abrasion cycles. results revealed that woven prese...

Background With the expansion of the fashion industry the quantity of industrial pre-consumer textile waste has increased. It is estimated that approximately 10-20% of textiles are wasted during garment manufacture [1]. Reusing pre-consumer textile waste within the fashion supply chain offers many environmental advantages, including: · Directing waste away from landfill and incinerators · Conse...

Cathy Treadaway is the Research Assistant (Textiles) at the University of Wales Institute Cardiff, U.K. and is currently investigating the impact of digital imaging on textile practice for a PhD research project. Trained as a surface pattern and textile designer she has worked digitally since 1982 and was an early exponent of computer-aided surface pattern and textile design within UK art educa...

Keeping the fact in mind that different morphologies have strong influence on piezoelectric properties, ZnO NNs were synthesized on textile for harvesting piezoelectricity. Piezoelectric potential was captured from ZnO NNs grown on textile by using AFM in contact mode. Structural study was carried out by using FESEM, HRTEM and XRD techniques. The recorded output potential and current was more t...

This paper discusses the investigation of a wearable textile monopole antenna on specific absorption rate (SAR) for bodycentric wireless communication applications at 2.45 GHz. The antenna is characterized on a realistic 8 x 8 x 8 mm resolution truncated Hugo body model in CST Microwave Studio software. The result exhibited that the simulated SAR values were reduced significantly by 83.5% as th...

The paper presents our new results about efficiency of wastes based on hydrolyzed polyacrylonitrile textile fibers (HPAN) as sorbents in removal of some dyes from textile effluents. The effect of some experimental variables such as initial dye concentration, sorbent mass, pH, temperature, and contact time were investigated. The sorbent dye sorption systems are described using Freundlich, Langmu...

Textile controls so far, have mostly been envisioned to be integrated to clothing. In our environment, however, much more textile interaction surfaces are available. In this paper, we present a capacitive textile sensor, seamlessly integrated into a motorized curtain. While the basic functionality is simply to open and close the curtain, its design allows a much richer gestural interaction.