Abstract
The possibility of implementing stable electrospinning and fabricating nonwoven material with fibre sizes in the nano and micron range from P-42 fluoroplastic was demonstrated. The rheological properties of solutions of fluoroplastics in ethyl acetate were investigated. The optimum electrospinning process parameters were determined: conductivity, electric field strength, volumetric flow. It was found that the fibre diameter is most dependent on the volumetric flow and initial viscosity of the polymer solution.
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