Alternate identifier:
(KITopen-DOI) 10.5445/IR/1000129378
Related identifier:
Mamleyev, Emil R. [Mamleyev, Emil R.]
Falk, Fabian [Falk, Fabian]

Weidler, Peter G. [Weidler, Peter G.]

Heissler, Stefan [Heissler, Stefan]

Wadhwa, Sagar [Wadhwa, Sagar]

Nassar, Omar [Nassar, Omar]

Shyam Kumar, C. N. [Shyam Kumar, C. N.]

Kübel, Christian [Kübel, Christian]

Wöll, Christof [Wöll, Christof]

Islam, Monsur [Islam, Monsur]

Mager, Dario [Mager, Dario]

Korvink, Jan G. [Korvink, Jan G.]
Polyaramid-Based Flexible Antibacterial Coatings Fabricated Using Laser-Induced Carbonization and Copper Electroplating
Additional titles:
(Abstract) A method for the fabrication of flexible electrical circuits on polyaramid substrates is presented, based on laser-induced carbonisation followed by copper electroplating. Locally carbonised flexible sheets of polyaramid (Nomex), by laser radiation, creates rough and highly porous microstructures that show a higher degree of graphitisation compared to thermally carbonised Nomex sheet. The found recipe for laser-induced carbonisation creates conductivities of up to \SI{\sim 45}{\siemens\per\centi\m}, thereby exceeding that observed for thermally pyrolysed materials (\SI{\sim 38}{\siemens\per\centi\m}) and laser carbon derived from Kapton using same laser wavelength (\SI{\sim 35}{\siemens\per\centi\m}). The electrical conductivity of the carbonised tracks was further improved by electroplating with copper. To demonstrate the electrical performance, fabricated circuits were tested and improvement of the sheet resistance was determined. Copper films exhibit antimicrobial activity and were used to fabricate customised flexible antibacterial coatings. The integration of laser carbonisation and electroplating technologies in a polyaramid substrate points to the development of customised circuit designs for smart textiles operating in high temperature environments.
(Technical Remarks) The data were collected with multiple devices and the original files were saved in multiple formats. All data were saved with OriginPro software and analyzed using built-in toolkits. In some cases, the analyzed data is further processed with MS Excel and included in the folders. Original images acquired with Scanning Electron Micrsocope were stored in corresponding folders. For publication they were prepared with CorelDraw graphical editor.
antibacterial coating
copper electroplating
flexible circuits
laser-induced carbonization
Related information:
Production year:
Subject areas:
Materials Science
Resource type:
Data source:
Software used:
Data processing:
Publication year:
Rights holders:
Mamleyev, Emil R.
Name Storage Metadata Upload Action

Number of views in the previous six months.

Dataset page views




Overall statistics

Period Landing page accessed Dataset downloaded
Dec 2023 1 0
Nov 2023 15 0
Oct 2023 7 0
Sep 2023 3 0
Aug 2023 5 0
Jul 2023 5 0
Before 12 0
Total 48 0
Uploaded by:
Created on:
Archiving date:
Archive size:
156.1 MB
Archive creator:
Archive checksum:
fcc53fd031d8f0e4614f76121678cc7a (MD5)
Embargo end date: