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Generation of micro-sized conductive lines on glass fibre fabrics by inkjet printing

Irurzuna U. B., Dutschka V., Calvimontes A., Akkerman R.

Autex Research Journal

2012

Vol. 12, no. 2

55--61

Micro-sized lines were inkjet printed on glass fibre fabrics using different droplet spacing. A conductive ink containing silver nanoparticles was used in this study. Glass fibre fabrics were differently pre-treated to avoid spontaneous spreading of the ink dispersion. The sample topography was examined using scanning electron, optical and confocal microscopy with a chromatic sensor. Printability conditions were discussed based on the results of topographic characterization and wettability measurements.

Topographical effects of O2- and NH3-plasma treatment on woven plain polyester fabric in adjusting hydrophilicity

Calvimontes A., Saha R., Dutschka V.

Autex Research Journal

2011

Vol. 11, no. 1

24--30

Hydrophilisation of polyester textile materials has been investigated over the last twenty years using low-pressure and atmospheric plasmas. According to these studies, wettability and capillarity of fabrics can be significantly improved depending on the process gas used. In the present study , the effect s of low pressure O 2 - and NH 3 - plasma on the morphology and topometry of fabrics on four different length scales, as well as the influence of the topographical changes of textile structures on the resulting water spreading and absorption rates were investigated. The results of the topographic characterisation using two non-contact optical methods and wettability measurements indicate that the modification of filament nano-topography cannot satisfactorily explain the drastic changes observed in wett ability . Dimensional changes (relaxation and shrinkage) as well as changes in warp morphology and inter-yarn spaces are more decisive for inducing hydrophilicity in polyester woven plain fabrics than an increase in the surface nano-roughness of their filaments.