Differences and Parametric Evaluation of Centrifugal Force Spinning from Electrospinning Method

Abstract

Nanotechnological products are used in many different sectors such as medical, textile, defense and electronics. Nanofibers are a different production method of nanomaterials and different techniques are used in their production. These; electrospinning, spinning with the effect of centrifugal force, self-assembly and fiber drawing from the melt are the main production techniques [1].  In this review, electrospinning and spinning with the effect of centrifugal force will be focused on and the structures of nanofibers formed as a result of these methods will be evaluated.

Electrospinning method is based on nanotechnological products; It is used in academic studies and small-scale products. However, spinning with centrifugal force is a method of nanofiber production that does not take place much in academic studies, and it is mostly used in industry and large diameter nanofiber production. Since the spinning method with centrifugal force is not encountered much in academic studies, it will be explained in general terms in this review and its differences will be evaluated with electrospinning method. In addition, the paramteric properties of the spinning method with centrifugal force will be explained and its effects on nanofiber production will be discussed. Thus, it is expected that the examples in this review will guide scientists who aim to produce large-scale industrial nanofibers with industry academic cooperation, and it is aimed to introduce the centrifugal force spinning in general terms.