Search for dissertations about: "Polypropylene fibres"
Showing result 1 - 5 of 19 swedish dissertations containing the words Polypropylene fibres.
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1. Towards the production of conductive and piezoelectric bicomponent textile fibres
Abstract : In the present study electrical conductive and piezoelectric textile fibres have been manufactured and characterized. Potential applications of these fibres are for example textiles with heating and sensor properties. READ MORE
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2. Manufacturing and Characterisation of Conductive and Piezoelectric Textile Fibres
Abstract : This thesis explores the manufacturing and characterisation of melt spun electrically conductive polymer nanocomposites and piezoelectric textile fibres. Potential applications of these fibres are for example textiles with heating and sensor capabilities. READ MORE
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3. On the production of polyethylene dielectrics and conductive polymer composite fibres
Abstract : Foamed cable insulations and conductive polymer composite fibres are two applications in polymer processing where the electrical properties of a material may be altered significantly during processing. Their common denominator is that the outcome depends to a large degree on the flow behaviour of the polymer melt, in particular the melt extensional properties. READ MORE
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4. Development and characterisation of bast and basalt fibre hybrid polymer composites for automotive applications
Abstract : Natural fibres such as kenaf, hemp, and flax, also known as bast fibres, offer several benefits such as low density, low cost, carbon dioxide neutrality, sustainability and renewability. In Europe, their composites are used intensively by almost all car manufacturers, mostly in interior applications. READ MORE
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5. Melt Spun Electro-Conductive Polymer Composite Fibers
Abstract : One interesting approach is the development of conductive polymer composite fibers for innovative textile applications such as in sensors, actuators and electrostatic discharge. In this study, conductive polymer composite fibers were prepared using several different blends containing conductive components: a conjugated polymer (polyaniline-complex) and/or carbon nanotubes. READ MORE