Abstract
This article presents the results of the creation of laboratory equipment for the production of nano- and microfibres by the method of multi-layer electrospinning, a detailed description of the parts of the resulting device is given, such as a device for feeding a polymer solution into the electrospinning zone and a collector assembly. The main parameters of the device, the principle of operation and modes of electrospinning are
 described. Comparison with similar devices, advantages and disadvantages of different options for supplying solutions to the electroforming zone are presented. The results of experimental studies on this installation are presented on the example of aqueous solutions of sodium alginate and polyvinyl alcohol, and their mixtures.
 The regimes of stable electrospinning are experimentally determined. Samples of nanomaterials were
 obtained from mixtures of these polymer solutions. A morphological analysis of the obtained materials and a
 histogram of the fibre diameter distribution were carried out.
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